SKYDAGGER

Job Description

Design, develop, and improve flight control algorithms,
Have knowledge of aerodynamics, flight mechanics, flight dynamics, and flight control,
Perform modeling and simulation studies using MATLAB and Simulink,
Develop low-level and high-level flight control algorithms for unmanned aerial vehicle (UAV) systems, perform stability analyses, and improve flight capabilities,
Develop attitude control, trajectory control, formation flight, and autonomous maneuvering capabilities,
Develop state estimation algorithms, perform accuracy analyses, and improve navigation capabilities,
Process sensor data and develop sensor fusion algorithms,
Design and implement sensor calibration algorithms and carry out testing and documentation processes,
Work on sensor selection, anomaly detection, and navigation autonomy systems,
Work on filter design, Kalman filters, and precision positioning algorithms,
Develop relative positioning algorithms for landing on stationary and moving platforms,
Develop autonomous takeoff and landing systems,
Develop guidance and path-following algorithms,
Prepare documentation for developed algorithms and software,
Work on advanced autonomy systems,
Design autopilot and flight control algorithms, including PID, LQR, Sliding Mode Control, and H-infinity control,
Have experience with guidance algorithms and mission/trajectory planning,
Have knowledge of Kalman filtering, sensor fusion, and INS/GNSS integration,
Conduct SIL and HIL verification processes using MATLAB/Simulink,
Design safety-critical algorithms and contribute to autopilot software development and integration,
Perform functional testing of software and control algorithms, analyze results, and prepare technical reports,
Plan and participate in flight test activities and conduct flight analyses,
Perform modeling, simulation, and system identification studies,
Work with Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) simulation systems,
Follow the latest technologies and developments in the field of control systems.

Required Qualifications

Bachelor’s degree in Control and Automation Engineering, Aerospace/Aeronautical Engineering, Aircraft Engineering, Mechanical Engineering, Mechatronics Engineering, or a related field,
Knowledge of linear and nonlinear control systems,
Knowledge of flight dynamics and aerospace engineering,
Knowledge of sensor fusion and inertial navigation algorithms,
Knowledge of system dynamics and mathematical modeling,
Proficiency in MATLAB and Simulink,
Experience integrating control algorithms into real-time systems,
Strong analytical thinking and problem-solving skills,
Ability to work effectively in a team as well as independently, with a high level of self-motivation,
Advanced level of technical English,
Strong technical reporting and presentation skills,
Ability to work flexible hours.

Preferred Qualifications

Experience working on high-autonomy systems, including path planning and decision-making,
Master’s degree or ongoing graduate studies in Flight Dynamics or Control Systems,
Recent graduates with experience in university projects,
Experience with Hardware-in-the-Loop (HIL) simulation systems,
Experience with Kalman filters, GNSS, and IMU systems,
Experience developing software for real-time systems,
Knowledge of guidance and path/trajectory tracking algorithms,
Proficiency in C/C++ programming,
Experience integrating state estimation algorithms into real-time systems,
Knowledge of inertial and global navigation systems used in aerospace applications and their associated sensors,
Experience with simulation-to-real-system integration, including SITL and HIL,
Ability to develop high-quality, testable, and maintainable software,
Knowledge of artificial intelligence algorithms,
Experience and knowledge in sensors and state estimation algorithms,
Proficiency in Git or similar version control systems,
Proficiency in MS Office applications.

CAREER

Guidance Navigation and Control Development Engineer