Systems Engineer of the ESA Hera/APEX (Asteroid Prospection Explorer) spacecraft being a part of the ESA-NASA AIDA (Asteroid Impact & Deflection Assessment) project.

Guided Weapons and Autonomous Systems Department.

Spacecraft and Avionics Department.Highly multidisciplinary work responsibility, ranging from advanced mission analysis, simulation, spacecraft design, software development, equipment procurement and qualification, to hands-on assembly and integration of flight hardware. My work covered both Swedish national missions and ESA missions.

Systems Engineer of the Swedish science mission MATS (Mesospheric Airglow/Aerosol Tomography and Spectroscopy). Leading work from design to integration and test.

Responsible for the configuration and analysis of the real-time communication networks connecting all systems of a high-speed train project aimed for mainland Europe.Keywords: Real-time communication

Developed a system for localization and navigation of a fully autonomous wheel loader. The result was a full size 20-ton demonstrator able to perform a real work task without a driver.Keywords: Sensor fusion, Kalman filter, MATLAB, Simulink, real-time

Developed control software for an active lateral suspension to be used on the next generation high-speed trains.Conducted in-field high-speed tests of the developed system.Keywords: Digital signal processing, real-time, MATLAB, Simulink

Developed software used for analysis and diagnostics.Keywords: C#, design patterns (GoF), micro-kernel, modular software architecture

Developed a real-time video on demand streaming system.Keywords: VOD, GNU/Linux, LAMP, C

My foremost responsibility was to maintain the submarine's sensory and combat systems during missions.