Month: May 2025


3D Printed Puffer Fish

We designed a puffer fish (bio-inspired robot) for egg drop challenge. The system is based on Hoberman's sphere (a popular kids toy) that will have parachute on the upper half sphere and elastic legs for landing. In the middle of it is a plane that will be holding the payload and actuators. And the purpose of this project is to be able to successfully drop the egg (payload) from the tallest building at UConn (so Humpty dumpty doesn't break his head :-D). Innovate Labs helped us to 3D print most of the joints and the links needed to create a Hoberman's sphere, as well as the midplane for supporting the components. We are wery grateful for you guys since you have better quality prints than Library (we did submit a couple requests to the Maker studio as well). Although we still don't have a picture, we will upload it later. You are awesome, thank you

Submitted by Nina Stefanovic

expandable ball


3D Printed Wear Tester

For our MSE Senior Design Project, we decided to create a wear tester, since we did not have the equipment in the lab. The wear tester allows us to attach a sample to the bottom of the flat end and have it grind against a sheet of aluminum to evaluate the amount of wear that the sample experiences over a period of time. Innovate Labs was able to help us print out our initial and final iterations of the wear tester in a quick manner, so that if any changes were needed, we could get it printed easily. Overall, we are happy with how the wear tester came out to be, and big thanks to Innovate Labs for assisting us!

Submitted by Wilson Li

 


How Do People Leverage Emotions in VR?

How do we perceive sacredness? This age-old question has captivated thinkers across disciplines, from philosophers and anthropologists to psychologists and neuroscientists. In this study, we aim to experimentally explore how people experience sacredness in various sacred spaces in virtual reality. To achieve this, we are leveraging advanced technologies such as wearable sensors to capture bio-physiological data and an eye-tracking system for detailed analysis of visual attention. Access to high-quality virtual reality systems with integrated eye-tracking capabilities is often prohibitively expensive, posing a significant challenge to our work. However, thanks to the generous support of Innovate Lab, which provided the essential technology for this project, we were able to bring this study to life.

Submitted by Mohammad Amin Saraei


Acoustic Drone Detection

We developed a method of acoustic drone detection using low end equipment as a proof of concept. The only available acoustic array for drone detection costs $57k and the prototype we are working on costs less than $200. The purpose of this project is to provide an alternative method of drone detection because RF methods are becoming obsolete as autonomous drones become more frequent. The drone we borrowed from innovate labs was used for audio data collection which we then used to train our machine learning model.

Submitted by Nicholas Nguyen

 

 


3D Printed Computer Mouse Holder

The lab helped me with printing out an adaptive computer mouse holder with the printing material of my choice. The students at the lab also cleaned out the excess printing material and created a smooth fine surface to avoid skin injuries since this product requires continuous contact with my hand.

Submitted by Arpita Kurdekar


3D Printed Spider-Man Face Shell

I created a Spider-Man face shell as a personal project for an upcoming Halloween. The purpose of the face shell is to provide a comic- or screen-accurate silhouette for the Spider-Man mask, while also distributing the pressure from the tight mask evenly, making it more comfortable to wear. Face shells are commonly used in live-action adaptations of Spider-Man, so I wanted to use one for my own costume to make it as accurate as possible. Innovative Lab helped me achieve this by allowing me to print my design using one of their 3D printers. Initially, I encountered difficulties with the print being too large, but with their assistance, I was able to adjust the size by cutting the print into several smaller pieces.

Submitted by: Ian OnDobo