Dipl.-Ing. Husnain Kazmi

- Development and validation of innovative software concepts and architectures for infotainment control units - Requirements management, specification and coordination of software architectures in a multi-project environment - Development of software components plus feasibility studies / technical reviews - Joint problem solution and coordination with internal/external interface partners - Technology evaluation and implementation of feasibility studies

Contracted to Green Digit GmbH on a full-time basis. The company offers my service to other engineering companies as a consultant in the field of Embedded Development.

Programming a 32-bit ARM-based microcontroller Implementation of handshaking between a PowerPC processors and microcontroller Configuration/calibration of a 40-Gbps processor/microcontroller interface Implementation of I2C/SPI protocols Implementation of an IP stack and protocols such as Telnet, DHCP client and TFTF server over lwIP Simulation of SD-card as a mapped memory region to the processors by incorporating FAT filesystem enabling the processors to access the SD-card as ROM

o Development of software modules for real-time operating system o Flash programming and improvement of factory tests o Development of low-level drivers for the firmware o Development of multithreaded algorithms to read analog data from multiple sensors to handle different functionalities

- Developed a wireless Heart Rate Monitor using ear-cavity sensor - Programmed an EFM-32 Mcrocontroller (with an ARM Cortex microprocessor) in C to implement an algorithm to interpret the raw data from the sensor, calculate accurate heart rate and to wirelessly transmit heart rate to ANT+ monitor using ANT protocol

Programming language: C - Software design in C to perform qualitative and quantitative analyses of ISO Base Media File Format in order to calculate the overhead for MP4-container and Dynamic Adaptive Streaming over HTTP (DASH) specification - Overhead calculation of MPEG-2 transport stream for DASH - Analysis of a new proposed streaming file format in DASH context

Programming language: JAVA - Redesign of Open Graphical User Interface (GUI) for LTE and HSPA simulators in JAVA - The GUI was used to display and control mobile users for each of those networks and manage hand-overs among these networks

- Thorough examination and structural analysis of patents - Classification of patents related to Audio/Video Communications - Determination of technologies, hardware and software used in the patents and categorization of the patents accordingly

Programming language: VHDL - Design of a ‘PC-FPGA communication system via Ethernet’ in VHDL - Implementation on a Virtex-FPGA without the use of an IP-core

Programming language: JAVA - Programming of GPS/GPRS modules using J2ME platform - Fault detection and location estimation of products being transported over long distances - Transfer of the nature of fault and the precise location (calculated using GPS modules) to a centralized location using GPRS

Designed curriculum for Digital communications lab and was the instructor of the following labs during the three semesters of my teaching experience. Analog communications lab Digital communications I & II labs Computer networks lab

- Manageent of operations and faults at Operations & Maintenance Center (OMC) for Network Substation (NSS) of a GSM/EDGE system - Handling of equipment from vendors such as Siemens and Huawei - Supervision and inspection of mobile equipment such as MSC, HLR, VLR, etc.

Mobile Communications Multimedia Communications Image and Video Compression Adaptive Array and Signal Processing Broadband Communication Systems System Aspects and Advanced Topics in Signal Processing

Electric Circuit Analysis Digital Logic Design Signals and Systems Electromagnetic Waves Antenna and Wave Propagation Control Systems Microprocessors and Microcontrollers Analog and Digital Communications FPGAs and DSPs Wireless Communications