Islam Elbahnasy

The Product Management department is owner of the product development roadmap, working closely together with internal development teams in R&D and stakeholders from procurement, Manufacturing and Service.

•Assisting load engineers in making design trade-off and choices for the next generation wind turbines •Independently perform load set calculations in GH Bladed and accompanying tools •Assist control engineering in developing optimized pitch/torque control strategies •Assist R&D in developing new wind turbine technologies •Responsible for the timely delivery of results for the certification institutes •Provide data and specifications for suppliers •Keep up to date with industry standards and trends

Research and development of newly efficient method in acoustic simulation of exterior problem and its application in aerospace and automotive industry, the project is funded by European Union

Responsible of development and design of Heaters project (electric, gas and solar) managing the heater design team and coordination between labs and design teams

Responsible of preparation and attending the flight test mission. Design of maneuvers for each sortie and decide the parameters which will be measured in each test. Organizing between labs and monitoring systems of the flight test department. Analyzing the flight test data and preparing the flight test data sheets

Responsible of aerodynamic layout and design for newly developed aircrafts and aerodynamic analysis for modified aircraft using both simplified engineering method and or CFD analysis tools in addition to flying qualities assessment according to FAR and MIL specification, flight test support and data analysis.

For period of 2 years was working parallel for joint development projects between Egypt and china to produce advanced trainer aircraft and in the same time had intensive training courses in aerodynamic layout of aircraft

responsible of aerodynamic analysis of orbital spacecraft in addition to design and analysis of spacecraft attitude determination and control system

thesis title (Optimization of blade design for mutlimegwatt offshore wind turbines), the PHD focus on optimization of blade aerodyanmic design with taking into consideration the dynamic response of the blade to environmental effects and its effect on the overall turbine performance.

Flight mechanics and Aerodyanmics (Inverse simulation of aircraft motion along prescribed trajectories)

Aerodynamic Layout

-Aerodynamics -Structure -Propulsion -Control -Mechanical Design