Hands‑On 3D Design and Simulation for Real‑World Robotics - WPI’s Robotics Engineering Program emphasizes multidisciplinary learning—blending mechanical, electrical, and computer engineering—to tackle real‑world challenges. Students use SOLIDWORKS CAD to model complex assemblies and leverage SOLIDWORKS Simulation for finite element analysis (FEA), motion studies, and performance optimization. This seamless design‑to‑analysis workflow accelerates product development and empowers students to focus on innovation rather than software hurdles.

Case Study: The WALRUS Amphibious Search and Rescue Rover - 
A flagship capstone project, the Water and Land Remote Unmanned Search Robot (WALRUS), demonstrates the power of SOLIDWORKS robotics design. Engineered for disaster relief, WALRUS traverses mixed terrains—land, water, and mud—thanks to integrated FEA on its clutch system and sterilizable components. Early use of SOLIDWORKS motion analysis and stress testing reduced prototyping cycles, ensuring reliability and durability in harsh environments.

Supporting FIRST Robotics and Community Outreach - 
Beyond campus projects, WPI students extend their expertise to local and regional programs through the FIRST Robotics Competition. By creating over 300 ready‑to‑use SOLIDWORKS models for high school teams, WPI fosters STEM engagement and prepares future engineers to work with professional CAD tools. This outreach initiative reinforces WPI’s reputation as a leader in STEM education and robotics outreach.