Save The Date!

  • Mt. Pleasant Campus | Community Room | 10am-3pm Tuesday, April 22
    • 2:30pm Award Presentation
  • Harrison Campus | Technical Education Center | 8:30am-1pm Wednesday, April 23
    • 12:30pm Awards Presentation

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Join us at the Student Showcase as we celebrate exceptional student work.

Everyone is encouraged to attend!

Please join us to discover the amazing work Mid students are doing. See the projects, speak with the students, and meet the instructors. Mid students are inspirational and energizing!

From scientific research to community service, state-of-the-art equipment demonstrations to works of art, Mid students never fail to inspire. We hope to see you on campus at the Student Showcase and we hope you are inspired!

Engage. Ask questions. Give feedback.

  • What presentation methods were the most engaging? Poster Displays, Speeches, Artistic Works?
  • How did the presentation method enhance your understanding of the project?
  • What is the purpose, thesis, or topic of the project?
  • Did you learn something new from the project?
  • Were you intrigued to learn more?

2025 Student Showcase Program

Art History: From Book to Life at the Detroit Institute of Arts | Video

  • Student(s) Janelle Henry
  • Faculty Sponsor & Course Lucia Elden | ART 283
  • An ethnographic response from a graphic design student to a visit to the Detroit Institute of Arts, bridging text and classroom learning with a museum experience. Included in the video is art from Peru, Costa Rica, Mexico, Iraq, Iran, Egypt, Turkey, and India. This video provides context and commentary in original, personal ways.

Manual Accounting Set | Poster/Visual

  • Student(s) Khloe Thurlow
  • Faculty Sponsor & Course Ashlee Ritchie | ACC 231
  • Presentation of the Accounting Cycle and DQP Proficiencies

Human Anatomy Muscle Modeling | Poster & Model

  • Student(s) Chelsie Schmidt
  • Faculty Sponsor & Course Marcia Wiseman | BIO 138
  • Modeling 3-4 muscle(s), throughout the entire body starting superiorly to inferiorly explaining each group and how they work together to perform specific functions, modeling each muscle with clay to demonstrate my understanding direction of muscle fibers, origin, insertion, and innervation, along with my understanding of the physiology of each muscle with a video demonstration explaining what each muscle and or group does and the function including flexion, extension, abduction, ect. I will identify the bone marking, name of the muscle and the muscle meaning. I will be using a powerpoint of the entire modeling of the muscles along with a posterboard and a physical model to show all the muscles that I have modeled for each section throughout the body. In hopes to clearly represent my understanding of the anatomy and physiology I have learned throughout this semester.

3D Scanning Technology | Demonstration

  • Student(s) Jacob Bregenzer
  • Faculty Sponsor & Course Eric Sander | CAD 217
  • This demonstration is going to show off the college's handheld and desktop 3D scanner. On one computer I will have a 3D model of Eric main classroom on the harrison campus. Which I will scan with the handheld scanner. Then next to it I will have the desktop scanner where I can scan anyone's object if they like to bring in examples Keychain, mini figures, mugs. Anything that you can hold conformable in your hands. Then print it for them on one of the colleges printer.

Wheel Polishing Equipment | Demonstration

  • Student(s) Mitchell Huber, Ronnie Richardson
  • Faculty Sponsor & Course Eric Sander | CAD 120
  • Present wheel polishing equipment that we drew in a cad software and then fabricated.

Reverse Design LEGO Bricks to 3-D Print a LEGO Airplane | Poster

  • Student(s) Dale Jameson
  • Faculty Sponsor & Course Eric Sander | CAD 216
  • Using SoldWorks to reverse design and 3-D print individual LEGO bricks to create a replica model of a LEGO airplane.

Steampunk Copper Lamp | Display

  • Student(s) Drew Meythaler
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Steampunk Copper Lamp

Residential In-Floor Heat | Display

  • Student(s) Ricky Hollister, Steven Ferris
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Residential In-Floor Heat

Water Tube Heat Exchanger | Display

  • Student(s) Mariah Huguelet
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Water Tube Heat Exchanger

We’re not just skin and bones…but muscles too! | Poster/Model

  • Student(s) Lauren Stilson
  • Faculty Sponsor & Course Trish Finerty | BIO 138W
  • In my presentation I will visualize to you various muscles that we all possess throughout our bodies. As we take a look at what's under our skin and on top of our bones I will demonstrate to you the muscles shapes, sizes, muscle fibers, and more importantly where they attach at their origin and insertion points. Molded from clay and attached to my skeleton model will be both individual and groups of muscles. Along with that, you can learn what their names mean, the nerves that innervate them, and the actions that they help us do!

ChainSaw | Metal Part

  • Student(s) Alton Camp
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • ChainSaw

Guitar | Metal Part

  • Student(s) Tustyn Yarger
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Guitar

Guitar | Metal Part

  • Student(s) Curtis Price
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Guitar

Guitar | Metal Part

  • Student(s) Aiden VanBonn
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Guitar

Guitar | Metal Part

  • Student(s) Brady Dickinson
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Guitar

Chevy Truck | Metal Part

  • Student(s) Wyatt Van Buskirk
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Chevy Truck

Deer Mount | Metal Part

  • Student(s) Carter Fairchild
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Deer Mount

CAD Lego Project | Display

  • Student(s) Ethan Schmidt
  • Faculty Sponsor & Course Eric Sander | CAD 210
  • I will be displaying my lego project from my CAD 210 class. The goal of the project was to recreate a lego set entirely using a CAD software piece by piece and assemble it in that software. I plan to print out and display the final blueprints that I made of the lego pieces and lego assembly. I will also have the physical lego set on display as well. I would also like to display the 3D model of the lego set on a computer screen.

Woodstove | Metal Part

  • Student(s) Gavin Bruner
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Woodstove

Turkey | Metal Part

  • Student(s) Thomas Hamilton
  • Faculty Sponsor & Course Nick Blackmer | WLD 127
  • Turkey

Guitar | Metal Part

  • Student(s) Ryan Mangus
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Guitar

CAD & 3D Printing Applications | Trifold & Display

  • Student(s) Dakota Hadanek
  • Faculty Sponsor & Course Eric Sander | CAD 120
  • Showcasing the uses of 3D modeling along with 3D printing. This presentation will showcase the various applications and types of projects 3D modeling can be used to create. 3D printing will be displayed with a variety of items, such as water pump parts and original ideas.

Simulation Furnace | Demonstration

  • Student(s) Jack Pleyte
  • Faculty Sponsor & Course Ron Holmes | HRA 108
  • An electrical circuit that simulates furnace order of operations. Components from a furnace are represented on a smaller scale with the IFC laid out using relays.

Golf Club | Display

  • Student(s) Marshall Gauld
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • Golf Club

Light on Hydronics | Display

  • Student(s) Jason Greenacre
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Light on Hydronics

Electrical Trainer | Display

  • Student(s) Austin Trent
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Electrical Trainer

BBQ Grill with Chiller & Heat Tray | Display

  • Student(s) Shane Horton Jr.
  • Faculty Sponsor & Course Ron Holmes | HRA
  • BBQ Grill with Chiller & Heat Tray

Screwdriver | Hardware

  • Student(s) Lilly Holton
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • I made a screw driver out of a cylinder of metal in the lathe.

Pig Autopsy | Display

  • Student(s) Makenna Matzke
  • Faculty Sponsor & Course Marcia Wiseman | BIO 138
  • Dissecting a pig is a valuable educational experience for students studying anatomy and physiology, providing hands-on learning that reinforces theoretical knowledge. The pig’s anatomical structure shares many similarities with that of humans, making it an ideal model for understanding human biology. During a pig dissection, students gain direct insight into the organization and function of body systems, including the circulatory, respiratory, digestive, and nervous systems. This immersive experience allows students to observe structures in their three-dimensional form, fostering a deeper understanding of how organs and tissues interact within the body. In addition to enhancing comprehension of anatomical structures, pig dissection promotes the development of critical thinking and problem-solving skills. As students identify, label, and compare anatomical features, they must apply their theoretical knowledge, strengthening their ability to recall and synthesize information. Furthermore, dissection encourages attention to detail, precision, and the ability to work systematically—skills that are essential in both medical and scientific fields. The tactile experience of dissection also promotes a more profound emotional and ethical understanding of biological life. Students learn to approach anatomy with respect and responsibility, fostering a connection to the material they study. The practical nature of dissection engages different learning styles, particularly kinesthetic learners, and provides an opportunity for active participation in the scientific process. Ultimately, the dissection of a pig in anatomy and physiology classes bridges the gap between theoretical learning and real-world application, giving students a comprehensive, tangible understanding of the human body’s structure and function.

Engine rebuild and Fuel injection install | Running Engine

  • Student(s) Javin Josephus, Ian Roe, Brayden Kunkel
  • Faculty Sponsor & Course Richard Hollister | AMS 110, 125, 126
  • This project is a tear down and rebuild of an 2005 Ls 5.3 liter chevy engine. An aftermarket fuel injection systems has also been installed on this engine which allows students to program performance functions.

Engine and Transmission Restoration | Live Car

  • Student(s) Taylor Barteck, Aden Melnyk, Kadin Salisbury, Jim Baker, Damontae Skorzewski
  • Faculty Sponsor & Course Richard Hollister | AMS 110, 125, 126, 214
  • Students built a 350 chevy engine, also built a 700r4 transmission, installed in vehicle and added fuel injection system

Camaro Engine and Trans Swap | Live Car

  • Student(s) Walter Smith, Jasper Arrington, Dylan Gould, Micah Nickel
  • Faculty Sponsor & Course Richard Hollister | AMS 110, 125, 126, 214
  • Students started with a 2000 camaro with a 3.8 v6 engine, removed engine and trans and frame assy. Students built a performance 5.3 liter ls engine from a 2010 chevy silverado. Students also built a 4l60 transmission from a 1982 corvette. Students installed motor and transmission assy into camaro and updated fuel injection system to a 2024 performance system

Fetal Pig Presentation Unsolved Mysteries | Poster

  • Student(s) Megan Ashby
  • Faculty Sponsor & Course Trish Finerty | BIO 138
  • In Bio138 we are doing a fetal pig autopsy for our final project of the semester. For my presentation I am going to look at the clues and use what we have learned in anatomy and physiology to try to figure out how the fetal pig met her early death.

Peppa's Cold Cut Case | Poster

  • Student(s) John Barron, Ashley Barron
  • Faculty Sponsor & Course Trish Finerty | BIO 138
  • Our group is completing an autopsy on a fetal pig for our final project in Anatomy and Physiology class. We will be determining the cause of death and showcasing our findings. Make sure to come and check out our booth "Peppa's Cold Cut Case" And see what kinds of twists and turns take place as the investigation unfolds.

