Design Engineer- Body - DVA & Tolerance Management

Role & responsibilities

Design Engineer- Body - DVA & Tolerance Management

Generic Responsibilities:

• Ensure the quality of deliverables of the project
  
• Front end the customer on behalf of the team as required
  
• Largely work as an individual contributor. However, may be required to handle some junior team members in the project structure.
  

Process Management:

• Understands the technical requirement of customer and project
  
• Establish the plan and monitors its progress
  
• Ensure process compliance in association with the Tech Lead.
  
• Prepare/verify documentation of important processes/ activities
  
• Identify best practices
  

Delivery Support:

• Leads the technical implementation and functions as a point of escalation for resolution of technical matters.
  
• Ensures on time resolution of service/ service request from customer.
  
• Provides technical help to team members
  
• Assists delivery teams in technical analysis and understanding.
  
• Support in defining, following and ensuring, administratively where required, participation in technical interviews, departmental procedures, etc.
  
• Supporting technical trainings / Knowledge Sharing for delivery teams.
  

Capability building and Mentoring:

• Capture and store reusable information and update database (Knowledge Management, Lessons Learnt).
  
• Technical mentoring of the juniors in the team.
  
• Contribute to teams' technical growth by engaging in technical discussions and mentoring
  
• Conduct Technical interviews at Engineer Level
  

• Good knowledge of manufacturing processes and measurement equipment, vehicle manufacturing and root cause activity experience
  

Preferred candidate profile

• Monitor the gaps for self and create a personal development plan in discussion with supervisor for plan on closure of gaps or building new skill.
  • Expert in DVA (Core product knowledge) as;
• Coordination of requirements and feasibility with customers, program, project, and suppliers
  
• Optimization strategy to enable target achievement.
  
• Definition of agreed tolerance and functional dimension concepts
  
• Support the creation and analysis of alignment, clamping and assembly concept and sequence.
  
• Preparation of reference point system, gap plans, tolerance data sheets, functional dimension drawings, ...
  
• GD&T consideration as per ASME & ISO standards for various materials used in automotive.
  
• Tolerance simulations in 3DCS / Vis VSA and 1D/2D calculations for potential deviations for preventative quality management, (rework minimisation...)