Viknesh Sivakumar

1. Collaborated with the R&D team to design and iterate on water-harvesting prototypes, implementing design improvements. 2. Led the manufacturing team through prototype and production stages, serving as the central link between design, fabrication, and assembly of sheet metal parts. 3. Designed and optimized complex sheet metal components through DFM/DFA implementation. 4. Managed end-to-end supplier relations, including vendor sourcing, inventory oversight, and cost evaluation.

1. Create detailed drawings and models of sheet metal parts and assemblies using Solidworks & AutoCad with correct manufacturing parameters. 2. Create nesting program for laser cut machine using RADAN,CypNest & CypCut. 3. Create and plan Process Flow for sheet metal parts. 4. Collaborate with the production team to plan and schedule sheet metal manufacturing processes efficiently (Laser Cutting,Bending,Turret Punch,Welding). 5. Reverse Engineering for customer sample sheet metal parts & assembly. 6. Perform rework on customers site and purpose for CAPA.

1. SMART REHABILITATION GLOVE FOR HAND FUNCTION RECOVERY USING SOFT ROBOTICS. 2. GRIPEND– GLOVE FOR REHABILITATION IN HAND FUNCTION AND ENDURANCE DEVELOPMENT Worked with a team to develop and designing the prototype of the project. Designed 3D-printed parts for the project. Conduct research on human hand kinematic theory. Prepared BOM. 3. DESIGN OF WALL CLIMBING INSPECTION ROBOT FOR CURVED STEEL STRUCTURE ( IDP ) Engineered magnetically attached wheels specifically designed to traverse curved steel surfaces. Conducted mechanical and structural design of the project (Inventor 2024). Conducted in-depth research and analysis on the interaction between motor torque, magnetic force, friction, and gravity to optimize robot performance.(Numerical Calculation Method). 4. POWERLESS WATER VALVE CONTROL FOR WATER EFFICIENT FAUCET Designed the mechanical parts for the project. Prepared BOM,WBS & CPM. Worked on assembly of the prototype. Draft technical drawings.

RONNIS( FINAL YEAR PROJECT ) Developed an autonomous robot designed to efficiently collect tennis balls from a court using Rasp Pi 4B