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VAT Group in Haag, Switzerland seeks a Development Engineer focused on Advanced Process Control. You will develop and validate model-based and data-driven control algorithms for sub-2 nm semiconductor processes, deploying on embedded platforms and validating with experiments.
You will work in a cross-functional R&D team, design experiments, and contribute to the validation of innovative gas delivery and pressure control technologies. MSc/PhD in related fields is preferred.
Location: Haag, St. Gallen, CH
Employment Type: Permanent
About VAT GroupAt VAT, we change the world with vacuum solutions. As the world’s leading supplier of high-performance vacuum valves, we have been driving innovation for more than 60 years. With over 3,200 employees worldwide, we operate from our headquarters in Haag, Switzerland, with manufacturing sites in Switzerland, Malaysia and Romania, as well as sales and service hubs around the world. We are guided by our passions: integrity, teamwork, customer centricity, and innovation – always working together as #oneVAT.
Joining us means becoming part of a passionate, international team where your voice is heard, your ideas matter, and your career growth is supported.
Our team in Haag, Switzerland is looking for you:
PURPOSE OF THE ROLEOur products are key components in any semiconductor processing tool worldwide. To extend our market leadership in advanced pressure control for sub-2 nm chip production we want to strengthen our team with experienced engineers and researchers with passion for control theory, dynamic system modelling and optimization-based control
You will be an integral part of our R&D team to develop industry leading gas control systems for semiconductor manufacturing equipment. You are a great fit for our team if you want to work on advanded control methods on embedded control hardware, enjoy taking initiative and exploring new approaches to intelligent control, and want to validate your ideas hands-on in experimental and industrial environments.
RESPONSIBILITIES:Develop novel and differentiating control algorithms for fast and nonlinear processes using advanced model-based, optimization-based and data-driven control methods using VAT’s existing gas delivery and pressure control technology
Develop and validate physics-based, data-driven and hybrid dynamic system models using system identification methods
Take technical ownership of development projects, including requirements and specification alignment with key stakeholders, concept development, rapid prototyping, experimental verification and validation on final products
Knowledge of machine learning and optimization based control methods for dynamic systems
You can expect a dynamic and successful company where innovation, courage, fairness, openness and transparency are encouraged and your ideas are welcome.
Our commitment to inclusion, fairness and equal opportunitiesWe believe in meaningful careers, continuous learning, and equal opportunities for everyone to drive our innovation and success. We welcome applicants from all backgrounds and are dedicated to fostering an inclusive and respectful workplace. If you have concerns, our compliance channel is available at our website. All reports are handled with strict confidentiality and in accordance with our Code of Conduct .