Towards the goal of certification via simulation.

Serving 2nd term.

• Development, integration and V&V of a unified high-fidelity 6-DoF simulation infrastructure in support of Desktop Simulations, pilot-in-loop Dome Simulator for piloted HQ evaluations, and for analysis and testing of flight control laws in the Systems Integration Lab, as well as software- and hardware-in-the-loop testing for control law clearance, flight clearance and certification purposes.• Dynamic modeling and V&V of complex systems and components requiring deep interaction with… Show more • Development, integration and V&V of a unified high-fidelity 6-DoF simulation infrastructure in support of Desktop Simulations, pilot-in-loop Dome Simulator for piloted HQ evaluations, and for analysis and testing of flight control laws in the Systems Integration Lab, as well as software- and hardware-in-the-loop testing for control law clearance, flight clearance and certification purposes.• Dynamic modeling and V&V of complex systems and components requiring deep interaction with interface disciplines for modeling, implementation and 6-DoF integration of Environment Models (Gravity, Atmosphere and Atmospheric Disturbances of Continuous Wind, Wind Shear, Discrete Gust, and Dryden Turbulence); Weight & Balance properties for modeling variations in mass, CG and inertia, including fuel and slosh effects; Aerodynamics and Loads properties, including aeroelastic and hinge-moment effects on control effectors; Landing Gears; Propulsion systems; Equations of Motion; Control-Effector Actuation and Hydraulics properties; Sensor systems (Inertial and Air Data).• Constructing the required simulation infrastructure for automating the development of automatic code-generation capabilities of model-based design techniques with MathWorks tools (MATLAB, Simulink and Stateflow environments using Simulink Coder and Embedded Coder) in support of software development in embedded and real-time operating systems environments.• Design, development, implementation and testing of primary, secondary and automatic (pilot relief) flight control functions and algorithms, modings and logics, and control allocation strategies (mixing/blending of control commands between various control effectors) .• Use of Git configuration and version control system in a multi-developer environment, with development of continuous integration and continuous deployment (CI/CD) pipelines and processes for automated checking of modeling and coding standards, and V&V test procedures. Show less

Served a 3-year term (maximum allowed by TUBITAK regulations) with the Technology and Innovation Grant Programs Directorate (TEYDEB) of the Scientific and Technological Research Council of Turkey (TUBITAK), which funds project-based R&D activities in order to support research, technological development and innovation activities of Turkish firms.Electrical, Electronic Technologies Group (ELOTEG) is one of six technology groups that evaluates, approves and monitors project proposals of… Show more Served a 3-year term (maximum allowed by TUBITAK regulations) with the Technology and Innovation Grant Programs Directorate (TEYDEB) of the Scientific and Technological Research Council of Turkey (TUBITAK), which funds project-based R&D activities in order to support research, technological development and innovation activities of Turkish firms.Electrical, Electronic Technologies Group (ELOTEG) is one of six technology groups that evaluates, approves and monitors project proposals of TEYDEB's funding programs. The other 5 technology groups are Machinery, Manufacturing Technologies Group (MAKITEG), Materials, Metallurgical and Chemical Technologies Group (METATEG), Transportation, Defense, Energy and Textile Technologies Group (USETEG), Information Technologies Group (BILTEG), and Biotechnology, Agriculture, Environment and Food Technologies Group (BIYOTEG). Show less

Active involvement in the design, development, performance evaluation, effectiveness analyses, and testing of air-defense missile systems and subsystems for a number of Turkish Ministry of Defense, Turkish Undersecretariat of Defense, and NATO programs, with emphases on systems design & analysis, algorithm development, modeling & simulation, guidance & control aspects, Monte-Carlo simulations (infrastructures & automation tools with automated statistical evaluation of simulation outputs), and… Show more Active involvement in the design, development, performance evaluation, effectiveness analyses, and testing of air-defense missile systems and subsystems for a number of Turkish Ministry of Defense, Turkish Undersecretariat of Defense, and NATO programs, with emphases on systems design & analysis, algorithm development, modeling & simulation, guidance & control aspects, Monte-Carlo simulations (infrastructures & automation tools with automated statistical evaluation of simulation outputs), and application of modern (linear and nonlinear) control methodologies to multivariable flight control problems. Show less

Control Systems

Systems engineering, algorithm support, participation in the development process of software configuration units.

Development of nonlinear, optimal and robust control methods and algorithms for the design of advanced aerospace and marine control systems.

Demonstration and supervision of laboratory courses and tutorial classes at the undergraduate and postgraduate levels in Control System Design, Aerospace Real-Time Computer Control Analysis and Design, and MATLAB & SIMULINK.