Job description
Role Profile & Key Responsibilities:
- Design and develop electromechanical systems that integrate mechanical, electrical, and electronic components
- Develop and optimize the design and manufacturing processes for electromechanical products, including Motor Control Units (MCU), On-Board Chargers (OBC), Off-Board Chargers, and DC-DC Converters, ensuring compliance with functional, quality, reliability, cost, and manufacturability requirements
- Manage end-to-end prototype development, build, testing, and DOE execution to verify functionality, optimize design performance, and meet component requirements
- Lead Mechanical Design by designing 3-D Model of Electronic devices enclosure, Heatsink, cover (Sheet metal and Plastic) and PCBA assemblies
- Create and maintain all mechanical drawings, including components, PCBA assembly, sub-assembly, final assembly drawings, and parts lists, while managing and maintaining BOMs in Teamcenter (TC)
- Interface with CFT’s to meet mechanical requirements to include thermal, vibration and structural requirements and analysis
- Perform Design & reviews with CFT’s for Manufacturing (DFM), Design for Assembly (DFA) evaluations and Design for Service (DFs) recommending alternative materials and production methods
- Investigate/analyze in-house and field failures (complaints), and improve product quality by determining root causes and recommending corrective action(5W2H/8D)
Skills/Experience Required:
- Bachelor’s degree in mechanical, Production, Automotive or Mechatronics Engineering
- Design authority for Electromechanical engineering discipline and complete engineering assignments with the knowledge of the design principles, internal guidelines and applicable standards used within the technical field of the department
- Under minimal direction, provides technical and project leadership across multiple engineering product development stages ranging from conceptual planning to production and continuous improvement
- Applies advanced research techniques and specialized knowledge (such as mechanical, electrical, System Integration) to provide engineered, technical solutions
- Proficient in Designing Castings (PDC/GDC), Plastic over molding & Sheet metal (GSD)
- Geometric Dimensioning and Tolerancing (1D&3D) foundational level; interpreting and applying GD&T standards to technical specifications.
- Mechanical or Production or Mechatronics Engineering Degree
- Utilize 3D CAD software (CATIA V5) for complex design feasibility studies and modelling.
- Proficient in CAD/CAE tools (e.g., CATIA/PLM/Ansys) and mechanism design with dimension chain analysis (1D and 3D)