Clubs
BDI currently hosts Aviation Club, Deishacks, Robotics Club, Hack Club, and Deis3D in our spaces.
Using the arrows on the right, scroll through our different club collaborators and learn about about their innovative projects!
Brandeis Aviation Club offers unparalleled opportunities for students interested in exploring flight and aviation-related topics. Through its partnership with East Coast Aero Club, the club provides members with hands-on experience through flight lessons, specifically in Piper Cherokees and Cessna 172N Skyhawks. On campus, the club deepened its collaboration with the MakerLab’s Digital Scholarship Lab, hosting an interactive drone workshop led by Ian Roy and Tim Herbert that introduced students into the process of obtaining their UAV remote pilot license. The club also recently welcomed guest speaker Aaron Louison, a longtime Brandeis staff member and licensed private pilot, who shared insights from his journey toward earning his Private Pilot License (PPL). Alongside flight-simulation and aviation fundamentals sessions, Brandeis Aviation Club continues to expand hands-on opportunities for students interested in flying, aerospace, innovation, and beyond.
Deis3D works with 3D printers and has weekly meetings where they discover a range of topics varying from the latest software tool sets in Computer Assisted Design to the newest hardware and its novel approach to 3D printing. Each year the club makes a list of the newest 3D printers they want to purchase and any hardware upgrades they would like to install on older models, chasing the edge of 3D printing technology. They use this technology not only to push the edge of what is possible in the MakerLab, but also to support projects from other groups across campus.
The Hack Club uses BDI's High Performance Workstation (nicknamed TI-89000). This is a Dell workstation equipped with three discrete NVIDIA GPUs, located in the DS Lab. Hack Club uses TI-89000 as a shared on-prem compute resource.
Hack Club member Alex Ott writes:
"I used the system to run local LLMs via LM Studio, exposing the models both through the LM Studio desktop interface and remotely through OpenWebUI on the university network. Most experimentation focused on running gpt-oss-120b, which is impractical to run efficiently on typical consumer hardware. Using LM Studio’s OpenAI-compatible API, I built custom tooling that integrated the local models into AI-assisted software development workflows, enabling tasks such as summarization, information extraction, and revision over sensitive material without sending data to third-party services. These experiments informed the development of a workshop and written guide introducing LLM fundamentals and practical, privacy-preserving and academic use cases. In addition, I collaborated with another student who used the same system to develop and train a stock prediction model, gaining hands-on experience with the constraints and workflow considerations of developing on a multi-GPU machine."
Is your club interested in working with BDI? Check out our Club Collaborations page to learn more.