Our startup specializes in additive manufacturing with a focus on mass production through automation.We use state-of-the-art technologies and automated processes to reduce the costs of series production and thus enable local production of components. Based in the Technopark Winterthur, we are your innovative partner for 3D printing projects.

Lecturer at the Technical College/Höhere Fachschule IBZ Winterthur for Fluiddynamics.

Responsible for development of fluid-dynamic, thermodynamic and dielectric simulation methodologies using various in-house and commercial simulation tools (Ansys Fluent, Maxwell, etc.)Strong focus on research and development of generator circuit breakers and high-voltage interruptersImplementation of thermodynamic simulations using combination of 3D CFD and 1D thermal networkTechnical support to business acquisitions and customer projects

Responsible for fluid dynamic and thermo dynamic simulations from preprocessing (Siemens NX and Hypermesh) to modelling using StarCCM+ and TAITherm to postprocessing using Python.Evaluation, implementation and testing of innovative simulation methodologies in the field of aerodynamics, multiphase flow and fluid structure interaction.Acquiring and managing customer projects with respect to time planning, budgeting and project tracking.

Development of an aerodynamic package for an electric Formula Student race car, which competes at races in Silverstone, Hockenheim and Red Bull Ring. I was part of the aerodynamic team and my work includes:- Building a CFD Model using Ansys CFX (first year) and Star-CCM+ (second year)- Wind tunnel testing at RUAG Aviation with moving floor and boundary layer suction- Optimizing CFD model using wind tunnel measurementsResults 2013- 1st place at Silverstone- 1st place at Red Bull Ring- 2nd place at Hockenheim- World ranking number 1