Mechanical Engineering student interested in robotics, engineering design, control, and simulation.
- Interested in designing and building robotic systems
- Experienced with control modeling and dynamic simulation
- Familiar with electronics and embedded systems through coursework and practical work
- Worked on academic projects involving mechanical design, CFD, and physics-informed neural networks
- Experienced as a Teaching Assistant, grading assignments and answering course-related questions
- English and German at B2 level
- Robotics and mechanism design
- Control and dynamic simulation
- Embedded systems and electronics
- Mechanical design and CAD
- MATLAB and Simulink
- Python and PyTorch
- SolidWorks
- ANSYS Fluent
Modeling and simulation of a separately excited DC motor, including open-loop analysis and closed-loop speed control using a PI controller in MATLAB/Simulink.
Mechanical design and analysis of a two-stage gearbox, including gears, shafts, bearings, housing, and a complete SolidWorks assembly.
Dynamic simulation of a reciprocating pump mechanism, including multibody modeling, kinematic response analysis, motor torque evaluation, and flywheel comparison in MATLAB/Simulink.
Modeling incompressible flow over NACA airfoils using physics-informed neural networks and a MATLAB potential-flow method, including aerodynamic analysis and numerical validation.
CFD analysis of flow through elbows, a conical diffuser, and a converging-diverging nozzle using ANSYS Fluent, including pressure loss, flow separation, thermal effects, and MATLAB post-processing.
Design and analysis of an adjustable crane attachment for a forklift, including structural calculations, bolted and welded joints, manufacturing drawings, and a complete SolidWorks assembly.