Ing. Muhammad Dawood

Master Thesis Topic: " Evaluation of novel xMR-based sensor products in application/system-near scenarios"  Functional Demonstrator for Steering Angle Sensors i.e GMR, TMR  Communication of AURIX microcontroller with sensor by certain interfaces and implement related compensation algorithms using microcontroller.  Appropriate hardware and firmware for driving the sensor and realization of software with suitable interfaces  Modules of AURIX, 32-bit microcontroller, used are SENT/SPC, EVADC, QSPI

 Conducting research and development activities in the field of Smart Energy System.  Research about Smart Grid System technologies.  Hybrid system integration in automobiles.  Smart Energy Vehicles and their failure to launch properly into market.

Components and Architecture, Hardware Software Co-Design, Real-Time Systems, SW Design for Embedded Sys., Electronic Design Automation, MATLAB Numerical Sim., SW Platforms for Automotive Sys., System Design(VHDL), Smart Sensor Systems

Microprocessor Systems, Operating System Concept, Digital Systems Design, Digital Logic Design, Algorithm and Data Structure, Object Oriented Programming, VLSI Design (VHDL), Computer Networks, Computer Organization,