Hardware Production Support Engineer – Mechanical

• Bachelor’s degree in Mechanical Engineering or related field.
• 3–8 years of experience in mechanical engineering, manufacturing support, or product development.
• Strong knowledge of mechanical design, GD&T, tolerance analysis, materials, and assembly processes.
• Experience with root cause analysis and failure investigation methods.
• Ability to work with cross-functional and international teams.

Preferred:

• Experience in automotive electronics or power electronics.
• Knowledge of thermal management, reliability engineering, APQP/PPAP processes.
• Experience supporting manufacturing plants or product launches.

The role acts as a technical link between Manufacturing and Product Engineering, focusing on root cause analysis, mechanical investigations, and implementation of robust corrective actions to improve product reliability and manufacturing performance.

Location : Błonie, mazowieckie

Offer :

• Long-term cooperation within an international engineering environment.


• Opportunity to work with global manufacturing locations and cross-functional teams.


• Business travel opportunities to other locations in Europe .


• B2B contract


• Attractive employee benefits package

,[Analyze and resolve mechanical production issues related to design, assembly, materials, and reliability., Support root cause investigations and define effective containment and corrective actions., Perform tolerance stack-up, mechanical interface, structural robustness, and assembly variation analysis., Support Design of Experiments (DoE) and data-driven problem solving., Investigate issues related to thermal interfaces, sealing, deformation, warpage, fatigue, and durability., Collaborate with global engineering, manufacturing, suppliers, and reliability teams., Document technical findings and drive improvements into design standards and manufacturing processes.] Requirements: Mechanical Engineering, Manufacturing support, Product development, Mechanical design, GD&T, Root cause analysis, Failure investigation methods, Automotive electronics, Thermal management, Reliability engineering, APQP, PPAP