Dexter and Sus Domesticus | Poster

  • Student(s) Lissy Miller, Teigha McRoberts
  • Faculty Sponsor & Course Trish Finerty | BIO 138
  • Porky the Pig is dead, the most recent porcine victim of the Clare County Killer. Learn the how and why of his death, and what forensic technicians can discover from the crime scene and body

A look inside Mrs. Piggy | Poster

  • Student(s) Daisey Maxwell, Sydney Himes
  • Faculty Sponsor & Course Trish Finerty | BIO 138
  • Join us as we bring our experience of dissecting our fetal pig, Mrs. Piggy, to paper! Over the last three weeks, we have discovered all the ins and outs of a fetal pig's anatomy! We started by x-raying Mrs.Piggy to get a better look at her structure and what has caused her death. We then found many muscles, organs, and even some foreign objects!

Got A Clue of Who Killed Ms. Piggy? | Poster

  • Student(s) Erica Atwell
  • Faculty Sponsor & Course Trish Finerty | BIO 138
  • My presentation will dive into the anatomy of a pig who was mysteriously murdered in a game of clue. Judges will test their problem-solving abilities by examining various parts of Ms. Piggy’s body and finding clues to determine the cause of death, to solve the murder mystery. Who Killed Ms. Piggy? How was she murdered? What weapon(s) were used? You’ll have to follow along to see.

Guitar | Metal Part

  • Student(s) Dirk Rodenbaugh
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Guitar

Michigan Deer | Metal Part

  • Student(s) Kegan Woodworth
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Michigan Deer

Dice Cubes | Demonstration

  • Student(s) Illia Kryvenko
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • Manufacturing dice cubes from steel involves several precise steps. The first step is to cut stock material for the project. After that I take the metal stock to the mill and mill the material until reaching the dimensions from the blueprint. Secondly, I used the chamfer to execute the smooth edges on the dice. Lastly, I used to pre-drill in order to print my dots on the dice which afterwards I used three different grits of sand papers to ensure no mills and scratches were left on the project. To finish off, I painted the pre-drilled dots and put the metal coating on in order to prevent any further damages and scratch marks to the dice.

Ram Head | Metal Part

  • Student(s) Logan Swartzmiller
  • Faculty Sponsor & Course Nick Blackmer | WLD 130
  • Ram Head

Custom 1983 Honda Shadow VT500 | Mechanical Fabrication & Design

  • Student(s) Mason Miller
  • Faculty Sponsor & Course Eric Sander | CAD 217
  • This project showcases a custom-built 1983 Honda Shadow VT500. The bike features extensive fabrication work, blending skills learned in CAD courses at Mid Michigan College with self-taught techniques in welding and 3D printing. It highlights the hands-on application of design, fabrication, and mechanical problem-solving to transform a classic motorcycle into a unique custom build.

Mastering Models | Poster

  • Student(s) Nicoli Claypool
  • Faculty Sponsor & Course Eric Sander | CAD 101
  • Showcasing blueprints for various parts on a trifold board, with multiple views. Showing the actual 3D model of it via 3D prints as well as a laptop. And a desktop 3D printer running.

Screwdriver Handle | Screwdriver

  • Student(s) Will Clark
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • I found this part to be challenging but fun to make. The knurling process was interesting to say the least and the taper cut was also really cool and overall it was a fun project.

3D-Printed Projects | Example Parts/3D Printer

  • Student(s) Noah Miller
  • Faculty Sponsor & Course Eric Sander | CAD 280
  • Example showcase of various 3D prints and 3D printing methods.

Hole Block | Hole Block

  • Student(s) Savanna Bissonette
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • Milling the aluminum block was the easiest part of this project. Once milled, you had to center drill nine holes on every side. For hole accuracy, you took the x and y axis and zeroed it out in the middle. Then you took a drill bit and drilled half way to the middle on every side, making the part look structurally the way it is. Next, taking coarser sand paper to every side then finer, to give a nice finish to the part to make it pretty.

Aluminum Dice | Metal Part

  • Student(s) Logan Corrigan
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • I first took a piece of stock aluminum and cut of 2 pieces of stock off with a bandsaw. I then used a milling machine to first face of the sides, and brought the measurements of X, Y, and Z all down to 1.5 in. After I made sure to check with a square to see if all sides were applicable. I then measured the coordinates of the holes for drilling. The coordinates I needed for each side were .3125, .750, and 1.1875. I then centered drilled the holes and brought each hole down .300. I used a CNC machine to make 42 pieces of brass to press into each hole on the dice. I proceeded to mill off the sides once more to make sure everything was flat and smooth.

Screwdriver | Screwdriver

  • Student(s) Nicolas Seguin
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • The knurling was easy. Cutting the stock was easy as well. It was also kind of easy to cut with the lathe.

Prick Punch | Prick Punch

  • Student(s) Eric Larson
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • I enjoyed making this project because I enjoy sharper objects, and it feels good to make something similar myself. I had to make the prick punch on the lathe. I used sandpaper to get a fine point on the pick punch.

Screwdriver | Lathe

  • Student(s) Brandon Sischo
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • I cut some stock slightly bigger than needed and then use the lathe to shrink it down and then cut a angle in to the front and put groves in the hole length of the pole and flipped it around and hollowed out the inside.

Mr. Cool | Display

  • Student(s) Darion Artis
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Removal of heat to create enough ice to withstand the weight of four quarters.

Water Lamp | Display

  • Student(s) Zy'narza Ross
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Lamp made with copper tubing.

Brazed Up | Display

  • Student(s) Camden Powell
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Brazing Project

Man Cave Wall Sign | Display

  • Student(s) Kaleb Conrad, Keagan Hill
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Man Cave Wall Sign

Gear Box + | Poster/Parts

  • Student(s) Tim Mansell, Derek Ficek
  • Faculty Sponsor & Course Nathanael Farrell | AIM 280
  • This project took hours of hands on programming, machining, strategizing, measuring and hard work! But we took ownership of the ideas and made the best quality parts we could imagine! From drawing out the gearbox in solid works to creating it in real life using cnc machining. It was a fantastic end to our machining education here at mid Michigan college, and have prepared us for more amazing opportunities in the future!

My Outdoor Stories | Writing Portfolio

  • Student(s) Jordan Nelson
  • Faculty Sponsor & Course Marc Mankowski | ENG 226
  • A collection of writing pieces that tell the story of my life in the outdoors hunting, traveling and playing sports. Through various mediums, I share my experience of my final youth hunt, a personal essay about dealing with multiple sports injuries, travel journal, and an interview with a baseball idol.

3D Printed Armor | Demonstration

  • Student(s) Chase Regina
  • Faculty Sponsor & Course Eric Sander | CAD 217
  • This is a display of some armor designed with CAD software and 3D printed. This was printed in multiple pieces and assembled by using various post processing techniques. It was also painted and finished with several different types of paints and a graphite powder for a metallic appearance.

Holy Block | Holy Block

  • Student(s) Connor Pipes
  • Faculty Sponsor & Course Nathanael Farrell | AIM 101
  • Mill project done in the AIM course...perfect on every side.

Outdoor BBQ and Chiller | Display

  • Student(s) Shane Horton
  • Faculty Sponsor & Course Ron Holmes | HRA
  • Outdoor BBQ and Chiller

Retrofit A/C Coil | Demonstration

  • Student(s) Shane McConnell
  • Faculty Sponsor & Course Ron Holmes | HRA 108
  • Retrofitting an A/C coil into an existing plenum forced air system.

Cool Comp | Demonstration

  • Student(s) Sawyer Van Beek, Mariah Huguelet
  • Faculty Sponsor & Course Ron Holmes | HRA 104
  • Removing heat from 4lbs of water to create ice.

Zoned System | Demonstration

  • Student(s) Eli Patterson
  • Faculty Sponsor & Course Ron Holmes | HRA 104
  • Separate temp control for each room.

Man Cave Copper Sign | Visual

  • Student(s) Keagan Hill, Kaleb Conrad
  • Faculty Sponsor & Course Ron Holmes | HRA 106
  • Soldering a copper sign

Burnt out Compressor/Electrical | Demonstration

  • Student(s) Cormack Friedgen
  • Faculty Sponsor & Course Ron Holmes | HRA 116
  • Demonstrate how to identify a burnt out compressor and an electrical project.

Make up Water System | Demonstration

  • Student(s) Tyler Singer
  • Faculty Sponsor & Course Ron Holmes | HRA 105
  • Soldered together make up water system demonstration.

2025 Solder | Demonstration

  • Student(s) Ben Farley
  • Faculty Sponsor & Course Ron Holmes | HRA 106
  • 1/2 inch pipe soldered into the shape of 2025.

Radiant Heat | Demonstration

  • Student(s) Steven Ferris
  • Faculty Sponsor & Course Ron Holmes | HRA 105
  • Using a water tank to show hot water flowing through base board heating and in floor heat.

Drink Chiller | Demonstration

  • Student(s) Jerome Macdonald
  • Faculty Sponsor & Course Ron Holmes | HRA 102
  • I made an insulated box with an evaporator coil designed to cool drinks quickly.

Indigo | Live Oil Painting-Demonstration

  • Student(s) Ashley Johnson
  • Faculty Sponsor & Course Faith Freedom | ART 130
  • Some songs just hit home, saying what we feel. This painting is a perfect representation of the power of words and the visual displays that come with them.

How Windmills and Solar Panels Affect Agriculture | Poster

  • Student(s) Karana Langlois, Aiyana Giddis
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • The recent installation of wind turbines and solar panels around our local fields is causing more harm than good. Most of the power created from the wind turbines is not used locally, and the power goes downstate near the Detroit area. The windmills have been installed for the past couple of years and have had many negative impacts. The new installment of solar panels is also proving to negatively affect the environment in different ways. There is a huge opportunity cost of having solar panels take up miles of fields. Farmers around the area are selling their fields to the solar panel companies for millions of dollars instead of using that space to grow crops to feed their families and the country. The fields selling for such high prices are causing the market value of homes nearby to also rise, making it almost impossible for people to buy homes.

Understanding Heart Flow | Poster

  • Student(s) Rachael Furlong, Brooklynn Huntoon
  • Faculty Sponsor & Course Marcia Wiseman | BIO 138
  • We are going to be creating a simulation of heart flow showing exactly where blood flow begins and ends. This will focus on the anatomy of the heart, including the 4 chambers, valves, nodes and sources of electrical impulses. The overall goal is to advance the understanding of heart flow mechanics inside the body with a fun presentation on how it works.

Journey of a Wind Turbine | Infographic

  • Student(s) Hunter Frisbie
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • An infographic of how wind turbines work, their development over time and a summary of the field trip with ENV 200 to the windmill farm.

Change the Materials | Advocacy Speech

  • Student(s) Ivy Geer
  • Faculty Sponsor & Course Anthony Sassin | COM 101
  • Consumers should purchase more environmentally sustainable fabrics when considering clothing and other textile products. Corporations need to change the material of textiles to reduce microplastics in the ocean.

