Dr. David Christen

Development of mobile medical apps for monitoring and control of drug delivery devices.

Combined line and project management position, leading a team of software engineers with direct reports > Project management for a new software platform for digital radiography systems. > Successfully led the team through laboratory and clinical testing, released the software to the market and initiated maintenance process > Regulatory responsibility for the all design and development processes, passed FDA and NB audits without observations

Project Manager responsible for the re-certification and change management of two stationary X-ray systems produced in-house. > Managing the product team of 4 Engineers (ME and EE) > Developed a new documentation structure for DMR / DHF according to current regulatory requirements (IEC and CFR) > Coordination of efforts in QM/RA, procurement, sales and service

Development of a new user interface to manage clinical X-ray devices and image post processing. > Defined software lifecycle processes, documentation and checklists according to IEC 62304

Diverse software projects for industrial applications: > Dispatching solution for a concrete plant (Delphi, MySQL) > Process control and quality ensurance application (Delphi, MySQL) > Mobile application (Android) for process control from remote

Researcher at the Institute for Biomechanics in the Multiscale Bone Biomechanics group. > Two methods were developed and introduced to simulate and measure experimentally regions of mechanical failure in bone to improve the diagnosis of osteoporosis >Software written in C++ (Object oriented), Bash and Python > Implementation of specialized simulation techniques for large parallel supercomputers that are efficiently using up to 1000 cores > 8 Peer‐reviewed articles, of which 4 as first author in journals

Part time appointment (25%) in addition to the PhD thesis as administrator of Web services (PHP, MySQL, JS), Linux IT infrastructure and software maintenance

Industrial internship for 4 months to develop hardware and software for an ECG patient simulator

Development of Large-scale Finite Element Simulations (Structural Mechanics), Clinical Research on Osteoporosis, Deformable Image Registration, Image Processing

Biomedical Engineering, Image Processing