Website Technical University of Munich
Job description
PhD position in Advanced Autonomous Spacecraft Dynamics, GN: Analysis, Simulation, Experiments. The Chair of Astrodynamics is seeking a motivated Ph.D. candidate to explore the dynamics of modeling and guidance, navigation and control (GN) with advanced autonomous spacecraft
offer requirements
Conduct original, excellence-oriented research: develop and analyze dynamic models and guidance and control algorithms; conceptualize and develop sample scenarios, roadmaps, and trade-off analyses; write software library code and perform computational simulations; lead the development of real-time software architectures for simulations, as well as processor- and hardware-in-the-loop experiments; and lead the design and development of an advanced test facility for experimental testing of near-spacecraft maneuver dynamics, key aspects of GN; design and conduct experimental campaigns. Publish research results in high-impact international journals and present at major conferences; Supervise undergraduate and master’s students; Develop expertise and keep abreast of the latest advances in the field of research; Contribute to the teaching and examining of TUM students in the Chair of Celestial Mechanics; Participate in the administration of the Chair of Celestial Mechanics; Contribute to inventions and patent applications; Support the writing of grants and collaborative proposals to obtain research funding. Required skills and experience: a Master of Science/Engineering degree (or equivalent) in Aerospace Engineering, Mechanical Engineering, Electrical/Computer Engineering, Physics, or a related field with good academic standing at the time of appointment; Essential knowledge: excellent knowledge of aeronautical or space mechanics; proficiency in control theory, including linear, nonlinear, and optimal control; excellent mathematical, analytical, and problem-solving skills; robotics mechanics and control fundamentals; proficiency in English (written and spoken); proficiency in MATLAB; proficiency in Python or C/C++ and a strong desire to improve. Experience or strong interest in aerospace experimental simulators (e.g., multi-rotor vehicles); proficiency in 3D engineering software and a strong desire to expand knowledge. Required Skills: Highly motivated with the perseverance to overcome research challenges; ability to formulate research questions and study them systematically; strong interest, ability, and basic experience in writing high-quality technical papers; ability to work independently and collaboratively in a team environment; commitment to research excellence; experience in experimental research or a strong interest in developing the required skills. Advantageous knowledge/skills: research experience and publications in a relevant field; fluency in German is preferred but not required. The successful candidate must meet the entry requirements for the PhD program at the Technical University of Munich, Germany.
offer benefits
Full-time position (100% / 40 hours, salary grade E13, TV-L) with a 3-year contract, aiming at a PhD degree. Research in a hospitable international team with a passion for shaping the future of space; a stimulating work environment at one of Europe’s top technical universities; an academic ecosystem that fosters entrepreneurial initiatives with the potential to create spin-off startups; a large international network of aerospace companies and academic peers; and a work location at the Technical University of Munich’s Ottobrunn campus near Munich, Bavaria, Germany. We value diversity, equity and inclusion and encourage applications from candidates from underrepresented groups. We are committed to providing an inclusive research environment and encourage applicants from all backgrounds, including those with disabilities, to apply. This position is suitable for people with disabilities.
To apply for this job please visit ed.tum.de.