Projects

Reinvent PT

The REINVENT-PT (REhabilitation INnoVations & Emerging Novel Technologies in Physical Therapy) lab (PI: Srinivasan) is interested in understanding developmental trajectories of individuals with neuro-developmental disabilities such as Autism, Cerebral Palsy, Down syndrome, and Intellectual Disability across the lifespan.

The study we are currently working on explores the feasibility and efficacy of a home-based training program that uses joystick-operated ride-on-toys to improve arm function in children with cerebral palsy. In this study, we have lots of fun activities that involve children driving the ride-on-toys to complete playful challenges based on themes such as sports, children’s animated movies, favorite holidays, and other exciting themes.

The contribution of OPIM Innovate has been instrumental in supporting the activities of the children, by means of creating, modeling, and printing 3-D printed toys. These toys will significantly aid in motivating the children to participate, providing them with novel textures and shapes to interact with, and facilitating hand movements that are crucial to the study. OPIM Innovate has demonstrated its generosity by creating a diverse range of 3-D printed toys, including fidget, moveable, puzzle, and interactive toys, all of which are thematically aligned with popular children's characters such as Minions, Mickey Mouse, Scooby Doo and many more. OPIM Innovate's valuable contribution to the study will enable us to provide a more engaging and effective learning experience for the children. We extend our sincerest gratitude and appreciation to OPIM Innovate for their support and generosity. We hope to continue working with you all in the future. Thank you again!

reinventpt 3D printed toys

AIAA Rocketry: Propulsive Landing Project

For this project, our goal is to successfully drop and land a model rocket on a landing pad using propulsion along with various guidance systems. The OPIM Innovate lab provided super helpful insight regarding 3D printing practices such modifying prototype parts and 3D tech specificities. They also put an emphasis on on getting our prints to us as soon as possible. 

Submitted by Patrick Iannetta, Mechanical Engineering, Rocketry Team

Rocket Engineering Team

Pinewood Derby Race Car

The competition was held on April 21st the P.J Werth Tower. Any team that incorporates an Arduino component onto their derby car can get a bonus on their design score for the project. I have an Arduino code that prints ‘Go Derby 2023 :D’ on a LCD screen that connects to the Arduino board. I borrowed the Arduino board from the OPIM Innovate lab to help me complete the project. This project was for the UNIV 1810 class.
Submitted by: Anny Zheng, Computer Science
              

Fish Tank Livewell

3D Printed Fish Tank Livewell parts

I designed and built a fish tank livewell for fishing. What these three different parts do are they attach onto the side of the tank. The lightweight plastics are extremely good for this, as it’s lightweight and doesn’t add a lot to the tank when moving it around, but allows for the higher well, aerating pump, and battery to be held there with constant pressure and not get splashed.
The employees at OPIM Innovate were extremely nice and helpful to help me slice my project and 3D print on the printer. I am currently at the process of 3D printing it which will help me assemble it to make the final project.
Submitted by: Liam Wilson

3D Printed Catapult ENGR1000 Project

In the OPIM Innovate lab, I was able to create a catapult for a project in my ENGR1000 class. OPIM Innovate has all of the resources necessary to prototype, print, and assemble a project such as this. The necessary Solidworks skills I used for this project can be learned through the Tech Tracks that the lab offers. The 3D printers available in the lab are also great to test out your prototype in the real world. While my first design for the project worked out on paper, I was able to make improvements to it by seeing the real physical thing after printing it out on the Prusa MK3. OPIM Innovate is a great space with a lot of tools along with very helpful and informative staff to help increase your knowledge.

Submitted by: Anthony Prior

 

Disarmament: A 3D Printed Sculpture

Art as we know it is changing everyday. With 3D printing, sculptures can now be designed and created to result in a prototype or final work. Prototypes are useful as they allow a sculpture to be seen in different contexts without fully committing to one design. 

This art piece, titled “Disarmament”, was designed by Alejandro De La Guerra who is an Artist from Nicaragua. Alejandro is an Artist Protection Fund Fellow in residence at the University of Connecticut, avoiding a dangerous dictatorship going on in his home country. The piece calls for the removal of guns and calls for peace as it showcases a pile of guns collectively placed in a car trunk. Alejandro had the following to say about the work:

“According to The National Shooting Sports Foundation (NSSF), the gun manufacturing industry broke records last year with 21 million in gun sales in the United States. The state of Connecticut has historically been a center of gun and ammunition production, so much so that it came to be called the ‘arsenal of democracy.’

Every year, about 40,000 people die in the United States due to the use of firearms in mass shootings, domestic violence, suicides, and accidents, not including the excessive use of lethal weapons in police violence against civilians. As part of President Biden’s policy, it is intended to end the epidemic of gun violence: https://joebiden.com/gunsafety/

To achieve this goal, not only the federal government has to put an effort towards the disarmament, but also institutions, local communities and NGOs. Most importantly, however, personal willingness of individuals to make a paradigm shift in a society where the culture of weapons is so entrenched is needed. In that regard, it is important to raise awareness among people to dispose of weapons with various creative strategies.

In my home country, Nicaragua, 400 deaths and thousands of peaceful anti-government protestors have already been hurt during the current violence caused by unofficial armed ‘paramilitary’ groups in favor of President Ortega. This situation has been a thermometer to measure the danger of access to weapons in the hands of civilians, which provides us with a critical panorama for finding parallels with other countries. 

Historically, there have been disarmament and pacification processes in post-conflict countries such as Africa, Europe, Latin America, and Central America with the support of the OAS , the United Nations, and the will of the countries in crisis. If we go back in the compass of time: the civil war in Nicaragua between the Contras and the Sandinistas (1979-1990) cost the lives of more than 50,000 Nicaraguan citizens. The pacification and disarmament process involved several years of negotiation, the main agreement being that the Contras would lay down their arms in exchange for democratic elections in 1990. In the elections of that year, the Sandinistas lost, and in a public and televised ceremony on June 27, 1990, the newly elected president Violeta Barrios De Chamorro received from the Contras the weapons used in the war, with the objective of destroying them in order to erect a monument to Peace.

The scene with all the weapons collected and thrown into a gigantic bonfire was engraved in the collective memory of Nicaraguans. That act symbolized the ‘end of the war’.”

When Alejandro came to Innovate, he already had a 3D model of the print so it was up to us to figure out how to print it. The file itself was gigantic–nearly 1 GB which is much larger than what we usually process. When we tried loading it onto our computers, it would take minutes to fully load and would even crash the 3D printing software. Eventually, we were able to load it, but then came the next big issue. The print time for each model was around 180 hours, or approximately 7 days! We were printing them at full size (20x17x14 cm) so not only was it our longest print time ever, but it’s our largest print too. The duration of the print raises issues because the 3D printing extruder can jam at any time we are not present, halting the process or even resulting in us having to restart the print. This happened about twice halfway through one of the prints, resulting in a week delay. In the end, we managed to print one version and then a miniature version. By shrinking the print, the duration was reduced, however the model became harder to clean up and refine. 

Overall, this project highlighted the utility of innovative tech in the field of fine arts. The usage of 3d printing helped outline how a sculpture may appear in different spaces without first having to fully create it. Both of the final models will help serve as a reference for Alejandro as he works with UConn’s Human Rights Institute to create a much larger monument. Additionally, all the scrap filament is being reused by him to create even more art. Thanks to the Artist Protection Fund (APF), El Instituto, Human Rights Institute, and the School of Fine Arts of UConn. You can keep up with Alejandro’s works on his website here. Be sure to be on the lookout for that as well as more projects from us in the future!

By Robert McClardy