Oussama Etlijani

Master thesis & working student within the Automated Fiber Placement AFP team: - Digital quality inspection in automated fiber placement - Defect characterization and detection using the combination of supervised and unsupervised machine learning methods in Python - Definition of suitable objective evaluation routine for the APF desposition quality - Supporting the AFP-Team within several research projects

A great learning experience at the airframe design departement : I had the chance to explore the world of the finite element method FEM with a focus on airworthiness engineering. I worked with several FEM software for linear and nonlinear structural analysis. Using my programming skills I programmed some automatisation tools for the airframe stress team. I was involved in a research project (confidential details).

Research in the area aircraft design and optimization within the project SE²A - Sustainable and Energy Efficient Aviation : Implementation of several aircraft mass estimation methods using Python/Pandas Method verification using existing aircraft specification Helping the research team with writing scientific publications

Student assistant at the Institute of Space Systems

Autonome Navigaition und Hindernisvermeidung eines Tiltrotor-UAVs , 1.0 Autonomous navigation and obstacle avoidance of a tiltrotor UAV

Developing a 3D printed UAV propeller: CAD design using CATIA and SolidWorks Creation of a rotor model Integration of the electric motor considering cooling mechanisms Machining and preparation of the CAD parts for additive manufacturing Testing of the 3D printed rotor

Luft-und Raumfahrttechnik

Flugzeugbau/Leichtbau/Aerodynamik