Srinirupan

Design Engineer – SLMB Design Solutions Worked on product design, reverse engineering and prototype development for different mechanical and manufacturing projects. Key responsibilities included: - Creating and modifying 3D CAD models using SolidWorks - Reverse engineering existing components and products - Developing mechanical parts, assemblies and sheet-metal designs - Preparing technical drawings and manufacturing-ready CAD files - Designing components for 3D printing and rapid prototyping - Supporting prototype fabrication using 3D printing and laser-based manufacturing processes - Improving existing designs for manufacturability, functionality and assembly - Converting customer requirements and physical samples into practical engineering designs - Supporting product development from concept through prototype and final design The role provided hands-on experience in CAD design, manufacturing processes, reverse engineering and practical product development.

Worked as an Electromechanical Engineer in an industrial automation environment, with hands-on experience in machine assembly, electrical wiring, sensors, actuators, mechanical integration, testing and troubleshooting of automated systems.

CAD Design Engineer – Tensor Agri Worked on the mechanical design and development of agricultural technology products and prototypes, with a strong focus on CAD modelling, design optimisation and rapid prototyping. Key responsibilities included: - Creating 3D CAD models and assemblies using SolidWorks - Designing mechanical parts, brackets, housings and functional enclosures - Developing components for agricultural rover and automation projects - Preparing designs for 3D printing and other manufacturing processes - Performing design modifications based on prototype testing - Supporting reverse engineering and product improvement - Producing manufacturing-ready CAD files and technical drawings - Integrating mechanical designs with electronics, sensors and PCB systems - Building and testing physical prototypes using additive manufacturing - Improving designs for manufacturability, assembly and practical field use The role involved taking concepts from the initial idea through CAD development, prototyping, testing and iterative improvement.