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The Student Inventors at UW–Madison

Nothing turns alone.

Undergraduates from every college build real products together. Mechanical, electrical and software sub-teams take client problems and their own ideas from problem to prototype.

Our mission

Our mission is to showcase the innovative potential of UW-Madison undergraduates and prove the necessity for interdisciplinary, project-based learning in our education system. We strive to bring together students from all colleges to foster a culture of meaningful collaboration and unity within the university.

About

Insight Wisconsin is the premier organization for Student Inventors on the University of Wisconsin, Madison campus. We provide members with the opportunity to work on real-world product designs as part of interdisciplinary teams with representation from almost every department on campus. With the help of mentors, resources, funding, and a structured program for meetings, teams take either client-projects or original ideas from problems to solutions. Our projects range from product designs and research tools, to business analytics and entrepreneurial efforts.

Every collegeMembers from almost every department
3 sub-teamsOn every project team
MakerspaceCollege of Engineering, Wendt Commons
Since 2016Opened to members in fall 2016

How it works

The Insight Way

Every project team has three sub-teams: mechanical, electrical and software. Mentors, resources and funding move the team from problem to prototype.

  1. Step 1Problem

    Team selection

    A real problem, a real team

    Clients bring a problem they need solved, or members pitch an idea of their own. At the kick-off, everyone picks a project with the project selection form.

  2. Step 2Mesh

    Interdisciplinary communication

    Three sub-teams, one machine

    Mechanical, electrical and software sub-teams meet every week and build as one team, with students from almost every department on campus.

    CAD model of an arm linkage
    Mechanical
    Custom printed circuit board
    Electrical
    Touchscreen interface on an orange enclosure
    Software
  3. Step 3Prototype

    Resources and mentors

    From problem to prototype

    Mentors, funding and the College of Engineering Makerspace in Wendt Commons, from 3D printers to Arduinos, turn the plan into something you can hold.

Featured projects

Built for real clients

Health tech, plant experiments for astrobotany research and solar lamps for Kenya. Each project starts with someone's real problem.

CAD render of the Lifting-Assistive Device with its geared actuator3rd place, Engineering Expo 2026

Health tech2022–2026

Lifting-Assistive Device (LAD)

A wearable that helps people with limited arm strength lift: an affordable alternative to devices costing over $20k. MK I, then MK II, then a geared actuator with backpack straps and current sensing.

Client
James Lewallen, CO, UW Health Orthotics & Prosthetics
Years
2022–2026
Result
3rd place, Engineering Expo, spring 2026
Read the case: Lifting-Assistive Device (LAD)
FES device strapped below a person’s knee during testing

Health tech2024–2026

Functional Electrical Stimulation (FES)

An affordable device for foot drop: IMU motion detection, a Bluetooth app with calibration mode, and constant-current stimulation with overcurrent protection.

Client
James Lewallen, CO
Years
2024–2026
Sub-teams
Sensing, app, stimulation circuit
Read the case: Functional Electrical Stimulation (FES)
Orange touchscreen enclosure on the AWESOME-O linear rail

Space2021–2022

AWESOME-O robotic interface

A linear-rail camera system for plant experiments: a new UI, a touchscreen enclosure, an automatic filter switcher and a cable-pulley rail.

Client
Dr. Richard Barker, Gilroy Lab (NASA astrobotany)
Years
2021–2022
Built
UI, enclosure, filter switcher, rail
Read the case: AWESOME-O robotic interface
The 2D clinostat turning petri dishes next to a phone timer

Space2019–2020

2D Clinostat

Turns petri dishes at 1 RPM so plants grow as if gravity were gone. Laser-cut MDF, 3D-printed bearing adapters, one stepper motor.

Client
Dr. Richard Barker, UW–Madison botany lab
Speed
1 RPM
Read the case: 2D Clinostat
The first biomass briquette prototype: a plywood stool on a PVC pipe

Community impact2019–2020

Biomass

A stool that doubles as a press: body weight turns sawdust and farm waste into fuel that burns in place of wood.

Client
Prof. Lesley Sager, Merry-Go-Strong
Prototype
Built with Delve
Read the case: Biomass
The 3D clinostat glowing on a dark stage

Space2016–2017

3D Clinostat

Rotates on three axes to simulate microgravity for plant research on Arabidopsis thaliana.

Clients
Dr. Simon Gilroy & Dr. Richard Barker
Years
2016–2017
Axes
Three
Read the case: 3D Clinostat
Prototype solar lamp with LEDs inside a plastic bottle

Community impact2016–2017

Solar lamps for Kenya

Low-cost solar lamps plus a build workshop, deployed in Kenya in winter 2016–17.

Client
Lesley Sager, Merry-Go-Strong
Years
2016–2017
Deployed
Kenya, winter 2016–17
Read the case: Solar lamps for Kenya

Our story

Ten years of turning

Founded in January 2016 and open to members since fall 2016. Every number below is from our own record.

years
2016–2026
The founding team of Insight Wisconsin standing on a pier by the lake
The founding team: Jacob Beran, Gopika SenthilKumar, Ethan Young, Mitch Sella, Thomas Costello and Roberto O’Dogherty.
+

people at the first kick-off. 40 joined 8 project teams.

client projects in the first semester. 5 teams presented, 4 continued.

+

student design teams by May 2018.

rd

place at the Engineering Expo, spring 2026 (LAD team).

sub-teams on every project: mechanical, electrical, software.

Get involved

Four ways to mesh in

Students build. Clients bring the problems. Mentors and sponsors keep the machine running.

Join as a member

Work on real-world projects with clients and mentors, or get funding for your own idea.

  • Real-world projects with clients and mentors
  • Funding for your own idea
  • Prototyping resources: 3D printers, Arduinos and more
  • Mentoring and a community that builds together
  1. Come to the kick-off
  2. Bring an idea if you have one
  3. Fill in the project selection form
  4. Pay dues, meet weekly, present at the final presentation
Time commitmentHigh

Dues$20 per semesteror $35 for the year

Join us

Events

One year, one revolution

Every year runs the same cycle, from the kick-off to the final presentation, with a meeting every week in between.

Sponsors

These mounts are empty

As a student organization at a non-profit university, we are completely dependent on sponsors.

  • Tax exemption on donations
  • A shout-out on our marketing materials
  • VIP access to students
  • In-kind materials welcome
Become a sponsor

Funded in part by an ASM (Associated Students of Madison) viewpoint-neutral grant.

Contact

Bring a problem. Or bring yourself.

Students, clients, mentors and sponsors: write to us and the board will get back to you.

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