74 English-speaking jobs in Stuttgart

Drive the photonic and electrical characterization of TFLN PICs in the GHz regime. Design and execute high-speed characterization routines, develop test setups, and contribute to the photodiode-PIC integration lifecycle. Mentor junior engineers and ensure adherence to lab safety standards.

Students will support research in railway traction and energy systems, focusing on battery aging modeling. Tasks include developing an understanding of battery aging effects and models, defining requirements for a system-level aging model, and parameterizing and validating a battery aging model.

Thesis student to conduct techno-economic evaluations of automotive powertrain technologies. Requires enrollment in an engineering degree program and knowledge of vehicle topologies and powertrain technologies.

Drive the design, development, and optimization of advanced photonic integrated circuit (PIC) components with a focus on fiber-to-chip coupling and packaging. Lead the design, prototyping, and validation of specific PIC components from concept through production. Coordinate cross-disciplinary engineering projects from concept to production.

Perform inspection, troubleshooting, repair, and quality control on e-bikes. Prepare e-bikes for customer delivery and maintain the in-house fleet. Contribute to process improvement and support warehouse operations.

Support the development and coordination of customer-focused strategies across multiple domains. Conduct gap analyses, develop business cases, and optimize customer journeys. Analyze feedback and support marketing initiatives.

Fraunhofer IGB invites unsolicited applications from students interested in joining their research in health, nutrition, sustainable chemistry, environmental protection, and climate change.

Senior Hybrid Integration Engineer drives the integration of photodiodes and lasers into photonic integrated circuits (PICs). Responsibilities include PIC testing, optical alignment, system bring-up, and collaboration with cross-functional teams. Requires a Ph.D. in Electrical Engineering, Photonics, or a related field, or a Master's degree with relevant industry experience. Deep technical understanding of photodiode and laser physics, TIA and driver design, and hybrid integration approaches is essential.

Provides customer service and administrative support at U.S. Army Garrison Stuttgart. Issues identification credentials, processes access rosters, and ensures compliance with IACS regulations.

Own and drive end-to-end tape-outs of integrated photonic circuits, from circuit definition through layout integration, verification, and release. Coordinate with foundries, contribute to PDK development, and mentor junior engineers.

As Senior New Product Introduction Engineer, you will drive the transition of photonic computing systems from R&D to production. You will build and refine production workflows, test procedures, and assembly standards. You will also optimize lab setups, supervise external contributors, and identify integration and performance bottlenecks.

As a (Senior) Consultant in our Life Sciences team, you will design and implement end-to-end Operations and Supply Chain strategies across the Life Sciences value chain. You will drive transformation programs and analyze operational challenges to deliver measurable impact for clients.

Optimize and maintain the photonic integrated circuit (PIC) manufacturing process to maximize yield, stability, and product quality. Conduct root-cause analysis, implement corrective actions, and drive process improvements across PIC, Assembly, R&D, and Quality Management teams. Develop and manage databases, user interfaces, and data-driven tools to enable process tracking, analysis, and decision-making. Collaborate across functions, driving communication and alignment between engineering, production, and quality teams. Identify cross-correlations and patterns in manufacturing data, proposing solutions that improve efficiency, reproducibility, and long-term scalability.

Master's thesis investigating oxide-ion driven corrosion mechanisms in molten nitrate salt used in thermal energy storage (TES) systems. The work involves experimental analysis of salt decomposition and its impact on corrosion of TES alloys.