Fabian Arzberger

Education

  • PhD. student at computer science chair VII for robotics and telematics, JMU Würzburg (2021 – present)

    After my masters thesis (supervised by Prof. Dr. Andreas Nüchter and Prof. Dr. Dorit Borrmann), I stayed at the lab as a PhD. student.

  • M.Sc Satellite Technologies (Elite Network Bavaria ENB), JMU Würzburg (2019 – 2021)

    Thesis: "An optimized polygon based SLAM algorithm for mobile mapping using efficient planar clustering and enhanced 6D gradient descent" • Selected completed courses: • Control Engeneering in Space I & II • Remote Sensing • Advanced Sensory Systems and Sensor Data Processing • Robotics • Spacecraft System Analysis • Satellite Telecommunication Lab

  • B.Sc Luft- und Raumfahrtinformatik (Computer science in aerospace / space), JMU Würzburg (2016 – 2019)

    Thesis: "Deep Neural Network Attitude Control and Simulator for Satellites" • Selected completed courses: • Algorithmen und Datenstrukturen • Auswertung von Messungen: Fehlerrechnung • Borddatenverarbeitung • Einführung in Luftfahrtsysteme • Einführung in Raumfahrtsysteme • Klassische Physik 1 für Studierende eines physiknahen Faches • Klassische Physik 2 für Studierende eines physiknahen Faches • Praktikum Luft- und Raumfahrtlabor • Informationsübertragung • Rechnernetze und Kommunikationssysteme

  • Abitur (A-Levels) Gymnasium Carolinum Ansbach (2008 – 2016)

Experience

  • Research assistant at Chair XVII: Robotics (2020 – present)

    Teaching for the ENB program "Satellite Technologies", especially Control Engineering courses. Research on spherical robots, prototype planning and construction, computer vision, SLAM.

  • Communication and data handling at ESA, LunarCaves CDF study (2021)

    Mission planning, designing, building, and testing the DAEDALUS prototypes.

  • Tutor for beginners course in Java programming (2017 – 2021)

  • Teaching assistant for the lecture „Fundamentals of programming“ (2018 – 2020)

Skills

- Software Skills: Linux (Ubuntu), MS Windows, LaTeX, Git, SVN, ROS, 3DTK

- Hardware Skills: LiDAR, Cameras, Embedded Systems, IMUs

- Programming Skill: C, C++, Python, Java, MATLAB/Octave, Simulink

- Language Skills: German (Mother tongue), English (C1), Latin proficiency certificate (only written)