Amaljith V A

Mechanical Engineer with ~10 years of experience building scalable, high-reliability electromechanical products — with deep focus on EV charging infrastructure and high-voltage hardware platforms.

I specialize in translating product vision into robust mechanical architecture — defining subsystem structures, interface strategies, thermal and sealing philosophies, and manufacturing frameworks that enable durable, production-ready systems.

My core strengths include:
• Architecting mechanical systems from concept through production scale
• Driving cross-functional engineering decisions across DFM/DFA, validation, certification, and reliability
• Mechanical integration of sheet metal, plastics, and cast components for structural and environmental performance
• Establishing vendor partnerships, manufacturing ecosystems, and field-reliability feedback loops
• Risk-based decision making using DFMEA, tolerance strategy, and system-level validation planning

I operate at the intersection of mechanical reliability, manufacturability, and system performance — where early architecture decisions determine long-term product success.

Currently focused on advancing EV charging hardware platforms and strengthening mechanical capability for next-generation electrification systems.

Open to strategic opportunities in mechanical leadership, system architecture, and scalable product development.