GTRI, Army Team Up for Decoy Hackathon
The Georgia Tech Research Institute (GTRI) kicked off 2023 with the second annual Marne Innovation Workshop – a weekend of collaboration and innovation. Over a 36-hour period, participants at this decoy hackathon developed a real-world solution that the 3rd Infantry Division (3ID), based at Fort Stewart, Georgia, can implement into its organization. “This collaboration between warfighters and innovators is invaluable,” said Andrew Chang, the lead GTRI planner and coordinator for the workshop. “Georgia Tech and 3ID have been building a strong relationship since the signing of the Educational Partnership Agreement in 2021.”
The Prompt and ResourcesDecoys could help shape the battlefield by influencing enemy troops’ movements or drawing fire, revealing their positions. “The goal of this event is to source real-world tactical problems facing our front-line warfighters with 3ID and work on those problems through a collaboration of talent from 3ID, Georgia Tech Army ROTC, the Woodruff School of Mechanical Engineering, and GTRI,” said Chang. From Jan. 5 – 8, cadets and soldiers worked in teams to design and prototype an array of decoys: a visual, a thermal, and an electromagnetic decoy. The decoy also needed to be easily constructed using locally-sourced materials with minimal building experience. “(This year’s) problem set let soldiers interact with students and Georgia Tech experts in their prospective field of study,” said Jose Blanco, one of the GTRI special advisors supporting the event. “This gave them access to a whole new base of knowledge that they don’t have on hand out at their units or the field.” Creating sustainable innovation means applying today’s technology to today’s problems. GTRI wanted to provide the space and tools needed to accelerate the decoy projects so the attendees had access to a wide array of meeting rooms, collaboration spaces, and workspaces. These resources are otherwise unavailable to 3ID. Additionally, GTRI advisors were placed within each team to offer design thinking guidance and technical input.
Spaces for CollaborationBefore launching into the official prompt for the weekend, the participants got to know one another and saw how their colleagues approached problems through an icebreaker at the Flowers Invention Studio. The cutting-edge, state-of-the-art makerspace on Georgia Tech’s campus boasts almost 7,000 square feet and over 500 unique tools available for various tasks. Devesh Ranjan, school chair for Georgia Tech’s George W. Woodruff School of Mechanical Engineering, welcomed all the workshop participants prior to the icebreaker challenge – to build to best catapult out of popsicle sticks, dowels, and rubber bands. Student leaders and staff, including Jacob Blevins, Robert Caraway, Ashan Deen, Maxwell Gart, Isabelle Gustafson, and Anand Jha, facilitated the Design Thinking exercise and tours of the makerspace. The wide range of spaces and resources offered all weekend were critical so that participants didn’t pigeonhole their solution based on one specific manufacturing process. Amit Jariwala, Director of Design & Innovation, explained that innovation requires iterations. The Flowers Invention Studio and IDEA lab in the Wepfer Design Commons was the perfect place for the soldiers to practice rapid prototyping and testing, “It was incredible to both mentor and observe our ROTC students working alongside the 3rd Infantry Division soldiers as they tackled real technology challenges facing the Army,” said Mike Shannon, Georgia Tech Interim Executive Vice President for Administration & Finance and a retired Army officer. “This event truly showcases the best of the partnership Georgia Tech and 3rd Infantry Division have established.” As the event pivoted to the main objective, participants also leveraged several other spaces across Georgia Tech and GTRI. The welcome and final presentations were held in the Coda Atrium, while the teams used GTRI conference rooms in Coda as collaborative workspaces. The groups also had access to some GTRI lab spaces in the Advanced Concepts Lab at 430N and the GTRI SEEDLab in the Baker Building to do actual prototyping.
The Outcome“Through one very intense weekend, the workshop was able to get three prototypes produced, introduce the teams to design thinking, and get a lot of very smart and knowledgeable people working on real problems being faced by soldiers from the 3rd Infantry Division,” said Chang. Each team was able to make significant progress in developing a decoy within their assigned domain.
- The visual team created a full-scale Infantry Fighting Vehicle (IFV) decoy and demonstrated that it can be constructed by a team of untrained soldiers.
- The thermal team developed a conceptual design on how thermal optics can be deceived by materials-layering and conventional heat sources as well as how it can be integrated with the visual decoy to improve the systems’ overall effectiveness.
- The EM team successfully created and validated a remote-controlled, self-contained decoy emitter that can replicate SC/PT communications emissions with commercially available materials valuing under $50.
- Workflow Status: Published
- Created By: Michelle Gowdy
- Created: 02/06/2023
- Modified By: Michelle Gowdy
- Modified: 02/06/2023