Muhammad Aafaque

 Development of low-level drivers for embedded systems with safety-relevant real-time operating system;  Compliance with MISRA C++ 2008 and AUTOSAR C++ 14 guidelines for development of safety-relevant software;  Development of embedded software for CAN communication between different system components and their configuration using CANopen standard;  Development of embedded software for firmware update over communication bus;  Conception and documentation of the embedded software using SysML.

My responsibilities to the System Validation Team at Munich Area, Germany were to develop the hardware for testing of the instrument clusters and infotainment, instead of just sensing the CAN messages, with the help of NI LabVIEW and NI TestStand. The developed test system is also used for automation of the tests especially for the integrated and hardware-in-loop (HiL) testing of the instrument clusters and infotainment developed for well-known automobile manufacturers.

Led a team of seven members for the development of functional electrical testing and verification system, for the attitude and orbit control subsystem (AOCS) of a remote sensing satellite, with following goals;  HiL testing of control subsystem of satellite (AOCS);  Emulation of satellite sensors using embedded systems;  Implementation of space model and sensor models in real-time environment of MATLAB/Simulink® - xPC Target;  Procurement, technical scrutiny and inspection of the equipment;

Designing and development of testing systems, Electrical Ground Support Equipment (EGSE) and Air-bearing Testbed, for Hardware-In-Loop (HIL) testing of very crucial subsystem of the satellite i.e. Attitude and Orbit Control Subsystem (AOCS). The EGSE comprised the sensors and actuators emulation running in embedded hardware, controllers running in realtime machine implemented using the xPC Target toolbox of MATLAB, HMI running in NI LabVIEW for automation, monitoring and logging purposes.

Mixed-Signal Electronics, High-Speed CMOS Design, HW/SW Codesign, Chip-Mulitcore Processors, System-on-Chip Technologies, Memory Technologies for Data Storage, Analog Integrated Circuits for Mobile Communication and Power Management

Advanced DSP, Advanced Nonlinear Systems, Fuzzy Control Systems, System Identification

Microprocessor Principles, Power Electronics, Control Systems, Logic Design and Switching Theory, Electronic Devices, Circuits and Systems, Instrumentation, PLCs, Embedded Systems