Company Description:

Vecmocon is making the EV ecosystem smart, connected and reliable by using its state-of-the-art solutions and data-centric approach, to drive the electric mobility revolution in India.
We are a young company with futuristic vision and stellar aspirations. We are a passionate team with capable and empathetic leadership, a great working environment and collaborative team culture.
Visit our website to know more - www.vecmocon.com

Role Summary

Own the design, build and lifecycle of all mechanical, functional test (FCT) and pre-dispatch inspection (PDI) jigs across our product lines. You are accountable for making sure every jig produces accurate, repeatable results on the production line.
Key Responsibilities
  • Design and develop mechanical jigs for assembly, screwing, potting, alignment and handling.
  • Design pogo-pin based FCT fixtures (bed-of-nails): probe selection, PCB test-point mapping, guide plates, actuation (manual or pneumatic) and interface to test hardware.
  • Develop PDI jigs for end-of-line verification of finished products.
  • Own jig quality and repeatability: run GR&R/MSA, validate jigs before release, and set acceptance criteria.
  • Give DFT/DFM inputs to hardware and mechanical teams early in NPI, covering test-point access, tolerances and fixturing features.
  • Manage the full jig lifecycle: BOM, drawings, vendor fabrication, installation, operator SOPs, preventive maintenance and pogo-pin wear tracking.
  • Work with hardware, firmware, test and production teams to cut test cycle time and false failures
  • Maintain jig documentation and revision control
Requirements
  • B.E./B.Tech in Mechanical or Mechatronics.
  • 3–6 years designing mechanical and electrical products
  • Strong in SolidWorks, GD&T and tolerance stack-up.
  • Hands-on with pogo-pin/bed-of-nails fixtures, toggle clamps, pneumatics and ESD-safe materials (FR4, Delrin, Bakelite, aluminium).
  • Working knowledge of MSA/GR&R and basic electrical testing.
  • Experience managing fabrication vendors (machining, laser cutting, 3D printing)