Sri Parasaram

I focus on developing Industrial Automation systems for manufacturing. My work includes designing End-of-Arm-Tooling for collaborative robots, modules for Autonomous Mobile Robots, Operator Augmentation Devices, and Autonomous Barcode Scanners. Additionally, I am responsible for prototyping and testing designs using 3D Printing, CNC Machining, Laser Cutting, and Sheet Metal Bending. Have also developed experience in PLC Programming such as Ladder Logic and Structured Text as well as Robotic Process Automation.

I work with Dr. Xiobin Xiong at the UW WELL Lab, focusing on the development of an Autonomous Bipedal Robot. My work includes designing and optimizing parts for manufacturing, increasing strength, and decreasing weight. I additionally focus on the manufacturing and prototyping of parts using 3D Printing, Waterjetting, and Composites Processing.

I support students and faculty in manufacturing their designs using 3D Printing, Laser Cutting, CNC Machining, Woodworking, and Composites. My additional responsibility includes assisting with end-to-end development of projects, from design planning and material selection, to troubleshooting and production.

Led group of eleven student engineers and designed a new Autonomous Underwater Vehicle. I led the design from concept to creation, focusing on weight optimization, modularity, and functionality. I additionally focused on Large Assembly Design, FEM, and waterproofing designs. I planned and completed multiple carbon fiber wet layups. I wrote specifications for CNC Machining and Anodizing components. I worked with CNC Machinists, Composites Experts, Anodizing Experts, and other professionals. Led the team to a 2nd Place finish at the 2022 RoboSub Competition.