Scientist / Researcher – Nanoscale Sensors, Device Modeling & Signal Processing

Introduction

The Kurt Schwabe Institute for Sensor Technologies is a non-profit research institute in Saxony, Germany, located near Dresden, Leipzig, and Chemnitz and embedded in one of Europe's leading microelectronics clusters, Silicon Saxony. We are dedicated to applied and fundamental research in chemical, biological, and physical sensor technologies. With expertise spanning micro- and nanotechnology, materials science, electrical engineering, bioanalytics, and scientific instrumentation, the institute develops innovative measurement technologies for applications in health, environment, industry, and life sciences. From nurturing the next generation of scientists to building prototypes for tomorrow’s innovations, the KSI is where ideas turn into impact. KSI directors are affiliated with TU Dresden and hold professorships in Physical Chemistry and Electrical Engineering providing a direct link between the institute's applied research environment and academic research at TU Dresden. TU Dresden is one of Germany’s leading universities and a University of Excellence, offering a highly interdisciplinary research environment across engineering, natural sciences, life sciences, medicine, and digital technologies. As the degree-awarding university, TU Dresden provides PhD and Postdoc researchers with access to a broad academic network, structured doctoral support, and excellent opportunities for scientific training and collaboration. Tasks

Characterize electrical and noise properties of nanoscale sensors and beyond-CMOS devices Model their physical and electrical behavior using analytical and numerical approaches Validate models against experimental measurements and use them to identify relevant physical mechanisms Develop basic electronic circuits and interfaces for sensor readout Integrate sensors with electronics, data acquisition hardware, and experimental platforms Develop signal-processing methods for extracting relevant information from noisy sensor signals Collaborate closely with technicians and other scientists to connect device fabrication, electrical properties, and system-level performance Document results and contribute to scientific publications, conference presentations, and project reports

Profile

Master's degree, or equivalent academic background in electrical engineering, electronics, physics, nanotechnology, computer engineering, or a related discipline For a Postdoc position: a completed PhD in a relevant field Strong interest in nanoscale devices, semiconductor technology, and sensor systems Experience with electrical characterization and, ideally, noise measurements Knowledge of semiconductor device physics and device modeling Basic knowledge of analog and/or digital circuit design Ability to independently design experiments, analyze data, and draw physical conclusions and find creative approaches to solve complex scientific and technical problems Strong communication and teamwork skills in an international, interdisciplinary environment Experience with signal processing, time-series analysis, or data acquisition is desirable Programming experience, e.g., Python, MATLAB, C/C++, is advantageous Experience with device simulation tools, e.g., COMSOL, is a plus Experience with machine learning or AI-based data analysis is highly welcome Excellent English communication skills are required; German is an advantage You are not expected to be an expert in all these areas. We value a strong foundation in one or more disciplines and the motivation to work across disciplinary boundaries.

We offer

Cutting-edge research: Work on novel nanoscale sensors Broad scientific scope: From semiconductor device physics and noise characterization to electronics, signal processing, system integration, and AI Scientific freedom: Develop your own ideas and approaches within an interdisciplinary research environment Advanced infrastructure: Access to state-of-the-art nanofabrication, microscopy, electrical characterization, and measurement equipment Strong hands-on component: Combine theoretical modeling with real devices, measurements, and experimental systems International team: Collaborate with motivated scientists, engineers, and technical specialists from different disciplines and backgrounds Flat hierarchy: Direct communication, short decision-making paths, and an open scientific culture Academic development: Opportunities for publications, conference participation, and scientific networking and academic qualification (e.g., PhD) Salary according to TV-L E13

Additional Information

• The position is suitable for a PhD student or Postdoc, depending on qualifications and experience. The PhD degree will be awarded by Technische Universität Dresden, one of Germany’s Universities of Excellence. - This position is deliberately located at the interface between device physics and complete sensor systems. You will not be limited to a single research topic. Instead, you will have the opportunity to investigate how nanoscale devices behave, understand their noise and physical limitations, model their electrical characteristics, develop appropriate electronics, and ultimately turn their signals into useful information through appropriate signal processing and data analysis.

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