Team leadership
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The team leadership is the executive commitee of our organisation and is responsible for the technical, organizing and financial overall concept.
Diana Weickert
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Chief executive officer (CEO)
Wieland Porep
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Chief technical officer (CTO)
Martha Uhrlaß
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Chief financial officer (CFO)
Management
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The subdivision's spectrum of tasks mainly are team internal organization and external representation as well as social media. These include the maintenance of the communication platform, the design and planning of team clothing and the organization of the rollout and Fomula Student events. But also the business plan is an important task of the management.
Diana Weickert
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Subdivison leader management
Clarissa Werner
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Team clothing
Matthias Förster
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Business plan
Lara Windler
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Calender, design
Marketing
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The marketing is responsible for the impact and media reach. This includes online presence on social media platforms like Instagram and Facebook as well as updating the official website of the team. Furthermore, a newsletter is released every month.
Alexander Mölle
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Subdivision leader marketing
Melanie Uhlig
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Public Relations
Marvin Gretschel
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Webseite, YouTube
Elektronics
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Subdivision electronics includes a wide task field, for example the design of the high voltage accumulator and the corresponding safety electronics. On the other hand, printable circuit boards and circuit layouts are designed and manufactured. In addition, the subdivision evaluates the data which is collected during driving. For that, high-precision sensors and fast BUS-systems are required to manage the amount of data. For data communication, a wire harness is developed, designed and manufactured.
Adrian Oeßwein
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Subdivision leader elektronics
Norman Seyffer
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Vehicle dynamics management
Wladimir Kietov
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Vehicle dynamics management
Johann Härtig
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Wiring harness
Johannes Buschmann
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PCB layout
Juel Kassou
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PCB layout, programming
Vincent Weinrich
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PCB layout, programming
Max Friedemann
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Programming
Jonny Bernhardt
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Design
Sebastian Preisel
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Accumulator design
Johanna Adam
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Accumulator simulation
Elena Knoche
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Accumulator simulation
Mechanical drivetrain
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The duty of the mechanical drivetrain is to transmit the torque of the motors into propulsion with high effectiveness. For that, highly efficient gear components have to be developed in order to reduce rotating and unsprung masses. Another task is the cooling of the power electronics and motors.
Paul Herzog
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Subdivision leader mechanical drivetrain
Klara Schwibs
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Rear part casted rearend
Patrick Franke
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Gearbox
Jonathan Kehr
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Motor housing
Martin Olbrecht
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Cooling system
Patrick Reh
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Motor development
Friedrich Renn
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Motor development
Prasanth Dude
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Motor development
Suspension
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Subdivison suspension deals with the connection of the chassis to the track. First of all, the vehicle dynamics and transfered forces are determined by the tyres, but mass and stiffness of the wheel assembly or damping behavior have a major influence, too. Kinematics enables, according to the vehicle’s position, an ideal position of the tyre to the track in order to transfer maximum possible forces.
Vincent Gorges
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Subdivision leader suspension
Lucas Dulewicz
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Kinematics
Sarvocch Gupta
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Wheel hub
Simon Karschner
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Uprights, rims
Magnus Engler
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Uprights
Ragunath Maritmuthu
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Brake system
Kristi Nani
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A-arms
Roy Rechenberg
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Steering system
Venkatasubra-
manian
Sundaramoorthy
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Spring-damper-system
Chassis
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This year, a metal sheet monocoque will be used for the fourth time. The very light and stiff honeycomb structure forms a solid and light chassis for our RT13.
Richard Pfeifer
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Subdivion leader chassis
Ruba Al Masalma
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Accumulator housing
Georg Bornitz
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Pedal box
Rohith Tvn
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Ergonomics
Aerodynamics
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Aerodynamics is an independent subdivision since the 2013/14 season. An aerodynamics package with a focus on maximum downforce is developed using CFD-simulations. Further development targets are high efficiencies for downforce-to-drag and downforce-to-package weight.
Dominik Kögler
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Development leader
Martin Büttner
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Manufacturing leader
Sven Nebel
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Sidewing
Simulation
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Subdivision simulation supports all designing subdivisions during the dimensioning process. Using numeric simulations, the strength of each component can be calculated with stress analysis. Another field is topology optimization in order to improve weight and stiffness.
Markus Friedemann
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Subdivision leader simulation
Tobias Bokeloh
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Simulation
Lucas Hahnstein
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Simulation
Rahul Reddy
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Simulation
Rajat Rindal
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Simulation
