Develop, improve & utilise characterisation framework of low power chips for wireless connectivity in IoT (ZigBee, BLE).* Extend & refactor existing framework.* Support & assist local users in deployment and usage (python, (n)vim(wiki), Git, cvs, bash, GNU/Linux. Some LabVIEW) Represent company interests from the employees perspective in the Workscouncil.

Research future and existing parts used in hearing aid and pro-audio industry.Suppor & Development of new measurement modalities:* Laser Scanner Vibrometer(PolyTec)* Other smaller instruments like" *Mechanical Force sensors * Laser distance sensor * Calibration couplers & microphonesContinuous expansion of (Python-) tools to improve data processing.*Develop and identify practical contacting- and mounting hardware (jigs, spring contacts, clamps, etc.) for both specific devices or specific measurement goals (vibration isolated measurements).* Take care of measurements & results at the limit of the instruments capabilities: e.g. low reflectivity samples, MEMS-devices, complicated laser beam paths for challenging geometries.* Rapid characterisation of prototypes in fast learning & development cycles.* Creation of software tools (Python, GNUplot, Perl, Octave) to open, combine and report measurement data: At varying degrees between research versatility and production usability.* Develop & extend new benchmarking protocols and accompanying data processing for vibration performance with high spectral & 3D spatial accuracy.

Evaluate Image Quality (IQ) of digital X-ray detectors for medical diagnostics.Determine IQ-performance of production and prototype detectors conform strict ISO and internal standards. Provide technical advice & contribute to the development and testing of new measurement protocols.Evaluate the influence/impact of implemented (prototype-) detector innovations from module up to (customer-) system level.Investigate operation of alien and new detector systems in order to tweak, transform and parse output data to standard tooling for benchmarking purposes.Extend data processing tools with simulation capacity.

Industrial automation with C-programming and configuring of i386 & ARM-based embedded platforms and Linux environments. Courses in safer C-programming and software testing (ISTQB-certificat).

Characterisation of electronic transport in solid state devices at low temperatures and high (32 Tesla) magnetic fields.* Operating cryogenic setups (350 mK).* Hi-noise (lock-in) impedance measurements on: - Thin film Tungsten (low impedance). - GaAs FET based 2-dimensional electron gasses (high impedance)* Investigated & introduced reliable, standardised industry IC contacting & wiring techniques for experimental conditions (leadless chip carriers, spring socket contacts).* Rewrote C-code acquisition software.* Measurement automation (for overnightly, low noise measurements)* Numerical data analysis & visualisation* Modeling of electronic transport in the fermiology of pure Tungsten in a High magnetic field.* Simlation of model with Mathematica.