Design Bay
Turning engineering requirements into physical mechanisms, assemblies, and manufacturable designs.
Focus Areas
Relevant Projects
Mechanical Design
Engineered a high-performance connecting rod utilizing lattice structures and advanced material selection to achieve a 70% weight reduction while maintaining structural integrity.
University
Successfully identified an optimized configuration achieving a 70% weight reduction with a Factor of Safety (FoS) of 1.83.
Mechanical Design
Engineered a 12-link, 2-gear biomimetic system to replicate avian wing dynamics and optimize lift through dynamic surface area adjustment.
University
Successfully validated a design that achieves non-uniform motion to maximize lift during the upward stroke.
Mechanical Design
Engineered a high-torque, two-stage planetary gearbox achieving a 21.86:1 reduction ratio to power industrial hoist drums in harsh environments.
University
Successfully achieved a 67.7 RPM output speed while maintaining a safety factor of 2.0 under maximum load conditions.
Mechanical Design
A comprehensive engineering and project management plan to transform 500m² of rooftop space into a premium, multi-functional coworking hub.
University
Developed a comprehensive 6-month execution plan with a 4.65M EGP budget and integrated risk management protocols.
