Company Profile:
Vecmocon incubated at IIT Delhi in 2016. We are a complete tech stack ecosystem to make electric vehicles intelligent, safer & smoother to drive. We specialize in providing OEMs with high-quality, locally manufactured components for electric vehicles, including Battery Management Systems (BMS), chargers, vehicle intelligence module, FOTA, software diagnostics etc.
Our products adhere to the AIS-156 standards and are trusted by industry leaders. We are a passionate team with capable and empathetic leadership, a great working environment, and collaborative team culture.
As a Mechanical Design Engineer at Vecmocon Technologies, you will work as a part of our engineering team on the design and development of EV auxiliary components. This role provides hands-on exposure to Mechanical CAD, manufacturing processes, and design validation techniques. You will gain experience across sheet-metal, plastic, and die-cast part design, contributing directly to real product development.
Key Responsibilities
1) CAD Design & Ideation – Creation of 3D models, assemblies, and conceptual design iterations.
2) Design Validation (CAE) – Perform Basic simulations (structural and fluid) to validate design performance.
3) Prototype Development Support – Interface with manufacturing partners during prototype builds and conduct basic quality checks.
4) Manufacturing Communication – Help communicate design intent and requirements to manufacturing vendors.
Role Requirements
1) CAD Skills – Good knowledge of part modeling, assemblies, 2D drawings, and basic GD&T. Proficiency in SolidWorks is preferred.
2) CAE Skills – Workable understanding of FEA (structural) and CFD (fluid) simulations. Experience with ANSYS or SolidWorks Simulation is a plus.
3) Project Experience – Demonstrated ability to handle engineering or technical projects independently.
4) Preferred Background – Formula Student experience in the mechanical domain is a strong advantage.
What We’re Looking For (Behavior & Mindset):
● Accountability & Ownership – Takes responsibility for testing outcomes, ensuring safety and reliability are always upheld.
● Analytical Problem-Solving – Applies structured, data-driven thinking to diagnose issues and improve product quality.
● Collaboration & Teamwork – Works effectively with cross-functional teams to achieve collective goals.
● Adaptability – Thrives in a fast-paced, evolving EV environment, adjusting quickly to new challenges.
● Safety & Integrity Mindset – Prioritizes product safety and ethical practices in every decision.