Pig Autopsy | Demonstration

  • Student(s) Makenna Matzke
  • Faculty Sponsor & Course Marcia Wiseman | BIO 138
  • Dissecting a pig is an educational experience for students studying A&P providing hands-on learning that reinforces theoretical knowledge. The pig’s anatomical structure shares similarities with humans, making an ideal model for understanding human biology. During pig dissection, students gain insight into the organization & function of body systems, including the circulatory, respiratory, digestive, and nervous systems. This immersive experience allows students to observe structures in their three-dimensional form, fostering a deeper understanding of how organs and tissues interact within the body. In addition to enhancing comprehension of anatomical structures, pig dissection promotes the development of critical thinking and problem-solving skills. As students identify, label, and compare anatomical features, they must apply their theoretical knowledge, strengthening their ability to recall and synthesize information. Furthermore, dissection encourages attention to detail, precision, and the ability to work systematically—skills that are essential in both medical and scientific fields. The tactile experience of dissection also promotes a more profound emotional and ethical understanding of biological life. Students learn to approach anatomy with respect and responsibility, fostering a connection to the material they study. The practical nature of dissection engages different learning styles, particularly kinesthetic learners, and provides an opportunity for active participation in the scientific process. Ultimately, the dissection of a pig in anatomy and physiology classes bridges the gap between theoretical learning and real-world application, giving students a comprehensive, tangible understanding of the human body’s structure and function. This hands-on experience is invaluable for students aspiring to careers in medicine, healthcare, or biological sciences.

Live Painting | Painting Demonstration

  • Student(s) Kay Kelsey
  • Faculty Sponsor & Course Faith Freedom | ART 205
  • I will be painting live for the showcase. I plan to paint an idea in real time in oil paint. I will have a set up with fellow students at a table to paint as guests walk by.

Dressing like LaCroix | TikTok Video

  • Student(s) Brianna Knight
  • Faculty Sponsor & Course Rebecca Amidon | COM 101
  • As part of my Combined Social Media Theory and Practice course, I created a not-sponsored TikTok promoting a brand that I love through the use of current online trends. When the assignment was announced I knew a couple of things right away. I knew what brand I wanted to promote, I knew what trend I wanted to participate in, and I knew that I did not want to be on camera. I decided to participate in the "Dressing Like" trend, and began pulling outfits that match the colors of different LaCroix flavors, something I literally drink every day. However, since I didn't want to be the one on camera, I had to get creative. I snapped more than 120 pictures over the course of two weekends and condensed many hours of work down to less than 30 seconds of stop-motion entertainment. My main content strategy was to keep it short and entertainment focused, which I felt stop-motion was a good fit for. When I think of LaCroix, the following things come to mind: happy, upbeat, cool, fun, and I wanted my video to reflect those aspects. I went with the trending song "I'm Just a Girl" by No Doubt because of its fast paced rhythm, the upbeat tempo, and of course because my outfits are very femme. The combination of audio and visuals I feel achieves the specific feelings I wanted to evoke in this assignment.
  • Link to TikTok video

Insomnia | Oil on Canvas

  • Student(s) Katrina Bucao
  • Faculty Sponsor & Course Faith Freedom | ART 130
  • This piece visualizes my struggles with insomnia throughout my adult life.

Life, Liberty and Justice for All | Oil on Canvas

  • Student(s) Katrina Bucao
  • Faculty Sponsor & Course Faith Freedom | ART 130
  • The statue of Liberty, like all symbols, represents something different to each person. But to most she's a symbol that represents enduring freedom and democracy. The tape over the mouth represents a possible threat to Democracy and freedoms, that I feel all Americans could be at risk of losing under the direction of the current Presidential Administration.

Every Breath You Take | Display

  • Student(s) Kaylynn Giddings, Emily Branigan
  • Faculty Sponsor & Course Marcia Wiseman | BIO 138
  • Our project will focus on how the respiratory system works and discuss how the disease cystic fibrosis affects the lungs. We will demonstrate how a healthy lung functions and how it differs from a lung with CF. We will also reference the graphic novel Ghosts by Raina Telgmeier, as it centers around a family's experience with cystic fibrosis.

Water Management | Poster

  • Student(s) Athina Johnson
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • My topic that I am choosing is water management. The reason for me choosing this topic is, I want to be able to save water to help the environment. Doing so, I can spend less time in the shower. For me, typically I spend around 30 minutes in the shower. To help save water I can cut back on my shower time, instead of 30 minutes I can cut it down to about 5-10 minutes. Another thing I can do to save water is, instead of leaving the water on while washing my face, I can turn it off. Lastly, when doing laundry, instead of doing a couple pieces of laundry at a time, I can wait till I completely have a full load. I want to help the environment and by doing that I can manage the amount of water I use.

Beyond the Shell | Poster

  • Student(s) Payton Fulmerhouser
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • My project is going to be a visual poster board explaining the health benefits and ethical concerns surrounding the eggs we consume. Depending on if the chicken is raised organically, free ranged, or within a factory can effect the quality of the egg. There is speculation on which is the better option, I want to research and see what egg is the highest quality while considering the stress levels of the chicken who laid it.

Plastic Around Us | Poster

  • Student(s) Ryan Rodenbo
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • Plastic bottles are everywhere, but they have a big impact on the environment. Every year, millions of plastic bottles are used only once and then thrown away, causing a huge waste problem. Plastic bottles can take up to 1,000 years to break down in landfills, and when they do, they turn into small pieces called microplastics, which end up in our oceans. Marine animals often mistake plastic for food, which can harm or even kill them. Even worse, these tiny plastic pieces enter the food chain and affect both sea creatures and humans. Making plastic bottles also releases carbon into the air, contributing to climate change. Although plastic bottles are a major problem, there are simple solutions. One of the best ways to reduce plastic waste is by using reusable bottles made from materials like stainless steel or glass. These bottles are better for the environment and save money over time. Recycling plastic bottles is another option, but many still end up in landfills because people don't recycle them properly. To help, we can also support businesses that use less plastic and push for laws that limit single-use plastics. Each small action we take can make a big difference in protecting the planet for future generations

Water Filtration | Demostration

  • Student(s) Marissa Harp, Cara Wohlscheid
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • Our presentation will walk you through the process of water filtration within a watershed, showing how water goes from being polluted to clean and safe to drink. We’ll explain the different steps in the filtration system and how each one helps to purify the water. We’ll start by talking about where the water comes from, usually rivers, lakes, or underground sources. This water often contains things like dirt, bacteria,sticks, or rocks, which need to be removed. The first step in the filtration process is screening, where large debris like leaves and trash are taken out. Then the water will be put into our demonstration of water purification. Then comes the filtration stage, where the water flows through layers of sand, gravel, or activated charcoal. These materials help remove smaller particles and contaminants, making the water even cleaner. In some systems, there are additional steps like reverse osmosis or UV treatment to further purify the water and get rid of any remaining impurities. Our water filtration will not be this in depth.

AI and Water | Infographic

  • Student(s) Samuel Miller
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • Artificial Intelligence "AI" has become a transformative force across various industries, driving innovation and efficiency. However, the rise of AI technologies, particularly in areas like machine learning and data processing, has led to increased energy demands, which, in turn, impacts water consumption. Data centers, the backbone of AI systems, require vast amounts of energy to cool their servers, and this cooling process consumes significant quantities of water. AI driven data centers rely on water cooling systems to prevent overheating, which leads to higher water usage. In regions where water scarcity is already a concern, this growing demand for water raises critical environmental questions. As AI technologies continue to scale, the challenge lies in balancing the benefits of AI with the environmental costs of water consumption. Efforts to reduce AI-related water consumption are emerging, including the development of more energy-efficient hardware, using alternative cooling systems such as air cooling, and the implementation of green data centers powered by renewable energy. Additionally, AI itself can be leveraged to optimize water usage in data centers, predicting cooling needs more accurately and reducing unnecessary water use. Addressing AI’s water consumption is crucial for ensuring that technological advancements do not come at the expense of precious natural resources. With proper innovation and regulation, it is possible to manage AI’s environmental footprint while still.

The Old Ways of Animation | Traditional Animation (video/physical copy)

  • Student(s) Medi Lipar
  • Faculty Sponsor & Course Allyssa Shawboose | ART 253
  • Nowadays, most animation is created digitally, and the traditional techniques used to bring many of your favorite childhood characters to life have largely been abandoned. I am here to show and talk about the process behind traditional animation, demonstrating how it was done in the past. Additionally, I will showcase an example from a recent project of mine to illustrate these techniques in action.

Mental Illness and Disorders in Criminal Just | Slide Show

  • Student(s) Laura Nicholson
  • Faculty Sponsor & Course Patricia Ankney | CJS 207
  • The topic is mentally ill and disorders in the Correctional system. I would like to research and explore the different options they have, the treatment they receive, how proper treatment could help reduce recidivism. I firmly believe that offenders with mentally illness and disorders do not receive the proper care and treatment when they are incarcerated. This is because of the lack of training for correctional facility personnel and lack of treatment and program options available. Many offenders who are currently serving time in a facility should have been placed in a facility for individuals with mental health issues, or at the very least in a correctional facility where the staff is properly trained, and they have the proper programs and treatments in place to help with the illness/disorders to help rehabilitate the offender and get them back on the community. It is also my belief that offenders with mental illness and mental disorders are a majority of the reason for jail and prison overcrowding. There is a huge problem with the correctional system where we are ignoring the true problem and just pushing the individual along and making them someone else's problem.

Welcome to my World | Digital Painting

  • Student(s) Wren Crowe
  • Faculty Sponsor & Course Brad Olrich | ART 210
  • This piece represents when I first became a student here at Mid. My now best friend was the first person who I connected with and the first person in a long time who made me feel confident and comfortable existing in the world as myself.

Seeing is Believing: The Value of Experiential Learning in the Biology of the Florida Keys | Poster

  • Student(s) Madelaine Cantrell
  • Faculty Sponsor & Course Trish Finerty | BIO 289
  • Experiential learning provides a deeper understanding of biological concepts by engaging directly with real-world environments. This project highlights my firsthand experience studying marine ecosystems in the Florida Keys, where I explored coral reefs, seagrass beds, and mangrove habitats. Through field research, wildlife observation, and participation in conservation efforts, I gained a greater appreciation for marine biology beyond the classroom. This presentation reflects on how this immersive learning opportunity enhanced my comprehension, critical thinking skills, and connection to environmental stewardship. By sharing my experiences and key takeaways, I aim to showcase the lasting impact of hands-on education in the natural world.

HAS 200 Portfolio | Website & Video

  • Student(s) Ivy Geer
  • Faculty Sponsor & Course JJ Mertz | HAS 200
  • My portfolio displays my best work so far in my career. It shows how my work has evolved throughout the skills I have gained and is always evolving. It is all the different creatives I love to work on and show people.

From Nonverbal to Interactive Communication: Changing Two Lives | Poster Paper

  • Student(s) Vanessa Guzman
  • Faculty Sponsor & Course Lucia Elden | EDU 107
  • The journey of a young nonverbal autistic student, gripping his mother and biting his teacher on the first day of school, quickly became a pivot point in both his and the Mid student’s lives. For the young child, he learned to interact and effectively communicate his needs, interests, and desires with his teachers and his peers; and for the Mid student, working as a one-on-one paraprofessional, she began to rethink her own future career choice. This presentation details that journey as well as the key strategies and tools that assisted the change in these lives.

