Manager - Electromechanical Design

Manager - Electromechanical Design

Role Profile & Key Responsibilities:

 

1. Design and develop electromechanical systems that integrate mechanical, electrical, and electronic components
2. 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
3. Manage end-to-end prototype development, build, testing, and DOE execution to verify functionality, optimize design performance, and meet component requirements
4. Lead Mechanical Design by designing 3-D Model of Electronic devices enclosure, Heatsink, cover (Sheet metal and Plastic) and PCBA assemblies
5. 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)
6. Interface with CFT’s to meet mechanical requirements to include thermal, vibration and structural requirements and analysis
7. 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
8. 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: 

 

1. Bachelor’s degree in mechanical, Production, Automotive or Mechatronics Engineering
2. 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
3. Under minimal direction, provides technical and project leadership across multiple engineering product development stages ranging from conceptual planning to production and continuous improvement
4. Applies advanced research techniques and specialized knowledge (such as mechanical, electrical, System Integration) to provide engineered, technical solutions
5. Proficient in Designing Castings (PDC/GDC), Plastic over molding & Sheet metal (GSD)
6. Geometric Dimensioning and Tolerancing (1D&3D) foundational level; interpreting and applying GD&T standards to technical specifications.
7. Mechanical or Production or Mechatronics Engineering Degree
8. Utilize 3D CAD software (CATIA V5) for complex design feasibility studies and modelling.
9. Proficient in CAD/CAE tools (e.g., CATIA/PLM/Ansys) and mechanism design with dimension chain analysis (1D and 3D)

Experience Level

Mid Level