Deputy Manager -Battery Pack Design

Role Overview

1. Ablity to understand the Design inputs & Development activities for Battery pack design 
2. Able to understand the CAE results and able to Provide solutions 
3. Possess Material knowledge and Technical knowledge in manufacturing process 
4. Proficency in benchmarking of various manufacturing process 
5. Experience in PLM environment and its process 
6. Perform stackup analysis and ability to apply GD&T 
7. Ability to work with CFT for the design and developemnt activities

CATIA Competencies

1. Core Modeling Skills: Proficiency in sketcher, part design (pad, pocket, shaft), and advanced surface modeling (surfacing techniques)
2. Assembly Design: Creating complex assemblies, managing constraints, and using top-down or bottom-up design approaches
3. Drafting & Annotation: Creating 2D engineering drawings, managing GD&T, and BOM creation
4. Sheet Metal & Specialized Tools: Handling sheet metal design and, for higher-level proficiency, kinematic, and simulation tools
5. Industry Application: Understanding industry-standard workflows in automotive, aerospace, and consumer goods to improve design quality and efficiency

Design knowledge Competencies

1. Plastic part design: Understanding of injection molding fundamentals, Ability to maintain uniform wall thickness, Correct use of draft angles, fillets, radii Designing ribs, bosses, snap fits, hinges, Designing for tool direction & avoiding undercuts 
2. Sheet Metal part Design: Understanding of sheet metal rules (bend radius, K-factor), Flat pattern creation, Corner relief, hem, flanges and beads. Design for laser cutting / stamping / bending. Corrosion & coating allowances 
3. Aluminum Extrusion Design: Understanding of extrusion direction constraints, Uniform cross‑section design, Control of wall thickness & voids, Heat dissipation features. Corner radii for extrusion flow
4. Al - PDC Design: Draft angles for die ejection. Uniform wall thickness & thick-to-thin transitions, Fillets, ribs, and gussets for strength. Avoiding hot spots (to prevent porosity). Designing proper flow channels, Bosses, mounting points and machined surfaces