Schmitten, Fribourg, Switzerland
The future is ours. Shaping a dent in the society by innovating in the engineering domain is one of the achievements that I want to accomplish.
Specializing in the development and simulation of thermal and mechanical physical models for door and gate systems in automatic doors, complemented by FEA analysis and testing.
MSc: Mechanical engineering toward Computer Vision and Robotics
Aerodynamics engineer for the fan powered car "mythen" in the World Record project. Achieved the fastest acceleration of an electric car from 0-100 kph in 0.956s.
Leading a team of ten people. Innovating the aerodynamic concept by introducing active components.
Cooling: Introducing first 3D-printed lattice-structured radiator in Formula Student with self-developed fans to increase the power to weight ratio. CFD: Overhaul in automation of the CFD pipeline from CAD to CFD over a cluster via a GUI and reworking the overall CFD to increase efficiency, accuracy and reliability while minimizing turnaround time. Aerodynamics: Design, manufacturing and assembly of aerodynamic parts for the race car.
Developing system level radiator models to fully design radiator and fan assemblies in-house and to further understand the thermal system. Creating a tool/model to optimally guide the design of a manifoldling plate for future Tesla Energy products.