Software development engineer for autonomous guided vehicles for intralogistic solutions. Developed a C++ standalone application for POSIX based operating systems; Including operating system development, sensor and actuator control, communciation protocolls and algorithms for vehicle behaviour control
Responsible for different steps of the development
Software development engineer working for multiple clients, mostly in the automotive area
Responsible for different steps of the development
Algorithm development
Gained first expertise in project lead
Energie & Automatisierungstechnik
Thesis:
Realtime compatible implementation of a stochastic model-predictive feedback control with path integrals in C++ (Institute for measurement, control and microtechnology)
Subsidiary Economics
Thesis:
Channel Estimation in Massive MIMO (Institute for communication technology)
2003 - 2011
University entrance diploma
Grade: 1.4 (equivalent: Very good)
Simpert-Krämer-Gymnasium, Krumbach
Technical
Software development engineer for autonomous guided vehicles for intralogistic solutions. Developed a C++ standalone application for POSIX based operating systems; Including operating system development, sensor and actuator control, communciation protocolls and algorithms for vehicle behaviour control
Responsible for different steps of the development
Software development engineer working for multiple clients, mostly in the automotive area
Responsible for different steps of the development
Algorithm development
Gained first expertise in project lead
Energie & Automatisierungstechnik
Thesis:
Realtime compatible implementation of a stochastic model-predictive feedback control with path integrals in C++ (Institute for measurement, control and microtechnology)
Subsidiary Economics
Thesis:
Channel Estimation in Massive MIMO (Institute for communication technology)
2003 - 2011
University entrance diploma
Grade: 1.4 (equivalent: Very good)
Simpert-Krämer-Gymnasium, Krumbach
Technical