Echoes of Sovereignty: Brexit and the Reformation’s Legacy | Poster

  • Student(s) Reese Fernandez Perez
  • Faculty Sponsor & Course Iliana Miller | HUM 101
  • The project explores the struggles of Great Britain as a nation to reconcile its desire for independence with the forces of integration. Meaningful connections between Brexit and the English reformation five centuries earlier are made as the author follows the development of the Humanistic tradition of Sovereignty.

Oppressive Use of Politics, Wealth, and Power leads to Civil Uprising: Historical View of Power Dynamics and Their Impact on Human Experience | Poster

  • Student(s) Jillian Larson
  • Faculty Sponsor & Course Iliana Miller | HUM 101
  • The project follows the of the dynamic relationship between power, oppression, wealth and social uprising as a humanistic tradition from ancient civilizations to modern movements.

Build the Team First: How to Use Podcasts as a Pedagogical Tool for Final Collaborative Reflections | Poster & Podcast

  • Student(s) Logan Spicer
  • Faculty Sponsor & Course Lucia Elden | EDU 107
  • For the final collaborative reflection in Introduction to Teaching, the class of future teachers decided to do a podcast because of the experience of this presenter as a podcaster on social media. He analyzes why the podcast was such a strong learning tool and offers suggestions on how podcasts can be used in the classroom.

Where Teachers Can Begin Exploring the Importance of Understanding Different Cultures | Poster

  • Student(s) Jiaryatou Cisse
  • Faculty Sponsor & Course Iliana Miller | ENG 222 (LUCES)
  • This ENG 222 project Final paper is in-depth research of a minimum of 15 pages, 12 academic sources in the student's chosen field - education. The proposed curriculum infusion for Middle Eastern Studies in this course require students to research and feature a global spin on an issue that the professionals in the field they are about to enter from a selected country in the Middle East are struggling with. The new component in the capstone paper is assessed for engaging diverse perspectives, civic/democratic and global learning, analytic inquiry, and ethical reasoning.

A Mother’s Favorite Flower and The Old Straw Barn | Oil Painting & Charcoal Drawing

  • Student(s) Emma Storey
  • Faculty Sponsor & Course Faith Freedom | ART 130
  • A Mothers Favorite Flower - This pairing represents mothers cherishing almost anything kids give them. The Old Straw Barn - This is one of the barns on our family farm I grew up on.

The Tool Shed | Oil Painting

  • Student(s) Emma Storey
  • Faculty Sponsor & Course Faith Freedom | ART 130
  • This is another barn on the family farm I grew up on.

Splitting Pain | Oil Painting

  • Student(s) Wren Crowe
  • Faculty Sponsor & Course Faith Freedom | ART 230
  • The idea for this piece came about after I’d had a health issue flare up one morning. I got stuck hunched over my bathroom sink, in so much pain, I felt I was being split in two.

Self Acceptance | Poster

  • Student(s) Elizabeth Binder
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Empowerment and identity are central themes in literature and media, exploring how individuals navigate societal expectations, significant adversity, and self-scrutiny. Internal struggle highlights how trauma can fracture identity, forcing individuals to redefine themselves based on their pain rather than their desires. Empowerment and identity are deeply intertwined, shaped by both societal forces and personal experiences. Whether through rebellion, self-discovery, or acceptance, some literary works illustrates empowerment. This comes from embracing one's true self rather than conforming to unrealistic expectations. These narratives remind us that while identity may be shaped by external factors, the power to define oneself ultimately lies within.

Staying True To You | Exhibit

  • Student(s) Alexis Fabbro
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • People who appear different from the social norm are often criticized, excluded, or immediately seen as not as capable or worthy of others. Why is it this way? I don’t know exactly. I believe for many people acknowledging the fact that we aren’t all perfect can be hard to accept especially for those who want to be seen as the picture perfect resemblance of a human being. In reality, we all have unique differences, not all may be able to be seen from the outside.

Defining Strength In Two Forms | Demonstration

  • Student(s) William Moreno
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Strength manifests in many forms, often dividing into two categories: inner resilience and outer power. Literary works explores perseverance in the face of adversity, showcasing how individuals rely on either internal willpower or external force to confront their challenges. Some characters and speakers survive because of their inner strength, while others fall victim to the harsh reality of outer forces. Additionally, the theme of inner versus outer strength can be likened to the role of electricity in modern life, where inner strength resembles the steady, unseen power of electrical currents keeping everything running, while outer strength reflects the visible sparks and flashes of energy in moments of crisis. Just as an electrical circuit must be carefully maintained, balancing control and power, the individuals in these works must navigate their own balance between resilience and vulnerability.

Different people, different places, different day | Exhibit

  • Student(s) Lillian Patesel
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Different people, different places, different days. My voice is very dear to me. I think everyone is entitled to their voice whether anyone would like to hear it or not. I think that silencing someone is the worst form of disrespect given. There are limitations, absolutely. I do not think it's right to tell someone their hair looks ugly just because I feel like it. I mean to say in the sense that everyone has their own opinions. It is a widely known fact; Whether those opinions are right or wrong is irrelevant in the light of thinking and using your own opinion is a much better option to conforming to what the world thinks they should be. In conclusion, the ..... is not really a ....., just something we have identified as such to hide the feelings we feel. The thoughts we keep to ourselves. The ones we think cannot be shared. The hard truths of our childhood. Our ex lovers and ex whatever those were. The memories we yearn for back so badly but can never reach, so we bury them deep, yet they sit. They sit and they churn, they rattle, they hiss, they scream and kick and cry, but they're just sitting there – right? If I push them down and keep burying them just like they said to do they'll go away – right? I buried them.

Religious Oppression of Native Americans | Poster

  • Student(s) Vic Amaral, Maggie Braman
  • Faculty Sponsor & Course Shane Suiter | REL 200
  • This project explores the complex relationship between Catholic Christianity and the Native American peoples of what is now the state of Michigan as well as areas in the southwestern United States. Spanning over three centuries, students investigate how Catholic settlers and missionaries influenced indigenous cultures, beginning with early French forts and Jesuit missions. Historical accuracy is emphasized as students research and map the locations of settler forts, Catholic missions, and boarding schools that played significant roles in reshaping the region. The project examines both the religious motivations of Catholic missionaries and the often devastating impact their efforts had on Native traditions, identities, and ways of life.
    Particular attention is given to the legacy of Catholicism and the role of nuns and priests who, while sincere in their faith and mission, contributed to cultural erasure through assimilation efforts and the establishment of boarding schools.
    By combining historical research with reflective writing, students will grapple with the tensions between spiritual conviction and cultural loss, creating a deeper understanding of this complicated chapter in Michigan’s history.

Redefining the Reefs: Overview of Student Involvement in Coral Microfragmentation Through Mid and Benefits of Outplanting Methods to Reef Restoration | Poster

  • Student(s) Madison Propes
  • Faculty Sponsor & Course Trish Finerty | BIO 289
  • Coral reefs hold exceptionally high importance both economically and ecologically, making it even more concerning that we’re faced with massive global reef degradation, outperforming natural passive recovery (Kleypus et al., 2021). Intervention strategies to help battle against such adversity include coral out-planting with coral fragments. This conservation technique of micro fragmentation takes pieces from existing corals, connects them to a base, and places them within nurseries or reefs to promote growth in damaged or struggling areas. This strategy holds promise as coral growth and development is shown to be 20-30% faster with the fragments compared to the growth of the already existing corals combined with the high recorded survivability of species undergoing this process in countries such as the United States, Philippines, and Thailand. Some such projects within the United States are done by Mote Marine Lab, located in Florida, which has restored more than 200,000 corals. Mid-Michigans Biology of the Flordia Keys course has allowed students to be directly involved in such projects within the course, where students were allowed to participate in citizen science projects, cutting their fragments of genotype AP110 using a diamond bandsaw. In students, involvement in restoration efforts, such as outgrowth programs, shows both how easy it can be to participate in such efforts and directly involve them in the development of such research

Thoughts and the Changing of Emotions | Artwork

  • Student(s) Isabel Wright
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Poetry is powerful tool that shows how someone dealing with a mental health problem can feel. Literature can give the reader a human connection and a sense of belonging when they need it the most. Through literary analysis individuals can find a place that they are not alone in some of life's toughest endeavors.

Societal Expectations of Women | Poetry Slam

  • Student(s) Ellexia Puvalowski
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Understanding yourself is no easy task, but societal expectations of women make it increasingly hard. Society places so many barriers to keep women from being accepting of themselves. Maybe we do need to put down the mirror and observe our actions instead. We should proudly wear the color pink to whichever job we please and break the glass box. No matter what, it will always be a struggle for women with the societal expectations present. What is important is that every woman experiences these struggles, no matter how alone we may feel; in order to distinguish between our own expectations and dreams. Through literature such as this, we can feel the unity between all women facing these societal expectations, and that is what makes these pieces so important.

The roles of women have been shaped by societal norms | Art Work/Creative Project

  • Student(s) Kylie Forman
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Throughout history the roles of women have been shaped by societal norms. Their roles have evolved over time with what's considered the ‘norm’. In the past, what was expected of a woman, or their role, was to be a good wife and a mother– taking care of their children and serving their husbands. Literature can and does show roles of women but I also think that the role of women has changed in today's society versus the society shown in these literary pieces. The role of women today is still seen as being nurturing and taking care of their family but there is also less of the whole idea that they absolutely have to marry and that everything they own would belong to their husband after marriage.

Healing and Transformation | Artwork/Creative Option

  • Student(s) Kadyn Riske
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Healing from trauma is a difficult but important journey, and the stories we experience can help us understand it better. Whether through movies, music, or poetry, different forms of storytelling and literature show how people process pain and find ways to move forward. The human experience and connection that can be made through these modes of literature are a blessing.

The Lost Art of Homesteading | Artwork/AMS Essay

  • Student(s) Michael Janssen
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • What would happen to the vast majority of people in our country if our government’s ability to provide resources, such as food markets, electricity, and general welfare, suddenly disappeared? The answer is: many would be foiled. We live in an age when the average person is almost completely dependent on his or her social infrastructure. However, the truth is, this infrastructure is not guaranteed. A number of events could take place that could dismantle the fundamental aspects of how we live our lives: a war could break out, another pandemic could let loose, our economy could fail. Our dependence could be our weakness. So how do we protect ourselves from these potential disasters? My proposal would be to begin homesteading. Homesteading is the act or practice of living self-sufficiently by growing and preserving food. Human beings have homesteaded for almost all of recorded history. It was the fundamental way people lived their lives and has had a big impact on our country especially during the Civil War. Only recently in the past century have the majority of the human population begun to get away from homesteading. With this being the case, homesteading has become overlooked, undervalued, and misunderstood. Things like food quality and self governance have become unimportant to the average person. In addition, many people don’t know how to begin a self-sufficient life and are intimidated by it. Homesteading is an applicable and beneficial way of life for everyone.

