Andreas Viborg have been working in the engineering field since 2003. Focus has been on embedded systems for aerospace, automotive, marine technologies and image processing. He has also been a technical project leader for many years. Andreas is a team player, an innovative person and eager to test and implement his innovations in practice. He is appreciated among colleagues sharing his experience and knowledge with lots of positive energy.
Competences
Software
Experience of C/C++/Python/Ada/Matlab since 2007. But he started programming in BASIC on his Atari in the early 1990-ties. Focus has been on embedded systems, image processing and simulations.
Also model based software development where C/C++ generated from Simulink models to be used in flight safety critical systems.
Do coding in his spare time too, his open source projects can be found at: https://github.com/aviborg
Systems engineering
Signal processing, image processing, fault diagnosis, electronics, automatic control, simulation, requirements, model based development, realt time- and embedded systems.
Applied physics
Aerodynamics, thermal dynamics, mechanics, electro magnetism.
Tools
MATLAB/Simulink, MatrixX/Systembuild, C/C++, Ada, Doors, SQL, Python, SVN, Git
Work experience
2021-
Software engineer, Maxar
Development of algorithms for 3D generation/processing of satellite images and UAV video, mainly in C/C++ and Python.
2019-2021
Systems engineer, Saab Aeronautics
Requirements management, analysis work and development of functions for built-in systems for controlling aircraft systems Boeing/Saab T-7A, (formerly T-X). Development primarily in Matlab/Simulink/C/C++.
2017-2019
Systems engineer, Veoneer/Autoliv
Requirements management, analysis work and development in Matlab/C++ in image processing, communication and diagnostic services for Autoliv/Veoneer’s Vision products in active safety for the automotive industry.
2009-2017
Systems engineer, Saab Aeronautics
Requirements management, analysis work and development of functions for built-in systems for controlling aircraft systems in Saab Gripen and Boeing/Saab T-X. Methodology development within Model-based System Development with MATLAB/Simulink and C/C++. Technical project manager for one of the subsystems in the Boeing/Saab T-X.
2005-2009
Maintenance engineer, Saab Aerotech
Development of Integrated Logistics Database för maintenance of Saab Gripen.
2004
Systems engineer, Volvo Penta
Technical support of hardware and software for control systems and diagnostic tools for Volvo Penta engines. The duties also included training on new control systems and diagnostic tools. Developed a test bench for simulation and testing of control systems.
2003
Master thesis, Volvo Aero
Master thesis project of method development for fault diagnosis of the RM12 jet engine. Also, development of simulation models for different types of errors.