Job highlights

- SolidWorks (3D Modelling,Sheet Metal). CATIA / Siemens NX. AutoCAD. KeyShot (rendering). PDM / PLM. SolidWorks Simulation (first-pass checks only)

- Experience Required: 5+ Years.

Employment Type: Full-Time.

- may run first-pass design checks only

- Required Technical Skills

Job Details

- Department: RD / Product Engineering

- Reports To: Head of RD / Product Engineering

- Experience Required: 5+ Years

- Employment Type: Full-Time

- Location: Rohini, India

- Qualification: B.Tech in Mechanical Engineering, Industrial Design, or related discipline

Job Summary

Owns the physical design and manufacturing release of enclosures, housings, and structural assemblies for Servotech s EV chargers, power electronics, inverters/converters, and energy storage products. Translates electrical, thermal, and EMC constraints - supplied by the Thermal / CAE Simulation Engineer - into manufacturable, cost-optimised, field-reliable mechanical hardware.

Scope Boundary

OWNS

- Mechanical geometry, 3D CAD, drawings, BOMs and GDT

- Sheet-metal design and DFM/DFA

- Material and surface-finish selection

- IP-rating sealing design (gaskets, glands, drainage)

- Vendor tooling, prototyping and First Article Inspection (FAI)

- Drawing/BOM/ECN release and PDM/PLM discipline

DOES NOT OWN

- Structural FEA sign-off - owned by Thermal / CAE Engineer

- Thermal / CFD analysis - owned by Thermal / CAE Engineer

- Electromagnetic / EMC simulation - owned by Thermal / CAE Engineer

- Designs to the constraints supplied by CAE; may run first-pass design checks only

Key Responsibilities

- Enclosure Mechanical Design - develop 3D models, design drawings, BOMs, and manufacturing-ready GDT drawings for enclosures, housings, and structural assemblies in SolidWorks / AutoCAD.





- Sheet Metal DFM - design for laser cutting, CNC punching, bending, stamping, and welding; apply DFM/DFA; minimise part count and cost.

- Materials Finishes - select metals (CRS, galvanised/stainless steel, aluminium alloys, die-cast aluminium, copper) and surface treatments (powder coating, anodising, plating) for mechanical, corrosion, and cost performance.

- Design-to-Constraint - implement thermal features (airflow paths, heat-sink envelopes, fan/vent cut-outs), EMC features (shielding apertures, gasket channels, grounding/bonding points), and electrical clearances per the constraint set issued by the Thermal / CAE Engineer.

- IP Rating Sealing - design IP54/65/66 sealing and drive mechanical validation of ingress protection.

- Vendor Tooling - coordinate tooling, prototypes, and FAI with fabrication vendors.

- Prototyping Iteration - build and assess prototypes for fit, assembly, and mechanical strength; drive design iterations from results.

- Documentation PLM - maintain drawings, BOMs, ECNs, and revisions in PDM/PLM; participate in DFMEA and design reviews.

Required Technical Skills

- Enclosure Sheet-Metal Design (CAD)

- GDT DFM / DFA

- Metal Selection Surface Treatment

- IP Rating Sealing Design

- Mechanical Tolerance Stack-up

- Vendor Tooling, Prototyping FAI

Software Expertise

- SolidWorks (3D Modelling, Sheet Metal)

- CATIA / Siemens NX

- AutoCAD





- KeyShot (rendering)

- PDM / PLM

- SolidWorks Simulation (first-pass checks only)

Key Result Areas (KRA)

- Mechanical / enclosure design released on schedule for each NPI program.

- Manufacturability and cost - designs hit DFM and cost targets.

- Quality - first-pass acceptance of parts and prototypes.

- Vendor and tooling management - tooling delivered on time, FAI cleared.

- Documentation and PLM discipline - clean, traceable releases.

Key Performance Indicators (KPI)

- Cadence - Design Release: % of NPI mechanical milestones released on time.

- Quality - First-pass FAI acceptance rate: 85% per part.

- Quality - Rework ECNs raised per design release: 2 per release.

- Cost / DFM - Enclosure/mechanical BOM cost vs target: Within 5% per program.

- Reliability - IP-rating pass on first prototype build: 80% per program.

- Speed - Prototype-to-production cycle time vs baseline: per program.

- Efficiency - Part-count reduction / standardisation (like-for-like): 10% annual.

Desired Candidate Profile Why Join

- Hands-on experience designing enclosures for EV chargers, power electronics, inverters, converters, or energy storage systems, with strong knowledge of metal fabrication processes.

- Proven ability to collaborate across electrical, thermal, and manufacturing teams in a rapid-paced RD environment.

- Own enclosure architecture decisions for next-generation EV charger and power electronics product lines

Disclaimer: This job posting has been aggregated from external source. Role details, content, and availability are subject to change. Applicants are advised to confirm the latest information directly on the company website before applying.

📌 Mechanical / Enclosure Design Engineer (New Delhi)
🏢 Servotech Power Systems
📍 New Delhi