Architecture of Churches and Cathedrals in the Baroque, Neoclassical, and Romanticism Periods | Poems paired with Photos

  • Student(s) Tara Gravel
  • Faculty Sponsor & Course Lucia Elden | ART 284
  • It is interesting to see how throughout different periods of art, architecture changed along with the many different styles and techniques used in painting and sculpture. We begin to see a pattern: architects revisiting old ways, paying homage to different elements, and using formerly popular techniques to bring their ideas to life in updated design. There seems to be repetition in almost every form of art, as if we are just continuously building on former foundations. In architecture, we see styles come back periodically, mixing old elements with new radical ones, just as we do in painting, sculpting, and certainly in fashion. Cathedral, church, and basilica designers and architects alike hit a peak of combining all of the styles we’ve ever known in the Baroque and Rococo periods before taking a breath of fresh air and falling back to some of the oldest architectural styles in the Neoclassical period, and then began building up again to those beautiful, inspirational, and emotion inducing Cathedrals of the Romanticism period. Pressing further in time, we really start see a natural ebb and flow to how we design places where we worship.

Vernal Pool Party Discussing Vernal Pool Patrolling on Mid's Campus | Poster

  • Student(s) Rebecca Ball
  • Faculty Sponsor & Course Trish Finerty | BIO 299
  • Vernal pools are wetlands that are filled with water for only a short duration of the year. In Michigan vernal pools are vital habitats for the reproduction of a variety of species like spotted salamanders and fairy shrimp. Because of these habitats being important, the statewide program Vernal Pool Patrol was started. Across the state data is collected by groups of citizen scientists. This data includes organism identification, vegetation counts, and water sampling. This data is then used to help conservation efforts to getting protection for these ecosystems. Mid's EcoExplore Club hosts these patrols on the Harrison campus to monitor our campus vernal pools.

Optimism Through Motivation | Sculpture/Essay

  • Student(s) Kalten Parker
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • When you think about fighting, it’s not just about fists or yelling. It can be about pushing through pain, standing up when life knocks you down, and finding strength inside yourself. Many pieces of Literature symbolize resilience, strength, hope, and optimism all mixed into one big message. No matter how hard you get hit, or how many times you get hit, you have to get back up and keep fighting. By connecting to literature you can understand that you are not the only one who has fought the good fight; and that can make all the difference.

Never Human-Achieving Fulfillment | Poster/Essay

  • Student(s) Josiah Maurer
  • Faculty Sponsor & Course Aimee Hare | ENG 112
  • Take a deep breath and smell the air around you. Touch the closest surface and feel its texture under your palm. These sensations have become so routine that you probably didn’t notice them until I asked you to focus on them. Now, try to imagine if those feelings stopped. You would have no sense of smell, touch, or taste to ground you. You can still perceive the world around you and even participate in it, but you can never fully experience it again. You would forever be lacking, missing a key part of yourself, craving a fulfillment you will never reach. It sounds like an unimaginable torture, yet exploring that experience has become common in science fiction narratives, primarily through the lens of self-aware AI.

OCD is Misrepresented | Poster/Essay

  • Student(s) Natalie Phillips
  • Faculty Sponsor & Course Aimee Hare | ENG 111
  • Some of the world’s greatest and most difficult battles are fought internally. OCD is one of these wars. People without OCD often ignore or see OCD manifestations as crazy. When you have OCD, everyday is a struggle. The lack of understanding from others is too great. People have the idea that you should just be able to put on a smile when they have no inkling of what you have been through. Humans make inaccurate judgements about OCD and will treat others differently because they cannot see what is happening to them. Wake from indifference and accept the truth: OCD is a mental illness that needs to be addressed. Free yourself from prejudice. Don’t satisfy yourself with misunderstanding, instead seek enlightenment about the topic and understand the struggles of people with Obsessive Compulsive Disorder.

Parenthood Series | Oil Painting

  • Student(s) Tara Gravel
  • Faculty Sponsor & Course Faith Freedom | ART 230
  • My college journey began over a decade after graduating high school. By this time, I had gotten married, bought a house, and started a family and like most moms, my daughters became a huge inspiration for me… they were especially my motivation for returning to college! I've noticed throughout my years at Mid, that my experiences in motherhood coupled with conquering the college experience have really come out to play in my art. The emotions of wanting a fulfilling career backed by a well-rounded education on the battlefield with wanting a sweet, slow, and simple life with my girls. The power I feel when I know I'm showing them that there is more than one way to do life and everyone is on their own timeline. The struggle of balancing homework and housework and child-care and self-care, but knowing it will all be worth it one day. This mini series focuses on those emotions. With nearly 1 in 5 college students being parents in our country, I think it's important for other parents in college to know that although this lifestyle is difficult and challenging at times, we are showing our next generation that the possibilities are endless and it's never too late to accomplish your goals. I hope that my art will encourage other student parents to keep going and never give up because the most important people are watching us and you are not alone!

Diversity of Islam: Common Misconceptions | Poster

  • Student(s) Jillian Larson
  • Faculty Sponsor & Course Iliana Miller | HUM 101
  • Jillian Larson compiled a class presentation on the weekly topic of Islam. The project stands out for its angle of exploring common misconceptions about Islam.

Humanities in Wargaming: Adepta Sororitas | Poster

  • Student(s) Thalia Newkirk
  • Faculty Sponsor & Course Iliana Miller | HUM 101
  • This project explores how visual arts from the Gothic Era and Catholicism have influenced modern-day wargaming.

The Outliers of Genetic Drift | Poster

  • Student(s) Katie Snow, Meradith Anderson
  • Faculty Sponsor & Course Jeremiah Wagner | BIO 112
  • Genetic drift is an evolutionary force that often leads to decreased fitness in populations. In this project, the evolution simulation program Avida-Ed was used to explore how drift affects fitness levels after a founder effect event. After establishing a stable population of Avidian "organisms," individuals with low fitness were chosen to start new populations in environments of varying sizes. As expected, most of these new populations also showed low fitness. However, one surprising exception emerged: the Avidian with the lowest initial fitness consistently gave rise to populations with higher fitness. Previous research suggests this might be due to beneficial mutations sweeping more easily through less-fit populations, where competition is reduced. This project highlights the unpredictable outcomes that genetic drift can have on a population.

Evolving Avida: Adaptation to Harsh Environments | Poster

  • Student(s) Gabriella Martinez, Sage Gauthier
  • Faculty Sponsor & Course Jeremiah Wagner | BIO 112
  • Evolution shapes how organisms adapt. In this project, we used Avida-Ed to test how gradually increasing environmental difficulty affects adaptation in digital organisms. Starting with a single Avidian ancestor, we introduced its offspring to gradually harsher environments and tracked how the population changed over time. As expected, beneficial traits that improved fitness became more common, allowing the population to survive in tougher conditions. This process mirrors how real-world organisms, like bacteria, evolve resistance when faced with challenges such as antibiotics. Our results show how stepwise environmental change can drive adaptation, even from a simple starting point.

Is there a Mutation Rate That is Just Right? | Poster

  • Student(s) Emylee Crane, Emma Somerville
  • Faculty Sponsor & Course Jeremiah Wagner | BIO 112
  • Mutation plays a key role in evolution by introducing new genetic variation, but there’s a tradeoff — too few mutations limit adaptability, while too many can reduce fitness or lead to extinction. This project used Avida-Ed to explore how different mutation rates impact evolutionary speed in digital organisms tasked with evolving the ability to perform simple logic functions and be rewarded for the task. Mutation rates ranging from 2% to 10% were tested. While we expected the 6–8% range to strike the best balance, the 4% mutation rate proved to be the most efficient. Future work could test whether resource availability influences which mutation rate is most effective, or whether these variables act independently.

The Role of Mutation Rate in Population Adaptability to New Environments | Poster

  • Student(s) Alexus Dunn, Grace Chinavare
  • Faculty Sponsor & Course Jeremiah Wagner | BIO 112
  • This project examined how mutation rate influences a population’s ability to adapt to new environments using Avida-Ed digital organisms. We predicted that higher mutation rates would speed up adaptation by increasing genetic variation. We tracked population size, the number of viable organisms, and average fitness under different mutation rates. While higher mutation rates did result in larger populations and more genetic variation, we didn’t see increases in fitness over time. This suggests that mutation might be increasing variation but not adaptation. The results highlight the tradeoff between genetic change and evolutionary stability — too much mutation can create variation without meaningful improvement.

Survival of the Fittest | Poster

  • Student(s) Jeffery Cox II, Bailey Nordland, Owen Batcheller
  • Faculty Sponsor & Course Jeremiah Wagner | BIO 112
  • This project used Avida-Ed to explore how environmental conditions influence digital evolution and the principle of “survival of the fittest.” We tested how different environments affected which organisms thrived over time. Each environment selected for different traits, with some digital organisms performing better depending on which “sugar” tasks were available. We found that environments containing the Antose sugar consistently supported populations with strong overall performance, suggesting it may promote a more balanced survival strategy

Oil on Canvas | Live Painting

  • Student(s) Noah Devantier
  • Faculty Sponsor & Course Faith Freedom | ART 230
  • A painting on canvas that represents the feelings of hope and optimism for the future. This piece will represent a vivid dream of some afterlife, a distant paradise that holds no misery.

Digestive System | Display

  • Student(s) Carlee Campbell, Katie Williams
  • Faculty Sponsor & Course Marcia Wiseman | BIO 138
  • Most people use their digestive system on a daily basis. However, there are few people that know all of the intricacies of how the digestive system truly works. With this presentation students and faculty will revive the opportunity to use a hands-on model to get a better understanding of how food moves through the digestive system. On top of that we will have a graphic explaining the major parts of the digestive system from where the food enters your mouth all the way through the body including all of the major organs and enzymes. Lastly we have created a tri-fold with images and descriptions of the digestive system. With this presentation we will be able to show people that there are major chemical reactions that our digestive system performs daily that keep us alive. It is important to know what is happening inside your body just as much as it is interesting to understand just how much goes into eating. Within the Anatomy and Physiology class we have gotten to learn that everything that happens in our bodies to maintain homeostasis has many levels. Without looking into the deeper levels you miss out on so many mind blowing insights about your own body. All in all, learning more about the many different body systems including the digestive system is important. This knowledge will allow for you to have a deeper understanding of how your body functions to stay alive.

To study the nature of magnetic field lines and field strength around various permanent magnets | Poster

  • Student(s) Kyle Potter, Taylor Hale, Sam Jackson
  • Faculty Sponsor & Course Nil Upadhya | PHY 212
  • Magnetism plays an important role in daily life, with applications in speakers, memory devices, metal detectors, navigation, braking systems, and more. This study focused on exploring magnetic field lines, their patterns, direction, and strength. Hands-on experiments were conducted using various magnets, including rectangular bars, cylindrical rods, discs, and U-shaped magnets. A magnetic compass was used to observe and draw field line patterns, while a magnetic sensor measured field strength. The strength decreased with distance, following an inverse square law, with a maximum of about 4 mT near the pole of a cylindrical magnet. Field lines consistently pointed from the north to the south pole. The study reinforced key concepts of magnetism.

