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• Evaluate technological trends and their industrial application as a basis for strategic decisions.
• Develop actionable strategies and specifications for implementation based on your assessments.

Identify and evaluate market- and technology-relevant trends in semiconductors (e.g., Lithography & chiplet technologies, advanced packaging, integrated photonics, inspection & metrology, 2D materials)....

Act as the primary point of contact for the customer from contract handover through implementation, value validation, and expansion/renewal, building trusted relationships with subsurface, production, digital, and operations stakeholders....

Drive End-to-End Robotics Deployment: As a Chief Expert Robotics, you will lead the technical implementation and architecture of advanced robotic systems by translating complex algorithms into reliable, production-ready hardware and software solutions....

• experiments are designed thoroughly and executed according to plan
• findings are analyzed critically and translated into concrete process improvements
• knowledge is documented and shared so the team moves forward together

• An agile career and dynamic working culture
• An inclusive and ethical workplace
• Compensation programs that recognize high performance
• Along with competitive salaries, you’ll find a wide range of lifestyle, family and leisure benefits available.

• Disciplinary leadership and continuous development of the Mechatronics team
• Responsibility for the development of innovative mechatronic systems in compliance with legal, safety, quality, and regulatory requirements

• An agile career and dynamic working culture
• An inclusive and ethical workplace
• Compensation programs that recognize high performance
• A variety of benefits dependant on role and location
• The full list of our global benefits can be also found on .

Project engineering / delivery: Technical ownership of DFOS projects from design and preparation through FAT, commissioning, SAT and project completion....

• Development of analogue and digital circuits
• Preparation of circuit diagrams and support with PCB layout
• Selection and qualification of electronic components
• Implementation of calculations, simulations and tolerance analyses
• Defining and carrying out hardware tests

• Both conceptually and directly inside the cleanroom and laboratory, you develop advanced wafer processes for manufacturing high-end micromechanical products.
• You evaluate novel materials and manufacturing methods regarding technical feasibility and economic viability.

• Development and implementation of the strategy of the Climate Solutions Hub
• Liaison with the research community at Empa and Eawag, across the ETH Domain, and beyond
• Managing high-level stakeholder networks in academia, as well as the private and public sector
• Project and funding acquisition

• Lead and manage complex photonic integrated circuit (PIC) development projects
• Lead and manage complex external partnerships and initiatives in the field of Photonic Integrated Circuits (PICs)
• Provide professional leadership to the project team
• Plan and monitor project resources (budget, time, people)

• You support an advanced development team in the design, prototyping, and testing of an innovative eye implant
• Prepare and conduct mechanical and functional tests using laboratory test equipment

• Ownership of an assigned product line and a detailed understanding of its materials, components, specifications, performance and applications
• Planning, coordination and execution of product qualification and reliability testing, including evaluation of results and preparation of qualification reports

• Develop, test and implement robotics and automation solutions that support intelligent manufacturing processes
• Design, integrate and validate end effectors, sensors, vision systems and other robotics components for industrial applications

• Responsible for functionality & performance of the final product
• Work together with simulations, layout and manufacturing teams
• Develop and implement new technology concepts to manufacturing
• Ensure the process integration of the full manufacturing route

Lead analytical activities including optimization, transfer, validation, and troubleshooting, ensuring methods are scientifically sound and fit-for-purpose...

• An opportunity to build the foundation for next-generation products
• The possibility to learn and implement cutting edge 3D computer vision methods
• Mentorship by experienced PhD-level experts
• The option to write a master thesis following the internship

Drive the implementation of holistic Systems Engineering principles within the Design Controls process, with a focus on system architecture and integration, Design Inputs, traceability, risk management, change management, and DHF architecture....