Siam Miah

Currently working as an Embedded Software Engineer at DetectorTesters, contributing to the development, testing, and optimization of firmware for professional-grade electronic test and detection equipment. My role spans the full embedded software lifecycle, focusing on performance, reliability, and seamless hardware-software integration. Responsibilities include: •Developing and maintaining embedded C/C++ firmware for microcontroller-based systems. •Collaborating with hardware, QA, and production teams to support smooth product development and release. •Writing robust, testable, and maintainable code for real-time embedded applications. •Performing debugging, hardware bring-up, and validation of embedded systems. •Participating in design reviews, code reviews, and process improvements.

As a Firmware Engineer at Measurable.Energy, I developed and optimized firmware for a smart socket IoT product, ensuring high performance and seamless integration between embedded firmware, hardware variants, Wi-Fi connectivity, and AWS cloud infrastructure. My work supported efficient energy monitoring, carbon savings, and reduced energy consumption through reliable remote data logging and control using MQTT. I maintained, refactored, and optimized codebases to improve system reliability and performance. I conducted thorough code reviews to uphold high-quality standards and consistently delivered robust firmware under tight deadlines. I also contributed to ongoing efforts to improve code structure and efficiency. Additionally, I developed energy measurement features using Power Management ICs to enable accurate tracking and power-saving capabilities. I performed extensive system testing to ensure stability, prevent regressions, and customized firmware for multiple hardware variants across the product line.

As a Firmware Engineer at TG0, I drove R&D and independently led the full firmware development lifecycle across 11 B2B/B2C projects - from requirements and architecture to testing and release. Projects spanned automotive, gaming, medical, and fitness sectors, with a strong focus on embedded systems, sensor integration, and robust, production-ready firmware. Key responsibilities: •Drove research and development of firmware technologies, writing robust and testable code for embedded systems. •Developed high-quality firmware for electronic devices and embedded products. •Led or contributed to commercial and R&D projects across multiple sectors. •Tested and qualified systems from early-stage prototyping through to mass production. •Wrote and maintained firmware documentation, tested releases, debugged issues, and collaborated closely with electronics engineers to ensure firmware stability. •Created, managed, and collaborated on both new and existing projects within the company. Key technologies, software and packages: •C •C++ •Python •FreeRTOS •PSoC4 •Arduino •Adrafruit Development Boards •PSoC Creator •VScode •Git •Bitbucket •capacitive sensing technologies

•Developed and tested embedded C/C++ applications on Arduino and PIC16F877A platforms. •Built hands-on experience with microcontrollers, GPIO interfacing, and communication protocols including I2C, SPI, UART, and USB-to-serial. •Worked on low-power electronics and sensor integration across various customer-facing engineering projects. •Programmed display peripherals and authored comprehensive documentation covering circuit design, source code, and library usage. •Designed and delivered STEM learning courses from the ground up to teach embedded systems and electronics fundamentals.

•Installed and maintained specialized medical systems across multiple London hospitals. •Acted as a specialist tester, responsible for validating performance and troubleshooting of medical sensors and devices. •Performed component-level repairs on PCBs and electronic boards. •Provided managerial support and technical training to Junior Technologists and Apprentice Engineers. •Utilized a range of testing tools including oscilloscopes, function generators, digital multimeters, soldering irons, medical simulators, and lab test equipment.

•First engineering role, actively supporting the Engineering team in meeting weekly testing targets and key performance indicators (KPIs). •Performed acceptance testing, performance evaluation, and functional checks on a wide range of medical devices. •Worked part-time during university semesters and full-time during summer breaks while completing a BEng in Electronic and Electrical Engineering. •Started as an admin trainee for 6 weeks and was promoted to Assistant Engineer after demonstrating strong work ethic, eagerness to learn, and passion for electronics.

Placed on the Dean's list for recognition of outstanding achievement in academic studies. Awarded with the Excellence and Deans list awards for excellent performance and obtaining high academic results. Level 6 modules: Digital Signal Processing Design, Embedded and Real-Time Systems Architecture, Algorithm and System Implementation, Power Electronics and Drive Systems, BEng Individual Project "Design and Implementation of a Micro-controller based SPO2 system" Level 5 modules: Analog System Engineering, Digital System Design and Implementation, Electrical Engineering Principles, Professional Engineering Practice and Industrial Management, Signals and Communication Engineering Level 4 modules: Analog Electronics, Digital Systems, Mathematics and Engineering Principles, Engineering Programming, Embedded Systems Project, Signals Systems and Communications Foundation modules: Electronic fundamentals, Engineering Mathematics, Communications, Programming, Computer Systems and Networks