To study the interaction of materials around permanent magnets | Poster

  • Student(s) Robert Townsend
  • Faculty Sponsor & Course Nil Upadhya | PHY 106/212
  • Magnetism plays a vital role in everyday life, with applications in devices like speakers, memory storage, metal detectors, navigation tools, and braking systems. This study explored magnetic field lines, focusing on their patterns, direction, and strength. It was fascinating to observe how magnetic materials interacted with these fields. Hands-on experiments were conducted using various magnets—rectangular bars, cylindrical rods, discs, and U-shaped magnets—along with iron strips and cubes. A magnetic compass helped visualize and sketch field line patterns, while a magnetic sensor measured the strength of the magnetic field. The field strength was found to decrease with distance, following the inverse square law, peaking at about 6 mT near the pole of a cylindrical magnet. Field lines were consistently observed to move from the north pole to the south pole and entered and exited perpendicular to the surface of the iron strip. This investigation helped reinforce fundamental concepts of magnetism through practical observation and measurement.

To study the nature of magnetic field lines, strengths and their interactions with non magnetic objects around permanent magnets | Poster

  • Student(s) Aaron Medendorp, Chloe Watson
  • Faculty Sponsor & Course Nil Upadhya | PHY 212
  • Magnetism is a fundamental force that influences many aspects of our everyday life. From audio speakers and digital memory devices to braking systems and navigational tools, magnetic principles are at work all around us. This exploration focused on understanding the nature of magnetic field lines, their shapes, directions, and strengths through hands-on experimentation. Various magnets—including rectangular bar magnets, disc magnets, cylindrical rods, and U-shaped magnets—were used to observe the unique patterns created by magnetic fields. By placing a magnetic compass around each magnet, the direction and curvature of the field lines were mapped. These lines consistently flowed from the north to the south pole, revealing the predictable behavior of magnetic forces. A magnetic sensor was employed to measure field strength, which reached a maximum of approximately 2 millitesla near the poles of a bar magnet. Interestingly, as the sensor moved away from the magnet, the field strength decreased, following a trend similar to the inverse square law.
    The interaction of non-magnetic materials with the field was also tested. As expected, these objects did not distort the magnetic field lines, highlighting the selective influence of magnetic forces. This practical investigation not only deepened the understanding of how different magnet shapes affect field patterns but also reinforced key concepts such as field direction and strength. Overall, the experience offered a meaningful and interactive way to grasp the core ideas behind magnetism.

Cats in Art | Newsletter/Poster

  • Student(s) Elizabeth Prout
  • Faculty Sponsor & Course Lucia Elden | ART 284
  • How are cats depicted in paintings? This newsletter shows cats in art history in the 1700's-1800's in three art movements.

Toxins in American Foods | Poster

  • Student(s) Dakoda Lawrence
  • Faculty Sponsor & Course Marcia Wiseman | ENV 200
  • With the rise in industrialization, there have been numerous transformations throughout society, one of which involves the production of our consumables. To meet the growing demand for food, manufacturers have begun incorporating various substances into their products. Some of the most common alterations to our food are made to extend shelf life, enhance appearance, accelerate growth, or eliminate pests that threaten agriculture. However, many of these additives have been found to be harmful to human health. What is a toxin? A toxin is a substance containing or composed of poisonous material, particularly when capable of causing death or severe illness, and often appearing as proteins.Why has this become a public health concern? There are several reasons, including serious health effects, increasing consumer awareness, environmental consequences, and regulatory challenges. While it may seem alarming that more hasn’t been done to address this growing issue, several underlying factors contribute to the lack of progress such as limited testing, a general lack of consumer knowledge, and the emphasis on cost-efficiency and product performance.It is crucial for consumers to be informed about what they are eating. Although recent efforts have been made to improve the safety of our nation’s food supply, there is still significant progress to be made to ensure that future generations are not exposed to the hazardous toxins and additives we consume each and every day.

The Impact of Drug Use on Athletes: Health Risks and Prevention Strategies | Podcast

  • Student(s) Kailin Bass
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Long-term recreational and performance-enhancing drug use among athletes poses significant risks to their physical and mental health. This issue is particularly relevant in sports like soccer and running, where optimal performance is crucial. This memo is directed at athletes, coaches, parents, and educators who influence athletes’ choices and behaviors.Recreational drugs, such as marijuana and alcohol, can impair mental focus, coordination, and physical control, while performance-enhancing drugs like steroids may temporarily boost abilities but cause severe health consequences. Research highlights the detrimental effects of drug use on athletic performance, including reduced stamina, increased injury risk, and long-term health issues like high blood pressure and liver damage. Additionally, drug use can lead to emotional distress and addiction, further impacting athletes’ mental health and performance. Athletes caught using banned substances face legal and reputational consequences, jeopardizing their careers, scholarships, and personal relationships.Athletes should avoid drug use and educate themselves on its negative effects. Coaches and parents must foster a supportive environment that emphasizes healthy habits and resilience. Schools and sports organizations should implement programs to address addiction’s root causes and promote awareness of the consequences of drug use. By adopting these strategies, athletes can safeguard their health, maintain integrity, and achieve sustainable success in their sports.

Reviving Agricultural Skills: A Community Garden Initiative | Poster

  • Student(s) Keelyn Biehl
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Many students lack the knowledge and skills to grow their own food or sustain basic agriculture. This gap in agricultural literacy is concerning as reliance on supermarkets grows and fresh food prices continue to rise. This memo is directed at students, educators, school administrators, and community leaders who can support and benefit from agricultural education initiatives. The younger generation is increasingly disconnected from the origins of their food, with gardening and agricultural skills becoming less common. Rising food prices and environmental concerns highlight the importance of teaching sustainable practices. Community gardens provide hands-on learning opportunities, fostering agricultural literacy and environmental stewardship. Research shows that gardening improves mental health, strengthens community ties, and equips individuals with essential life skills. Schools can play a pivotal role in addressing this gap by integrating gardening into educational programs. In response to these observations, I recommend that we: (1) Establish a Community Garden: Create a supervised garden at Shepherd High School where students can learn to grow crops like strawberries, tomatoes, and green beans. (2) Promote Hands-On Learning: Use the garden as a platform for teaching sustainable practices and agricultural skills. (3) Foster Community Engagement: Encourage collaboration among students, teachers, and local organizations to strengthen community bonds. (4) Integrate Agricultural Education: Develop curricula that emphasize the importance of gardening and sustainable food production. By implementing these strategies, Shepherd High School can empower students with valuable skills and promote a sustainable future.

Leveraging Biotechnology to Address Alzheimer’s Disease: A Path to Effective Solutions | Poster

  • Student(s) Jesse Bliven
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Alzheimer’s disease remains a significant mental health challenge, affecting millions worldwide. Despite advancements in biotechnology, current treatments often fail to target the root causes effectively, leading to limited success in mitigating symptoms and slowing disease progression. This memo is directed at researchers, healthcare providers, policymakers, and caregivers who can contribute to advancing biotechnology solutions for Alzheimer’s disease. Alzheimer’s disease is characterized by cognitive decline and neurodegeneration, driven by factors such as amyloid-beta plaques and tau protein accumulation in the brain. While biotechnology has led to the development of medications targeting these mechanisms, some treatments have inadvertently exacerbated symptoms rather than alleviating them. Recent research highlights the potential of innovative approaches, such as gene editing, biomarker tracking, and personalized medicine, to improve diagnosis and treatment outcomes. Addressing Alzheimer’s through biotechnology not only benefits patients but also supports families and caregivers impacted by the disease. In light of this, I recommend that we: (1) Invest in Research: Support studies focused on understanding Alzheimer’s mechanisms and developing targeted biotechnological interventions. (2) Enhance Treatment Development: Prioritize the creation of personalized therapies that address individual patient needs and minimize adverse effects. (3) Educate Stakeholders: Raise awareness among caregivers and healthcare providers about emerging biotechnological solutions and their potential benefits. By adopting these strategies, stakeholders can pave the way for more effective treatments and improve the quality of life for those affected by Alzheimer’s disease.

Personalized Training for Collegiate Runners: Reducing Burnout and Injuries | Poster

  • Student(s) Owen Brickner
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Collegiate running programs often rely on generalized training plans that fail to account for individual differences among athletes. This approach can lead to burnout, lack of progress, and injuries, particularly for runners who do not align with the assumptions of these programs. This memo is directed at collegiate coaches, athletic trainers, sports scientists, and university athletic departments who can implement personalized training strategies. Generalized training programs typically emphasize high mileage weeks and intense workouts designed for average runners. However, individual factors such as recovery ability, injury risk, and muscle fiber composition vary widely among athletes. Research shows that personalized training plans can optimize performance and reduce injury rates. Advanced wearable sports diagnostic technology provides real-time data on training load, recovery, and physical strain, enabling coaches to tailor plans to each runner’s needs. Genetic profiling offers insights into athletes’ physiological traits, further enhancing training customization. These tools can help runners achieve their peak potential while minimizing risks. I recommend the following: (1) Adopt Wearable Technology: Invest in advanced diagnostic tools to monitor runners’ physical condition and adapt training plans accordingly. (2) Utilize Genetic Profiling: Assess athletes’ recovery ability, injury risk, and muscle composition to inform personalized training strategies. (3) Educate Coaches: Provide training on the use of personalized approaches and technology to optimize athlete performance. By implementing these measures, collegiate running programs can foster healthier, more successful athletes.

Addressing Health Concerns of Genetically Modified Foods: Promoting Sustainable Choices | Poster

  • Student(s) Drew Clarke
  • Faculty Sponsor & Course David Proctor | BIO 103
  • The widespread use of genetically modified organisms (GMOs) in food production has raised concerns about potential health risks. Many individuals lack awareness of how GMOs are created and their differences from non-GMO foods, leading to uncertainty about their long-term effects on human health. This memo is directed at consumers, policymakers, educators, and local farmers who can influence food choices and agricultural practices. GMOs are created through genetic engineering to enhance traits such as pest resistance and crop yield. While they offer benefits like increased food production, concerns persist about their potential health impacts, including allergenicity and antibiotic resistance. Studies have shown mixed results, with some highlighting risks and others emphasizing safety. Additionally, the prevalence of heavily processed foods containing GMOs has contributed to a disconnect between consumers and the origins of their food. Growing one’s own food or purchasing directly from local farmers can reduce reliance on processed foods and promote healthier eating habits. I recommend the following: (1) Promote Home Gardening: Encourage individuals to grow their own food to reduce dependence on processed and GMO-containing products. (2) Support Local Farmers: Advocate for purchasing fresh produce directly from farmers to minimize exposure to processed foods. (3) Educate Consumers: Provide accessible information on GMOs, their production, and potential health risks to empower informed decision-making. By adopting these strategies, individuals and communities can make healthier, more sustainable food choices while addressing concerns about GMOs.

