PURPOSE & SCOPE
As a systems engineering student, you will work closely with experienced systems engineers, contributing to project execution while developing your technical and organizational skills. System design, system architecture, requirement handling, system and component testing and customer contact are part of the daily business, leading to the creation of highly integrated mechatronic systems. All this takes place in a globally aligned environment. You will be part of a cross-functional team, supporting in the integration of hydraulic systems for the automotive industry by combining oil-pumps with brushless motors, controllers, software, and additional components depending on the target application. Contribute to the growth of the business by assisting in the continuous improvement effort of processes, design, analysis and testing through bench and vehicle integration.
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ESSENTIAL DUTIES AND RESPONSIBILITIES
Contribute to the development of mechatronic systems in accordance with the V-Model and automotive industry standards
System Integration
1. Collaborate with internal teams to integrate hydraulics, electronics and software
2. Support to ensure seamless integration of sub-systems
3. Enhance test setups/benches:Strengthen automationDevelop hydraulic/mechanic/electronic improvements
Testing and Validation:
4. Support on system, sub-system and integration level:Coordinate and execute test strategies on different hydraulic and non-hydraulic test benchesReport, document and present results to the engineering team
EDUCATION, QUALIFICATIONS AND/OR EXPERIENCE/TRAINING
Education and/or Experience
5. Master’s student in Mechanical Engineering, Systems Engineering or related discipline
6. Practical experience in mechanical and hydraulic systems is a plus
7. Competent in coding with e.g. MATLAB, Phyton, CAPL, C/C++ is a plus
8. Ability to create, interpret schematics and diagrams
Qualifications
9. Strong team player with "can do" and "hands on" attitude
10. Strong in maintaining clear records and managing complex workflow
11. Strong communications and problem-solving skills
12. Great understanding of physical principles
Language Skills
13. Proficient in English (both spoken and written)