Basitur Rahman Chowdhury

The project PaC-Aqua-Block involves Microwave Plasma Enhanced Chemical Vapor deposition (MW-PECVD) method for the surface coating of selected biopolymers ( mainly PHB ). I am conducting CFD/MHD simulation on Plasma Argon and Plasma Oxygen to investigate the gradient in the coating thickness. The task is specially challenging because I have to deal with both Navier-Stokes and Maxwell equations to solve the flow problem for Plasma.

• Commissioning multiple projects in the field of aerospace prototyping to enhance research facilities of the laboratories (turbomachinery, aerospace structures and aerodynamics). • Technical advice and training of young researchers on aerospace components and applications. • Co-ordinating and planning test bench operation of newly designed prototypes. • Carrying out project-related research, documenting and presenting them in a structured manner. 04/2018-

1) Techniques in Aircraft Maintenance Procedure for Boeing 777-300ER and Bombardier Dash 8 Q400. 2)Comprehensive briefings on Production Planning & Control.

Thesis Project in the Surface Science Laboratory at the University of Koblenz-Landau under the supervision of Professor Dr. Christian Fischer. Tasks include: - CFD simulation of Plasma argon and oxygen accumulation in the plasma chamber - Effects of plasma argon treatment on selected biopolymers - Installation of Turbo-molecular Vacuum Pumps system.

1) Numerical Approximation using Partial Differential Equation and Applied Differential Equation 2) Numerics of PDE i.e. Finite Element Method (FEM), Finite Difference Method (FDM) 3) Computer based numerical simulation using Python & MATLAB 4) Integer, linear and non-linear Optimization

1)System Design Approach to manufacture a UAV capable of delivering 15-30 kg payload and a specified flight-path. 2)CFD simulation over several airfoils using Ansys Fluent and SOLIDWORKS in order to select the optimal airfoil to fulfill the flight condition.

1) Computational Fluid Dynamics (CFD) & Applied Aerodynamics simulations using Ansys Fluent & SOLIDWORKS 2)Fluid mechanics and Thermodynamics 3)Numerical analysis using MATLAB. 4)Computer aided design on SOLIDWORKS 5)Turbomachinery 6)Aircraft stability and control.