Hassen Ben Ammar
Semiconductors Test Engineer
Semiconductors Test Engineer with Master's degree in Robotics and Automation from Technical University of Munich, specializing in hardware characterization across low, medium, and high voltage ranges (1–6500V) and designing automated measuring stations.
Skills
At a Glance
2+
Years Test Engineering
6500V
Max Voltage Range
5+
Semiconductor Types Tested
2 weeks
Time-to-Market Reduction
Work Experience
Semiconductors Test Engineer
ALTEN Germany · 12/2022 – Present
Designs and constructs measuring stations for testing IGBT, SiC MOSFET, Diodes, and Dual Diodes across low, medium, and high voltage ranges (1–6500V). Collaborates with design engineers to troubleshoot device defects, reducing time-to-market by approximately two weeks, and develops automated test procedures to improve efficiency and measurement coverage.
MEMS Quality Assurance Researcher
Infineon Technologies · 05/2022 – 11/2022
Performed product characterization of silicon-based MEMS microphones using automated measuring setups and executed failure analysis using optical, electrical, and physical methods. Designed Matlab-based automation software for light sensitivity testing and managed product quality assessment databases.
Education
Master's Degree in Robotics and Automation
Technical University of Munich · 10/2019 – 10/2022
Master thesis on simulation of dynamically changing strain gradients in polymer films. Conducted research in robotic grasping techniques, autonomous navigation systems, and machine learning integration with robotic systems.
Bachelor's Degree in Electrical Engineering
Technical University of Munich · 10/2016 – 10/2019
Bachelor thesis on conversion and evaluation of measuring devices for flexoelectric characterization. Completed advanced projects in circuit design and developed analytical skills through laboratory instrumentation and simulation software.
Key Strengths
- Expertise across complete voltage spectrum: 1V to 6500V semiconductor characterization
- Proven ability to reduce product development cycles through systematic test methodology optimization
- Proficient in failure analysis using optical, electrical, and physical diagnostic methods
- Fluent in French, Arabic, English, and German