Senior Research & Development Engineer

In this role you will drive the development of non-linear resistor products and manufacturing processes, with a focus on ceramic thermistors and high-performance applications. You will guide next‑generation thermistor concepts from early stages to production, leading cross‑functional R&D projects and collaborating with external partners. You’ll apply quality standards (IATF 16949, ISO 9001, ISO 14001) while shaping a scalable, innovation-driven portfolio. This position offers international exposure and the chance to impact a broad range of markets through advanced ceramics technology.

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• Develop and improve non-linear resistor products and related processes
• Advance technology in electronic ceramics with emphasis on ceramic thermistors
• Drive industrialization of next-generation thermistor concepts
• Lead multidisciplinary R&D projects with clear objectives and validation
• Collaborate with Manufacturing, QA, Process Engineering, Purchasing, and cross‑functional teams
• Engage with external partners, research institutes, and suppliers to implement innovative solutions
• Apply quality management per IATF 16949, ISO 9001, and ISO 14001

• University degree in Engineering, Physics, Materials Science, Electrical Engineering, or related field
• Experience in product development, process engineering, manufacturing, or optimization of technical products; ceramics experience advantageous
• Knowledge of multilayer ceramic technologies (MLCC) is a plus
• Experience with data analysis and structured problem solving is desirable
• Strong analytical mindset, technical curiosity, and ability to translate challenges into practical solutions
• Self-motivated, innovative, and able to learn in a fast-moving technical environment
• Collaborative team player with strong communication across functions and cultures
• Fluency in German and English; willingness to work internationally and travel

• collaboration
• strong communication
• self-motivation
• ceramic thermistors / electronic ceramics
• multilayer ceramic technologies (MLCC)
• data analysis and statistical evaluation