01.12.2025 aktualisiert
RN
100 % verfügbar
R&D Engineer Advanced Control Systems & Optimization
Deutschland
Weltweit
PhD Systems engineering and Control SystemsSkills
C (Programmiersprache)3D PrintingCADAPIsData AnalysisSystems EngineeringC++ComputerprogrammierungSteuerungstechnikData MiningDigitale ElektronikPerlGnu Image Manipulation ProgramErneuerbare EnergieSCADA
3D Printing, API, C, C++, Programming, CAD, data analysis, Data mining, data processing, digital electronics, digital electronic, Gimp, GIT, Information Technology, Informatics, LaTeX, Libre Office, Matlab, Mathematica, MS Office, MS Windows, Perl, Python, sensor fusion, Simulink, Version control, SVN, SCADA, System Architecture, Systems Engineering
Erfahrung
Berufserfahrungmehr als 10 Jahre
Freelancer seit2012
Sprachen
DeutschverhandlungssicherEnglischverhandlungssicherFranzösischverhandlungssicherPolnischMutterspracheSpanischverhandlungssicher
Projekthistorie
Developer Flight Automation, Applied Control EngineeringDeveloper Flight Automation, Applied Control Engineering
SkySails Power · Full-timeSkySails Power · Full-time Aug 2020 - Present · 3 yrs 5 mosAug 2020 - Present · 3 yrs 5 mos Hamburg, GermanyHamburg, Germany
- R&D for control systems for Airborne Wind Energy Systems including:
- - Non-linear optimization, incl. both formulation and numerical solution of optimal control problems
- - Development of State Estimators for linear and non-linear systems
- - Identification, modeling, and simulation of dynamic systems
- - Development of feedback control systems, incl. requirements engineering, synthesis, implementation, test and validation
- - Monitoring and assessment of actual control system performance based on experimental data and feedback gathered from operation teams
- - R&D experimental flights of tethered kite systems: planning, supervision, and data analysis
- The Skysails SKS PN-14 power generation system harnesses the wind power at higher atlitudes, where it is stronger and more reliable. It consists of a flying wing attached via a tether to a stationary ground-based generator The system realizes pumping cycles, alternating between higher energy-generating reel-out and lower energy-consuming reel-in motions of the tether, resulting in positive net energy generated per cycle.
R&D for Economic Non-linear Model Predictive Control for wind
turbines, including first-principles modeling, non-linear estimation,
Economic NMPC, requirements and architecture engineering, OBD
turbines, including first-principles modeling, non-linear estimation,
Economic NMPC, requirements and architecture engineering, OBD
Extensions for Siemens Simatic WinCC OA SCADA