Dr. Rahim Uddin | Fudan university | China
SCOPUS
Early Academic Pursuits
Dr. Rahim Uddin’s academic journey began with a B.S. in Telecommunications and Networks from IU University, where his thesis focused on “GSM Module Interfaced with Microcontrolled Smart Communication System.” This early work demonstrated his aptitude for integrating theory with practical applications. He continued his academic advancement with an M.S. in Information and Communication Systems, where his outstanding contributions were recognized by the publication of his article in Electronics (2018, 7(10), 259) and his distinction as Academic Star of the Year 2018. Currently, he is pursuing his Ph.D. in Information Sciences and Technology at Fudan University, working at the State Key Laboratory of ASIC and System, Key Laboratory for Information Science of Electromagnetic Waves (MoE), and the School of Information Science and Technology, Shanghai.
Professional Endeavors
Dr. Uddin has pursued a dynamic professional career across academia, research, and industry. As a Research Assistant at Shanghai University, he contributed to experimental design, data analysis, and publication of interdisciplinary projects. His teaching experience as a STEM Instructor at Nord Anglia School and Lycée Français de Shanghai showcased his ability to design and lead engaging programs in robotics, coding, and engineering, cultivating innovation among students. He also gained extensive industry experience as an Embedded Systems Engineer at Shanghai Sibo M&E Ltd. (2019–2021), where he developed embedded firmware using C, C++, and Python for industrial control systems, managed hardware circuits, and optimized sensor systems. These professional endeavors positioned him at the intersection of wireless communication, data science, and embedded system innovations.
Contributions and Research Focus
Dr. Rahim Uddin’s research focus integrates wireless communication, data science, AI, and electronics engineering. His contributions include advancements in DSP fundamentals, control systems, and multi-antenna optimization for next-generation communication technologies. He co-authored high-impact papers such as 1-Bit DSM-Encoded High-Order QAM over a 4 km D-Band Wireless Link and Optimized Multi-Antenna MRC for 16 QAM Transmission in a Photonics-aided Millimeter-Wave. These contributions highlight his expertise in advanced wireless communication systems, particularly in millimeter-wave and photonics-aided transmissions. His interdisciplinary approach bridges theoretical research with practical innovations, turning lab concepts into real-world technological solutions.
Impact and Influence
Dr. Uddin’s influence extends across both academia and industry. His publications in SCI-indexed journals are widely cited, advancing the state of the art in wireless communication and data-driven engineering. His teaching and mentorship at prestigious institutions have inspired future engineers and researchers, while his technical work in embedded systems has improved industrial control systems and communication hardware. His proactive integration of AI into STEM education ensures that students and collaborators remain at the forefront of technological advancements.
Academic Cites
Dr. Uddin’s research outputs have received significant recognition through academic citations, emphasizing the importance and applicability of his work. His publications on high-order modulation, photonics-aided wireless transmission, and multi-antenna systems are referenced by scholars in the fields of electronics, data science, and wireless communication. The academic community acknowledges his research as a valuable contribution to the evolution of next-generation communication systems.
Legacy and Future Contributions
Looking ahead, Dr. Uddin aims to continue shaping the future of advanced wireless communication systems, AI-driven data science applications, and embedded electronics. His legacy will be built on fostering innovation in both academia and industry, mentoring future STEM leaders, and contributing to technological advancements that transform global connectivity. As he advances in his Ph.D. research at Fudan University and collaborates with international laboratories, his future contributions are expected to significantly influence 6G, photonics, and AI-integrated communication technologies.
Notable Publications
Photonics-assisted intensity-modulation and direct-detection MIMO millimeter-wave system in the D-band
Journal: Chinese Optics Letters
Year: 2025
Conclusion
Dr. Rahim Uddin exemplifies the modern dynamic researcher-educator whose expertise spans electronics, engineering, AI, and wireless communication. His journey from academic excellence to professional innovation reflects a deep commitment to advancing both theory and practice. With his growing body of publications, teaching excellence, and real-world engineering contributions, Dr. Uddin’s career trajectory ensures a lasting impact on academia, industry, and the future of communication technologies.