Muhammad Omer Siddiqui

• Investigation of possible methodologies for the optimization of the current blade testing methods using FEM simulations • Development of an optimized tool in ANSYS Workbench for the identification of the required boundary conditions for a desired blade test scenario

• Development of a full wind turbine multi-body system in SIMPACK • Modal analysis of the drivetrain components • Dynamic analysis of the wind turbine system in SIMPACK to study its vibration behavior • Calculations of bearing stiffness using BEARINX • Designing a tower adaptor for a 4MW wind turbine nacelle using SolidWorks • FE analysis of the wind turbine tower adaptor using ABAQUS • Preparing manufacturing drawings of the 4MW wind turbine tower adaptor

• Development of a FEM model for the 10MW wind turbine test rig using ANSYS Workbench • FEM simulations to calculate the displacements in the overall structure • Modal analysis of the 10MW test rig components

• Development of an error motion simulation program for a 5-axis milling machine in MATLAB • Construction of CAD models and manufacturing drawings of sensor mounts using SolidWorks • FEM simulations using ANSYS to calculate displacements under mechanical and thermal load

• Development of conceptual models for industrial conveyors and packaging machines using SolidWorks • Assistance in project planning for the company’s engineering team • Cost calculations for manufacturing of storage tanks

Process and Principles of Lightweight Design, Dynamics of Multi-Body Systems, Mechanical Vibrations, Mechanics of Materials, Practical Introduction to FEM-Software, Computer Aided Design