Reducing Weight Cutting Risks in Wrestling: Healthier Practices and Innovations | Poster

  • Student(s) Shai Curtiss
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Female wrestlers often engage in weight-cutting practices, such as eliminating water and food intake, to compete in lower weight classes. These methods are unsafe and can lead to low body weight, low body fat percentage, and hormonal imbalances. This memo is directed at wrestlers, coaches, athletic trainers, and sports organizations who can implement and promote change to how Alpha weigh-ins are calculated.Weight cutting is a widespread issue in wrestling, driven by the desire to gain a competitive edge. However, extreme methods of weight cutting lead to hormonal imbalances and amenorrhea. Amenorrhea, the absence of a menstrual period, can be mentally detrimental to the female athlete. It raises concerns for them on future fertility, the effects of lowered estrogen levels, bone health, stunted development, and slowed metabolism.These effects are unhealthy and could be avoided. The minimum body fat percentage threshold for female wrestlers is 12%, while amenorrhea occurs below 15%. If the Minimum body fat percentage were raised it could be healthier for female athletes and reduce the risk of hormone imbalance and amenorrhea. I recommend that the minimum body fat percentage in female wrestlers be revisited, and adjusted accordingly; as well as the knowledge of the effects of low body weight and body fat percentage, be spread to female wrestlers.

Preventing Running Injuries: Addressing Overtraining and Poor Biomechanics | Poster

  • Student(s) Bradly Gould
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Many runners, particularly beginners, suffer injuries due to overtraining and poor biomechanics. Rapid increases in mileage and intensity without proper adaptation often lead to overuse injuries such as stress fractures and muscle tears. This memo is directed at new runners, coaches, athletic trainers, and sports organizations who can implement strategies to reduce injury risks. Overtraining and poor biomechanics are common issues in the running community. Beginners often make mistakes such as ramping up mileage too quickly or neglecting recovery, which increases their risk of injury. Research highlights the importance of gradual training progression, proper recovery techniques, and biomechanical analysis to prevent injuries. Wearable technology, such as running watches and biomarker monitoring devices, provides valuable data on muscle fatigue, workout load, and bone density, helping runners and coaches identify injury risks. Additionally, educating runners on proper recovery practices can enhance performance and reduce injuries. In response to this evidence, I recommend: (1) Utilize Wearable Technology: Invest in devices that monitor biometrics to predict and prevent injuries. (2) Educate Runners: Provide resources on safe training practices, including gradual mileage increases and effective recovery techniques. (3) Promote Biomechanical Analysis: Encourage gait analysis and personalized training plans to address biomechanical inefficiencies. (4) Foster Awareness: Emphasize the importance of proper care and recovery to ensure long-term progress and injury prevention. By adopting these strategies, the running community can reduce injuries and promote healthier, more sustainable training practices.

Tackling Mental Health Challenges in Athletes: Recommendations for Building Resilience | Podcast

  • Student(s) Riley Gould
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Athletes face mental health challenges due to the intense pressure to excel. This pressure often leads to self-doubt, emotional strain, and diminished performance, making mental resilience a critical need in sports. This memo is addressed to athletes, their parents, coaches, and mental health professionals. These groups play key roles in addressing and improving mental health outcomes in the athletic community.The mental health struggles of athletes are a widespread and well-documented issue. Athletes often wrestle with negative thought patterns, especially after setbacks or perceived failures. Studies underscore the importance of cultivating resilience and employing strategies such as mindfulness and professional support to counter these challenges. Additionally, creating a supportive environment is essential for fostering positive mental health. Athletes should adopt practices like goal-setting, mindfulness, and constructive self-reflection to build a positive mindset. Parents and coaches can support athletes by emphasizing personal growth and effort rather than solely focusing on performance outcomes. Lastly, when challenges persist, athletes should seek help from mental health professionals to address deeper emotional struggles. By implementing these strategies, athletes can strengthen their resilience and thrive in competitive environments.

Balancing AI Advancements in Biotechnology: Benefits and Risks | Podcast

  • Student(s) Jenna Hindenlang
  • Faculty Sponsor & Course David Proctor | BIO 103
  • AI has significantly advanced drug discovery and development in biotechnology, enabling faster and more efficient processes. However, the heavy reliance on AI poses risks, as its failures or crashes could disrupt progress and harm society. This memo is directed at researchers, policymakers, educators, and industry leaders in biotechnology who influence the integration and regulation of AI technologies. AI has revolutionized drug discovery by identifying novel compounds, optimizing molecular designs, and accelerating clinical trials. These advancements have led to breakthroughs in treating diseases and reducing development costs. However, AI systems are not infallible; examples of crashes and failures highlight their limitations. Over-reliance on AI could lead to vulnerabilities in the biotech field, as human expertise and traditional methods are increasingly sidelined. Ethical concerns, such as algorithmic bias and data privacy, further complicate AI’s role in biotechnology. Research underscores the need for balanced integration of AI to mitigate risks while leveraging its benefits. In light of this, I recommend the following: (1) Diversify Approaches: Combine AI-driven methods with traditional research techniques to reduce dependency on AI. (2) Enhance Reliability: Invest in improving AI systems to minimize failures and ensure robust performance. (3) Educate Stakeholders: Raise awareness about AI’s limitations and promote critical evaluation of its outputs. (4) Strengthen Regulations: Develop policies to address ethical concerns and ensure responsible use of AI in biotechnology. By adopting these strategies, the biotech field can harness AI’s potential while safeguarding against its risks.

Advancing Cattle Breeding: The Benefits of Artificial Insemination | Poster

  • Student(s) Kaylee Johnson
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Traditional cattle breeding methods pose safety risks for farmers and cattle due to the size, strength, and temperament of bulls. Additionally, these methods limit genetic control, making it challenging to address specific breeding goals and genetic diseases. This memo is directed at cattle farmers, agricultural policymakers, and veterinary professionals who can adopt and promote artificial insemination (AI) as a safer and more effective breeding method. Artificial insemination is widely used in cattle farming to improve herd quality and safety. By selecting semen from genetically superior bulls, farmers can tailor breeding to their specific needs—dairy farmers can prioritize high-producing heifers, while beef farmers can focus on strong, fast-growing calves. AI eliminates the need for bulls on farms, reducing safety risks and creating a more controlled breeding environment. Research highlights AI’s role in preventing genetic diseases and enhancing herd productivity. Its adoption has led to significant advancements in cattle breeding, benefiting both farmers and livestock. In light of this evidence, I recommend: (1) Promote AI Adoption: Encourage farmers to transition to AI for safer and more efficient breeding practices. (2) Educate Stakeholders: Provide training on AI techniques and its benefits for herd quality and safety. (3) Support Research: Invest in studies to further improve AI technologies and address challenges in cattle breeding. By implementing these strategies, the agricultural community can enhance cattle breeding practices, ensuring safety and genetic improvement.

Cultivating Green Spaces: A Community Garden Initiative for Shepherd | Poster

  • Student(s) Erin Long
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Many small towns, including Shepherd, lack green spaces, biodiversity, and community gardens. This absence negatively impacts the environment, social connections, and mental health, leaving towns dominated by houses and farmland with little natural diversity. This memo is directed at Shepherd residents, local government officials, schools, and community organizations who can support and benefit from the creation of green spaces. Green spaces provide numerous environmental benefits, such as increasing biodiversity, cooling urban areas, reducing runoff, cleaning the air, and improving soil health. Socially, they foster connections, reduce isolation, and enhance mental health. In Shepherd, large plots of farmland dominate the landscape, but small gardens or plant groups are rare. Community gardens can serve as fresh sources of produce and create opportunities for education and engagement. Research supports the positive impact of green spaces on both environmental and social well-being. In light of this, I recommend that, in Shepherd, we: (1) Start a Community Garden: Identify a plot of land, secure local support, and engage residents in planting and maintaining the garden, (2) Partner with Schools and Organizations: Run educational programs to teach sustainable practices and the benefits of green spaces, (3) Use Sustainable Practices: Encourage organic methods, composting, and native plants to conserve resources, and (4) Advocate for Policy Support: Collaborate with local government to promote green spaces and urban agriculture. By implementing these strategies, Shepherd can enhance its environment, strengthen community ties, and improve residents’ quality of life.

Addressing Anabolic Steroid Use Among Teen Athletes: Risks and Solutions | Poster

  • Student(s) Nolan Longuski
  • Faculty Sponsor & Course David Proctor | BIO 103
  • The use of anabolic steroids in athletics and bodybuilding, particularly among teenagers, poses serious health risks. These substances can lead to physical and mental health issues, including hormonal imbalances, organ damage, and aggressive behavior. This memo is directed at teenagers, parents, coaches, educators, and policymakers who can influence awareness and prevention of steroid use. Anabolic steroids are often misused by athletes seeking to enhance performance or build muscle mass. Research highlights the harmful effects of steroids, including high blood pressure, liver damage, and psychological issues such as mood swings and aggression. Teenagers are particularly vulnerable due to peer pressure and the desire to excel in sports. Studies show that education and awareness programs can effectively reduce steroid use. Additionally, stricter regulations on distribution and mandatory testing at athletic events have proven successful in deterring misuse. In light of this, I recommend the following: (1) Educate Teenagers: Implement programs in schools and sports organizations to inform teens about the dangers of anabolic steroids. (2) Strengthen Regulations: Enforce stricter controls on the distribution of anabolic steroids to limit access. (3) Mandatory Testing: Require steroid testing at athletic and bodybuilding events to discourage use and ensure fair competition. By adopting these measures, stakeholders can reduce steroid misuse, protect teen athletes’ health, and promote ethical sports practices.

Preventing Non-Contact Injuries in Football: Strategies for Safer Play | Poster

  • Student(s) Ashton Luckhardt
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Non-contact injuries in football, particularly ligament injuries, are a significant concern due to their severity and frequency. These injuries can impact players’ performance, health, and career longevity, making prevention a critical issue. This memo is directed at football players, coaches, athletic trainers, and sports organizations who can implement strategies to reduce non-contact injuries. Non-contact injuries often result from inadequate physical conditioning, improper training techniques, and external factors such as playing surfaces. Research highlights the importance of strengthening ligaments through targeted weight and speed training routines to reduce injury risk. Additionally, studies show that playing on turf increases the likelihood of non-contact injuries compared to grass fields. Data from football organizations and medical tests provide evidence of the prevalence and impact of these injuries, emphasizing the need for preventative measures. In light of this, I recommend the following: (1) Implement Training Programs: Develop weight and speed training routines focused on strengthening ligaments and improving overall physical conditioning. (2) Optimize Playing Surfaces: Advocate for the use of grass fields over turf to minimize injury risks. (3) Educate Stakeholders: Provide players, coaches, and trainers with information on injury prevention techniques and the importance of proper conditioning. (4) Monitor and Evaluate: Use medical tests and injury statistics to assess the effectiveness of prevention strategies and make necessary adjustments. By adopting these measures, the football community can reduce non-contact injuries and promote safer play.

