1) Reverse Engineering Methodology 1.1) Two-seated (side-by-side) Aircraft 1.2) Missile Launching Platform 1.3) Missile Loading Platform 2) Fluid Mechanics&Heat Transfer 2.1) Hydrodynamics and Statics of Armored Vehicle 2.3) Hydro-Propeller Design and Analysis 2.2) Free and Forced Convection 2.3) Aerodynamics of Aircraft Wing 3) Vibration, Control,&Dynamics 3.1) Automatic Positioning Orientation System (PLC&Hydraulic Control) 3.2) Helicopter Blade Vibration Analysis 3.3) 8x8 Vehicle Dynamics Simulation (ADAM) 4) Aerial, Land, and Sea Vehicle System Designs 4.1) 8x8 Armored Vehicle System Design 4.2) Vertical Takeoff and Landing Platform 4.3) Aircraft System Design 5) Solid Mechanics 5.1) Composite Material Structural Design 5.2) Launching Tube Design and Analysis 5.3) Blast and Ballistics Analysis and Simulation 5.4) Aircraft Wing and Helicopter Blade Structure Design and Analysis 6) Manufacturing Technology&Production 6.1) Composite Material Production 6.2) Missile Launching Platform (WP/WI) 7) Product Lifecycle Management 7.1) 30 mm Cartridge 8) Test and Evaluation 8.1) Military Vehicle Qualification 8.2) Armor Ballistic Test 9) Hydraulic System 9.1) Fundamental and Advanced of Hydraulics 9.2) Hydraulic System Design for Military Vehicle 10) Research-Supporting Software and Equipments 10.1) Product Lifecycle Management (CATIA) 10.2) 3D Design Software (CATIA) 10.3) 3D Scanner (GOM) 10.4) ARAMIS (GOM) 10.5) Conceptual Design Software for Aerial Vehicle 10.6) Composite Design Software 10.7) 3D Printer |
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