"ECLAIR" Combat Robotics – Drum-Spinner
Pradyota Phaneesh
OVERVIEW
HighlightS
System Modeling: Used OnShape for cloud-based collaborative modeling, ensuring precise tolerances for the weapon housing and drive assembly.
Weapon Optimization: Engineered a high-RPM drum-spinner balanced for maximum energy transfer upon impact while minimizing gyroscopic interference on handling.
Iterative Prototyping: Optimized component placement within the chassis to protect sensitive electronics (ESCs, receivers) from shock and debris.
Competitive Performance: Successfully competed in the ECLAIR Battle Bots tournament, validating the durability of the drive system and weapon efficacy.
SKILLS
Pradyota Phaneesh
Mechanical Engineering & Advanced Manufacturing
Mechanical engineer with expertise in advanced manufacturing, CAD design, and finite element analysis. Experienced in optimizing production processes, designing complex mechanical systems, and conducting experimental research in sustainable nanomanufacturing. Proficient in ANSYS, MATLAB, and industry-standard CAD tools. Demonstrated ability to reduce manufacturing defects, improve first-pass yield, and lead cross-functional engineering teams.
Mechanical engineer with expertise in advanced manufacturing, CAD design, and finite element analysis. Experienced in optimizing production processes, designing complex mechanical systems, and conducting experimental research in sustainable nanomanufacturing. Proficient in ANSYS, MATLAB, and industry-standard CAD tools. Demonstrated ability to reduce manufacturing defects, improve first-pass yield, and lead cross-functional engineering teams.