Control Engineer
€3,500 - €4,500 per month
Key Skills
Job Description
Are you passionate about designing high-precision systems that push the limits of performance, accuracy and reliability? The Precision Solutions program delivers leading technologies and integrated systems that enable customers to realize high-precision applications. We leverage our expertise, capabilities, and product portfolio to serve key markets such as semiconductors, life sciences, and medical. About About the role You will be at the forefront of developing cutting-edge solutions for metrology equipment, semiconductor applications, and precision motion systems. You will thrive in a multidisciplinary setting, partnering with experts from various engineering disciplines and working directly with world-leading technology companies to translate complex requirements into innovative, high-impact solutions. Responsibilities Key responsibilities Analyze requirements, develop new and improve existing (sub)systems, processes, and technologies Convert requirements into (sub)system, process or test design, while incorporating essential design aspects (i.e. cost efficiency, manufacturability, quality, etc.) Research and evaluate new technologies and methodologies to enhance (sub)system and process development Design and develop prototypes, and test and modify them to validate performance, reliability, and compliance with regulations and standards Report progress to project team, evaluate work with colleagues, mitigate design risks and quality issues Stay updated with the latest technological advancements and industry trends, promoting a culture of innovation and continuous improvement What We Offer Performance-based salary growth that rewards your results 33 vacation days per year, including public holidays Flexible working hours Time-for-time compensation when working extra hours Strong focus on personal development, supported by a tailored growth and learning plan Extensive career opportunities, with progression across a wide range of functions and projects A young, entrepreneurial, and innovative company culture where initiative is encouraged Free access to the company gym Free lunch, dinner and healthy snacks available every day on-site What You Bring Master’s degree in mechanical engineering or a related field Strong knowledge of design for performance and control of dynamical motion systems Experience with Matlab and Simulink Hands-on mindset and willingness to work on both design and validation activities Strong problem-solving skills with a structured and organized approach to work Thrives in a multidisciplinary and cross-functional environment Fluent in English Willingness to travel 10% of the time globally
Core Responsibilities
Analyze requirements and design or improve subsystems, processes, and technologies for metrology equipment, semiconductor applications, and precision motion systems. Develop and validate prototypes, assess performance and compliance, collaborate with project teams, and address design risks and quality issues.
Requirements
A master's degree in mechanical engineering or a related field is required, along with strong knowledge of designing and controlling dynamical motion systems and experience with Matlab and Simulink. Candidates should have a hands-on, structured approach, work effectively across disciplines, be fluent in English, and be willing to travel globally about 10% of the time.
Benefits
- Performance-Based Salary Growth
- 33 Vacation Days, Including Public Holidays
- Flexible Working Hours
- Time-Off Compensation for Extra Hours
- Personal Development and Tailored Learning Plan
- Career Progression Opportunities
- Innovative Company Culture
- Free Gym Access
- Free Meals and Healthy Snacks
About Prodrive Technologies
Industry: Electrical Equipment Manufacturing
Company size: 1,001-5,000 employees
Prodrive Technologies is a Dutch high-tech company headquartered in Son, the Netherlands. Since 1993, we have been designing and manufacturing advanced electronics, software and mechatronic systems that are used worldwide in sectors such as healthcare, semiconductors, infrastructure & energy, mobility and industry. We combine engineering and manufacturing within one integrated organization. From concept and system architecture to testing, industrialization and life cycle management, teams work across the full development and production process. This enables us to translate technical innovation into scalable and manufacturable solutions while maintaining a strong focus on quality, reliability and continuous improvement. Our technologies are used in environments where performance and reliability are essential. Examples include systems used in semiconductor manufacturing processes, components and subsystems for medical imaging equipment such as MRI systems and charging solutions for electric mobility. By developing and producing key technologies largely within our own facilities, we maintain a high level of control over process, quality and innovation. This integrated approach enables us to support customers throughout the entire product life cycle and contribute to solutions that address some of today's most important technological challenges. Our mission: creating meaningful technologies that make the world work.