Internship Advanced Technology

at  Dtwyler

In billions of syringes and in every second car worldwide, Datwyler components make an important contribution to the safety of patients and drivers. The high-tech company focuses on high-quality, system-critical elastomer components and holds leading positions in attractive global markets such as healthcare, mobility, connectivity, general industry and food & beverage. With over 25 production sites on four continents, sales in more than 100 countries and over 8,000 employees, the company, headquartered in Switzerland, generates annual sales of more than CHF 1,000 million.
Our employees are the heart of Datwyler - we treat each other with respect, trust and appreciation. We have strong roots and values that have been well established in our 100-year corporate history. Become part of our great team as a…
Are you a highly motivated individual eager to explore the boundaries of novel materials and their applications? We offer the perfect environment to grow, innovate, and contribute to cutting-edge projects that matter. Join us in shaping the future of smart elastomer technologies. for

OUR REQUIREMENTS

• BSc- or MSc (student or already graduated) in the field of applied science (e.g. robotics, micro- or electrical engineering)
• Strong foundation or keen interest in multidisciplinary research and development
• Understanding of fundamental physics concepts such as electrical conductivity and magnetism, with a willingness to deepen this knowledge.
• Experience in scientific experimentation, result analysis, and reporting
• Familiar with electronics/measurement technology with experience in programming (preferably Python and C++)
• Hands-on, creative and scientifically rigorous approach to problem-solving
• Fluent in English (Level C1), German is an advantage
  Ready to start? If Julia Mathis (HR Business Partner) and the recruiting team are looking forward to get to know you and are available for further questions by email (julia.mathis@datwyler.com) or by phone (+41 41 875 12 83).

This internship offers a variety of exploratory directions within the project, each presenting potential areas of focus. These topics include :

• Material Science Exploration: Characterize and evaluate smart elastomer materials to understand their unique properties in light of targeted applications
• Sensor and Actuator Design: Design architectures utilizing smart elastomers, focusing on their integration and functionality
• Simulation and Modelling: Employ modelling and simulation techniques to describe the behaviour of smart elastomer-based sensors and actuators
• Electronics and Software Implementation: Develop and integrate electronics and software solutions for precise sensor readout and actuator control
• Data Science: Analyse data to refine performance models and enhance material applications
• Demonstrators and Test Setups: Design and construct test setups and Proof of Concept demonstrators to evaluate and showcase the viability of smart elastomer