PROJECT: Brach B-100The Brach B-100 project involves the conceptual design and development of a 9-passenger business jet conforming to EASA CS-23 regulations. During this project, I, mainly, have had a chance to perform:• Initial sizing• Wing, empennage and intake design• Control surface, high lift device sizing and design• Weight and balance analysis• Stability and control analysis• Drag polar generation• Take-off and landing performance analysis• Mission planning and performance calculations• Configuration optimization

PROJECT: HÜRJETHürjet is a single engine, supersonic advanced jet trainer aircraft is being developed by Turkish Aerospace. Being involved in this project from the conceptual design process to the production phase I, mainly, have had a chance to perform:• Multi-objective design optimization studies conducted on wing, canopy, forebody and tails• Air data sensor (static ports and multi-function probes) positioning and calibration• Aerodynamic database generation using both CFD and wind tunnel data• Static and vertical wind tunnel testing, test matrix planning, applying wind tunnel corrections• CFD method validation, ground effect and transonic buffet analysis• Aerodynamic flight test planning for stall and aerodynamic buffet• Automation and GUI generation of CFD analyses and optimization studies using Python with Qt Designer

PROJECT: SIKORSKY VIP S-92In this project, I have performed the pre-post operations, CFD analyses and post-process operations on S-92 helicopter.

PROJECT: AIAA DRAG PREDICTION WORKSHOP - IDuring this internship, I have performed CFD analyses on DLR’s F6 common research model and compared the results to the test data provided in AIAA DPW-I.

PROJECT: HÜRKUŞHürkuş is a single turboprop engine trainer aircraft is being developed by Turkish Aerospace. In this project I have conducted Fault Tree Analysis (FTA) and, Failure Mode Effect and Criticality Analysis (FMECA).