Combating Forest Fires: Biotech Innovations and Sustainable Strategies | Poster

  • Student(s) Mya Lundin
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Forest fires pose significant dangers to ecosystems, human health, and the climate. They are fueled by factors such as invasive species, predators, and excessive carbon emissions, making forests increasingly vulnerable. This memo is directed at environmental policymakers, forestry professionals, researchers, and community leaders who can implement strategies to mitigate forest fires and their impacts. Forest fires devastate ecosystems, releasing massive amounts of carbon into the atmosphere and accelerating climate change. Invasive species and predators weaken forest resilience, increasing susceptibility to fires. Current solutions, such as fire retardants and prescribed burns, provide limited relief. Biotech innovations, including bioengineered trees, offer promising alternatives. Genetically modified trees can resist pests and grow faster, enhancing carbon sequestration and reducing fire risks. Policies to remove carbon from the air, such as reforestation and carbon capture technologies, further mitigate the effects of forest fires2. Removing invasive species and predators through targeted management strategies strengthens forest health and resilience. In light of this, I recommend: (1) Bioengineered Trees: Invest in genetically modified trees to build fire resistance and enhance carbon sequestration. (2) Carbon Removal Policies: Implement methods such as reforestation and carbon capture technologies to reduce atmospheric carbon. (3) Invasive Species Management: Develop strategies to remove invasive species and predators that weaken forest ecosystems. By adopting these measures, stakeholders can reduce the frequency and severity of forest fires while promoting sustainable forest management.

Evaluating Crop Protections and Fertilizers: Reducing Harmful Side Effects | Poster

  • Student(s) Paxton Main
  • Faculty Sponsor & Course David Proctor | BIO 103
  • The use of various crop protections and fertilizers can have harmful side effects on plants, ecosystems, and future food production. Understanding these impacts is crucial to ensuring sustainable agricultural practices. This memo is directed at farmers, agricultural policymakers, researchers, and educators who influence farming practices and crop management strategies. Herbicides and fertilizers are widely used to protect crops and enhance yields, but their effects vary depending on the type of crop and the substances applied. Research highlights that certain chemicals can lead to soil degradation, water contamination, and reduced biodiversity. Long-term use of these substances may also impact crop health and food safety. Genetically modified seeds and organic farming practices offer alternatives that minimize chemical usage and promote sustainability. Studies show that organic methods improve soil health and reduce environmental harm, while genetically modified seeds can enhance crop resilience and reduce reliance on harmful substances. In response, I recommend the following: (1) Adopt Genetically Modified Seeds: Encourage the use of GM seeds to reduce the need for chemical crop protections. (2) Implement Organic Farming Practices: Promote methods such as composting and crop rotation to limit chemical usage and enhance sustainability. (3) Educate Stakeholders: Provide farmers and policymakers with information on the long-term effects of chemical use and the benefits of alternative practices. By adopting these strategies, the agricultural sector can reduce harmful side effects and ensure sustainable food production.

Preventing Sports Injuries in High School Athletes: Biotech Solutions | Poster

  • Student(s) TJ Powell
  • Faculty Sponsor & Course David Proctor | BIO 103
  • High school athletes frequently suffer from injuries such as sprains, torn ligaments, and concussions. These injuries often require extended recovery periods, limiting athletes’ ability to play long-term and impacting their overall well-being. This memo is directed at high school athletes, coaches, athletic trainers, and school administrators who can implement preventative measures and support recovery processes. Sports injuries among high school athletes are common due to the physical demands of sports and the developmental stage of young athletes. Overuse injuries and acute injuries, such as ligament tears and concussions, can have lasting effects if not properly treated. Biotech tools, including wearable sensors, provide valuable data on muscle strain, fatigue, and impact forces, helping to predict and prevent injuries. Research supports the use of braces and sleeves to stabilize joints and reduce injury risks. Consistent treatment and recovery protocols are essential for minimizing long-term damage and ensuring athletes return to play safely. I recommend that we: (1) Utilize Biotech Tools: Incorporate wearable sensors to monitor athletes’ physical condition and identify injury risks. (2) Promote Preventative Measures: Encourage the use of braces and sleeves to stabilize joints and prevent injuries. (3) Ensure Proper Recovery: Establish consistent treatment and recovery protocols to support athletes’ rehabilitation. (4) Educate Stakeholders: Provide training for coaches and athletes on injury prevention and the importance of recovery. By adopting these strategies, high school sports programs can reduce injuries and promote safer athletic participation.

Enhancing Hair Growth and Health Through Biotechnology | Poster

  • Student(s) Maddie Roth
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Many individuals struggle with hair growth and health due to varying hair types and conditions. Current hair care products often fail to address these differences effectively, leaving consumers with limited options for achieving optimal results. This memo is directed at researchers, biotech companies, dermatologists, and hair care product developers who can innovate solutions for diverse hair types. Hair growth and health are influenced by factors such as genetics, scalp conditions, and environmental stressors. Biotechnology offers promising solutions by leveraging advanced techniques to create products tailored to individual needs. For example, bioengineered compounds can target specific hair growth pathways, while nanotechnology enables precise delivery of nutrients to hair follicles. Research highlights the importance of understanding the biological mechanisms behind hair growth cycles and the challenges faced by individuals with different hair types. By addressing these factors, biotech innovations can provide more effective and inclusive solutions. I recommend that we: (1) Develop Tailored Products: Use biotechnology to create hair care products that cater to diverse hair types and conditions. (2) Conduct Comprehensive Research: Study the biological mechanisms of hair growth and the unique challenges faced by individuals with varying hair types. (3) Educate Consumers: Provide accessible information on the benefits of biotech-based hair care solutions to empower informed choices. By adopting these strategies, the biotech industry can revolutionize hair care, improving growth and health for all hair types.

Addressing Health Risks of Genetically Modified Foods: Sustainable Alternatives | Poster

  • Student(s) Jordyn Schafer
  • Faculty Sponsor & Course David Proctor | BIO 103
  • The widespread presence of genetically modified foods (GMOs) in food markets raises concerns about potential health risks, including cancer and adverse effects on organs and bodily systems. These risks, coupled with limited consumer awareness, highlight the need for sustainable alternatives. This memo is directed at consumers, community leaders, policymakers, and educators who can influence food choices and promote awareness of GMO-related issues. GMOs are created through genetic engineering to enhance traits such as pest resistance and crop yield. While these modifications offer agricultural benefits, concerns persist about their potential health impacts. Studies suggest links between GMOs and health issues, though evidence remains inconclusive. Additionally, the prevalence of heavily processed foods containing GMOs has disconnected consumers from the origins of their food. Growing one’s own food or purchasing from local farmers can reduce reliance on GMOs and promote healthier eating habits. Research supports the benefits of organic and non-GMO foods in reducing exposure to potentially harmful substances. I recommend: (1) Promote Home Gardening: Encourage individuals and communities to grow their own food to reduce dependence on GMO-containing products. (2) Support Local Farmers: Advocate for purchasing fresh, non-GMO produce directly from local farmers. (3) Educate Consumers: Provide accessible information on GMOs, their production, and potential health risks to empower informed decision-making. By adopting these strategies, communities can make healthier, more sustainable food choices while addressing concerns about GMOs.

Addressing Iron Deficiency in Endurance Athletes: Strategies for Optimal Performance | Poster

  • Student(s) Gracie Warner
  • Faculty Sponsor & Course David Proctor | BIO 103
  • Iron deficiency is a common issue among endurance athletes, significantly impacting their performance and recovery. Low iron levels hinder oxygen transport in the body, leading to fatigue, poor training outcomes, and long-term health challenges. This memo is directed at endurance athletes, coaches, sports nutritionists, and healthcare providers who can implement strategies to monitor and manage iron levels effectively. Endurance athletes face unique challenges in maintaining adequate iron levels due to factors such as foot striking, sweating, and dietary limitations. Iron is essential for oxygen delivery to muscles, which is critical for athletic performance. Symptoms of iron deficiency include fatigue, reduced stamina, and slower recovery times. Research highlights the importance of regular iron level monitoring and supplementation to address these issues. Blood tests every six months can help athletes track their iron levels and identify deficiencies early. Iron supplements, tailored to individual needs, provide an effective solution for maintaining optimal iron levels and improving performance. I recommend: (1) Regular Iron Level Checks: Conduct blood tests every six months to monitor iron levels and ensure timely intervention. (2) Iron Supplementation: Encourage athletes to use appropriate iron supplements based on their specific absorption needs. (3) Educate Stakeholders: Provide information on the causes and effects of iron deficiency, as well as strategies for prevention and management. By adopting these measures, endurance athletes can enhance their performance and safeguard their health.

Helplessness in Learning | Speech on Video

  • Student(s) Van Sui Mawi (Mylics)
  • Faculty Sponsor & Course Diane Miller | COM 101
  • This speech explores the concept of helplessness.

Helplessness in Learning | Speech on Video

  • Student(s) Van Sui Mawi (Mylics)
  • Faculty Sponsor & Course Diane Miller | COM 101
  • This speech explores the concept of helplessness.

Journaling | Speech on Video

  • Student(s) Ngun Tha Vang (Annie)
  • Faculty Sponsor & Course Diane Miller | COM 101
  • This speech encourages us to practice journaling.

Healthy Lifestyle | Live Speech Performance

  • Student(s) Cloie Bennett
  • Faculty Sponsor & Course Diane Miller | COM 101
  • This speech inspires us to keep those healthy resolutions.

Time for Change | Live Speech Performance

  • Student(s) Jacob Montney
  • Faculty Sponsor & Course Diane Miller | COM 101
  • This speech shows why it is time for us to lobby for a specific change that we should all be able to get behind.

Vote in Local Elections | Live Speech Performance

  • Student(s) Tommy Crowley
  • Faculty Sponsor & Course Diane Miller | COM 101
  • This speech reminds us of how powerful our local voices can be if we get out and use them!

Reverse Design LEGO Bricks to 3-D Print a LEGO Airplane | Poster

  • Student(s) Dale Jameson
  • Faculty Sponsor & Course Eric Sander | CAD 216
  • Using SolidWorks to reverse design bricks and 3-D Print individual LEGO bricks to create a replica model of a LEGO airplane.
"I was very impressed by all the projects and particularly enjoyed conversing with students about them. I look forward to meeting new student presenters and seeing a diverse representation of presentations from all of the College's departments."

Ryan Dziedzic, Mid Faculty

“While at the Showcase, I was able to walk around looking at other students’ projects, and they were very interesting. I had a great time. I was able to have conversations about my project with faculty members and other students. I was able to speak with President Hood in detail about my project as well. I was awarded the President's Award—I never in a million years thought my project would win and I felt so honored. There were so many great projects to see!"

Tara, Student

"As I watched faculty and students discuss projects and witnessed students engaging with each other throughout the showcase, I thought, 'This is college.'"

Lucia Elden, Mid Faculty

Questions? Contact the Student Showcase Committee!