Husnain Safdar

- R&D to further increase the efficiency of current and future hybrid electric vehicles. - Zero dimensional (0D) simulation modelling with MATLAB and Octave. - Artificial Intelligence and Machine Learning with Python and MATLAB.

- Design, FEM simulation and drawing creation with SOLIDWORKS/3D-CAD. - Responsible for research and development in ongoing projects. - Support and developmental tasks in faculty.

- Development of A Zero-Dimensional (0D) Simulation Tool for Pre-Chamber assisted Ignition in Hybrid Automotive Power-train Concepts. - Grade: 1.0

- Experimental studies of flow types. - Image processing with MATLAB.

- Initial development of simulations and CAD modeling in the concept phase. - Mechanical design and manufacturing of an automated battery changing robot in a team.

- Testing and assembly of electronic brake systems as well as support in the assembly line for Mercedes classes C, S & X.

- Migration of infrastructure data with design and implementation of hardware\software.

- Applied mathematics and physics.

- Experience in the design and development departments of Drones and Air-crafts. - Manufacturing as well as pre- and final assembly in the individual and series production of machines, vehicles and plants.

- Conducted research and development in the design, manufacture and testing of industrial components to complete the construction of wind turbines.

- Planning of work processes in production, design of organizational structures and procedures, monitoring and control of plants and processes. - Surface coating (painting, galvanizing) and heat treatment (normalizing, soft annealing, hardening and tempering) of heavy machine parts and work-pieces.

Rechnerintegrierte Produktentwicklung, Fahrzeugtechnik, Kinematics of Robots and Mechanisms, Schwingungsanalyse mit MATLAB, Quantitative bildgebende Messverfahren in Strömungen, Technische Grundlagen zukünftiger Fahrzeugsysteme und Werkstofftechnik

Thermodynamic, CAD, Design Theory, Control Systems and Mechanical Vibrations