Prathmesh

Design Engineer

Shstra • Full time

Jan 2026 - Present • 4 mos

I’m currently working with Shastratva Technologies, where our team is developing a fully electric sugarcane harvester from scratch. This project involves complete product development including mechanical design, simulation, and system integration. I am actively involved in the powertrain development, specifically working on the Hydrostatic Transmission (HST) system, focusing on performance optimization, efficiency, and reliability through advanced CAE and engineering analysis. With strong expertise in FEA, CFD, CAD modeling, and simulation-driven design, I help clients validate designs, reduce failure risks, and optimize product performance before manufacturing. I specialize in delivering accurate engineering solutions, detailed analysis reports, and practical design improvements for real-world applications. If you’re looking for a professional who combines theoretical engineering knowledge with real industrial project experience, I can help bring your concept to a reliable, production-ready design.

Design & Simulation Engineer

Michelngelp LLP • Full time

Jun 2025 - Dec 2025 • 6 mos

Mechanical Design & Simulation Intern CAD and mechanism design of Rebar Handling System and 6-Arm Slab Panel Robot using Creo. Performed static, modal, and response spectrum analysis in ANSYS for robotic arms and large cantilever structures. Prepared manufacturing drawings, assemblies, and technical documentation for engineering implementation. Rebar Handling System Design & Structural Analysis Designed a steel-frame lifting system to raise rebar meshes for ergonomic tying operations. Created full Creo assembly including frame, winch housing, hydraulic-support columns, and operator seating. Performed ANSYS static analysis for combined worker + mesh load to ensure safe deformation and stress limits. 6-Arm Slab Panel Robot Mechanism Design Internship Project • Designed a foldable robotic arm system for slab shuttering automation with harmonic gear drives. • Modeled back-arm/front-arm linkages, stepper-motor mounts, and ply-holding plates in Creo. • Conducted CAE analysis on the 1.5 m cantilever arm under 25 kg panel load to verify stiffness and safety.