+49 176 325 22 906
Highly motivated engineer focused on efficient and pragmatic problem solving; proven ability to combine remarkable meticulousness with fast working; professional motorsport and high volumen manufacturing experience; advanced knowledge in vehicle dynamics; put simply, I am a passionate mechanical engineer who would like to utilize his skills to enhance your project.
More than a decade of experience in fully machined uprights/knuckles, machined welded assemblies and machined large casted or forged series components.
Long experience in welded assemblies from wishbones, over subframes up to complete roll cages for different race series.
High volume product development and manufacturing knowledge of large structural components.
Experience in design of safty critical and complex suspension components.
Various completed projects as responsible design engineer for components for small series vehicles.
As lead engineer i was involved and responsable for the development of complete suspensions and the design of corner modules for high performance cars.
Chassis and suspension concept predevelopment (kinematic / vertical dynamic), oversee component integration for prototype cars (e.g. steer-by-wire, brake-by-wire, active suspension).
Focus on concepts for small batch vehicles, prototypes, racecar components and high-performance cars.
Managing the development department of the aluminium business unit, which is responsible for aluminium chassis casting products for OEMs (high volume serial production).
Technical lead and responsible for all suspension components (wishbone, upright, etc.) of the company; suspension concepts; used manufacturing process: forged, AM, welded, machined.
Design and simulation of suspension, subframe, drivetrain components and roll cages. Involved in overall racecar development (including tank system, racecar interior, steering systems etc.)
Involved in an update development for an existing GT3 car from an OEM.
Leading three teams of students aged 12 to 16 which deploy CAD/CAM software to collaborate, design, analyse, manufacture, test, and then race miniature gas powered balsa wood F1 cars at the multi-disciplinary challenge “F1 in Schools”. Received "Best Racing Car" design award with one attended team at the national championship.
Involved in the development of pit equipment and components for racecars, which participated at competitions at the VLN (Nürburgring Nordschleife)
Design of pit equipment and suspension parts
Tutor activities for Mechanical Engineering
Research about vehicle system dynamics and interconnected suspensions; submitted a patent (2017) about a fully interconnected suspension with highly efficient spring and damper elements; supervisor of several case studies, bachelor and master thesis; teaching two master courses (“Higher Dynamics” and “Dynamics and Adaptronics”)
Courses taken included: modelling and design of dynamic systems, simulation in the product development, higher dynamics, symbolic calculations
Courses taken included: engineering basics of mathematics, design, mechanics and physics, suspension and engine development
Received for master thesis; Topic: Analytical calculation of the vertical dynamic of a racecar)
Received for bachelor thesis; Topic: Design of a novel suspension concept with regards to the specific requirements of electric vehicles and development of a method to analyse the Kinematics with the aid of CATIA V5.
Received because of superior educational performance.