Sazzad Hossain

• Firmware update for STM32 and ESP32 via (ROM) bootloader • Optimized network protocols for efficient data transmission • Use of communication protocols (UART, SPI, I2C, Ethernet and CAN) • Development of MISRA-C-compliant code with a special focus on readability, robustness, scalability and structured programming • Version control and documentation with Jira and TortoiseSVN

• Development of an application for the recognition of car dashboard sign • Development of an application for localization and data synchronization • Development of firmware for analog signal analysis via STM32 • PLC-Automated conveyor system for production lines with Wago • Use of communication protocols (TCP, UDP, WebSocket and CAN socket) • Research on ADAS tools and applications • Development of hardware and software for the smart data logger • Version control and documentation with Jira, GitHub, GitLab

• Standalone application development • Software testing and analysis • Schematic and layout design of the breakout box using Eagle • Documentation and result analysis

Master Thesis Topic: Camera-based Vehicle Dashboard State Detection System for AD/ADAS Applications • Research on different object detection approaches and ADAS applications • Application development for detecting different vehicle dashboard symbols • Data processing and analysis • Tools and libraries: C++, JavaScript, HTML5, CSS3, OpenCV and JSON • Hardware: NVIDIA Jetson AGX Xavier, Camera (e-con and GoPro) and Vector

• Creation of circuit diagrams for control panels of special machines with EPLAN • Troubleshooting and repair of various electrical machines • Cooperation with the electrical safety department • Implementation of new automation in an old goods inspection machine • PLC automation for a mixing machine with Wago • PLC automation for HVAC system with Wago

Bachelor Thesis Topic: Electrical Safety for Garments and Heavy Industries • Study of electrical safety for garments and heavy industries • Study of the electrical design considerations for the installation of the electrical equipment • Control panel design, AutoCAD drawing, cost estimation and analysis

• Basic principle and operational method of a thermal power plant. • Theoretical and practical knowledge about boiler, turbine, motor and generator by the practical visit. • Practical workshop on power plant common maintenance, fault finding and controlling. • Special courses on power plant automation and PLC controlling

Focus: Microelectronics, Interface Electronics, Power Electronics and Advanced Control Systems

Focus: Analog and Digital Circuits, Automation, Control Systems and Electronics