Marc Schönenberger Email and Phone Number

- Design and validation of electronic systems- System validation and debugging- Embedded firmware- Analysis tools development

Testing Lead Engineer at Flyability SA.Responsabilities include:- Development of test benches for the final assemblies and sub componant (in-house and to our suppliers). This include the mechanical, electronic and software development.- Definition of the tests for production- Development of custom embedded firmware for R&D testing (embedded C on STM32 platform)- Development of Human-Machine software interface (C#)

Internship at Flyability SA as a Junior Engineer.Key contributions:- Provide a complete test bench for our motor power control board to our manufacturer.- Develop embedded firmware for logging of high frequency collision sensors.- Develop a complete test bench for our Avionic boards.- Improve an existing test infrastructure for automated flight with Optitrack cameras- Development of Matlab tools to analyse a flight and robot performance

As a part of the innovation group, I worked on the ROCK-3 family of CES products based on the VITA 74 (VNX) small form factor standard for electronics embedded system with applications in Aerospace / Space.I had the following contributions:- Integration of a Single Board Computer from General Electric based on an NVidia Tegra K1 System on Chip-Integration of a Single Board Computer from Arbor Solutions based on an Intel ATOM System on Chip- Evaluation of performances of several processors and systems architectures based on Tegra K1, Intel ATOM and AMD G-Series SoC and comparisons with other processors and GPU (PowerPC QorIQ T2080, Intel core-i7)- Set up automated tests and loggings of data with bash scripts in Linux alongside full documentations and manuals- Selection and implementation (C/C++) of several programms showcasing the Tegra K1 and its GPGPU capabilities (CUDA, OpenCV).

Group leader of a Electrician repair team on the F/A-18 C/D military aircraft at the Swiss Air Force base of Payerne. Responsible for the instruction on weapon handling, technical instructions and repairs on military aircrafts

Worked on Rotating Machinery failure analysis tools development, using a special mechanical test bench, advanced signal processing and establishment of data acquirement protocol and signal signatures database. The test bench allowed to record vibration signature specific to ball bearings damage and / or shaft defect which are typical in helicopters and aircraft engines health monitoring.These signals were then processed with a program developped in Matlab in order to characterize the defect. The signal could then be processed and segment of it could be stored in a database.