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The Mechanical Engineer will be responsible for the design and development of mechanical components and assemblies for high-voltage power electronics within Power Drive Systems. The role focuses on delivering robust, high-quality solutions suitable for high-volume automotive manufacturing and operation in demanding environmental conditions, including thermal, vibration, sealing, and reliability requirements. The position spans the full product development lifecycle, from concept and detailed design through prototyping, validation, and industrialization, ensuring compliance with customer specifications and internal engineering standards.
Job Responsibility
Support and, where appropriate, lead mechanical engineering and CAD activities for new product development and ongoing projects
Develop, modify, and validate 3D mechanical designs using Siemens NX (or equivalent CAD tools)
Create and maintain engineering documentation in accordance with internal design and quality processes
Support prototype builds, including part definition, ordering, and coordination with suppliers
Participate in mechanical testing, verification, and validation activities, including reporting and documentation of results
Contribute to engineering change management (ECR/ECO) processes
Collaborate with suppliers during development, sourcing, and industrialization phases
Interface with internal stakeholders and customers to ensure alignment with technical requirements and specifications
Interpret and analyze customer specifications and translate them into engineering deliverables
Participate in design reviews and cross-functional project meetings
Requirements
Master’s degree in Mechanical Engineering or equivalent practical experience
Strong foundation in mechanical engineering principles and product development processes
Proficiency in 3D CAD modelling (Siemens NX preferred
CATIA also acceptable)
Understanding of GD&T principles and their application in design and manufacturing
Familiarity with manufacturing processes (plastic injection molding, sheet metal fabrication, die casting) and their impact on design decisions
Structured and analytical approach to engineering problem-solving
Basic understanding of DFMA, DFA/DFM principles and DFMEA methodologies
Experience or exposure to automotive or high-volume manufacturing environments is an advantage
Knowledge of simulation tools (e.g., Ansys or equivalent FEA software) is beneficial but not mandatory
Strong communication skills in English (written and verbal)
Good interpersonal skills and ability to work effectively in cross-functional, multicultural teams
Proficiency in MS Office (Word, Excel, PowerPoint)
High level of reliability, time management, and professional discipline
Nice to have
Experience or exposure to automotive or high-volume manufacturing environments
Knowledge of simulation tools (e.g., Ansys or equivalent FEA software)
What we offer
Private Medicover medical care for the employee and their family
Co-financing for the sport card Multisport
Possibility to join the UNIQA group insurance
Flexible working hours
Salary adequate to skills and experience
Co-financing for holidays
Hard and soft training, language courses
Hybrid working model (2 days per week remote work)