Prof. Dr. Md. Shakilur Rahman is a world-class researcher with over 25 years of distinguished experience in

Nuclear Physics and Medical Radiation Physics, integrating advanced scientific research with impactful applications in energy, healthcare, and environmental sustainability. His work uniquely bridges fundamental nuclear

science with real-world solutions in radioactive waste management, nuclear security, and precision cancer treatment,

making him a globally recognized leader in both disciplines.

He earned his PhD in Nuclear and Particle Physics from Kyungpook National University, South Korea, where he

also served as a Research Professor. His research at the Pohang Accelerator Laboratory focused on high-energy

photonuclear reactions using electron accelerators, generating critical nuclear data such as photonuclear cross-

sections, isomeric yield ratios, and nuclear level density parameters. These outputs play a vital role in the design and

optimization of Accelerator-Driven Subcritical Systems (ADSS), providing a scientifically advanced solution for the

transmutation and reduction of high-level radioactive waste generated from nuclear power plants. His contributions

significantly advance clean nuclear energy and long-term environmental protection.

Dr. Rahman is a recipient of the prestigious Brain Pool Scientist Award from the Korean Federation of Science and

Technology Societies (KOFST), funded by the Ministry of Science and ICT, recognizing his global excellence in

scientific research. Under this program, he conducted advanced research on photonuclear data and medical isotope

production, further strengthening international collaboration and innovation. A major highlight of his career includes

his postdoctoral research in Japan, where he contributed to radioactive waste management solutions following the

Fukushima Daiichi Nuclear Power Plant accident. His work focused on advanced technologies for the separation

and treatment of high-level radioactive waste, addressing one of the most critical nuclear safety challenges in

modern history.

In parallel, Dr. Rahman has made significant contributions as a Medical Radiation Physicist, particularly in cancer

treatment and radiation safety. He led nationwide initiatives in radiotherapy dosimetry, quality assurance, and

radiation protection, improving treatment accuracy and patient safety across multiple cancer centers and benefiting

tens of thousands of patients annually. He also played a leading role in establishing a Secondary Standard Dosimetry

Laboratory (SSDL), ensuring internationally traceable radiation calibration standards for medical, industrial, and

research applications.

Dr. Rahman served for more than two decades as Chief Scientist and Director of the Nuclear Safety, Security and

Safeguards Division at the Bangladesh Atomic Energy Commission. He currently works as a Senior Consultant in

Nuclear and Radiological Instrumentation, collaborating with international partners, including industry stakeholders

in Japan. His expertise supports advancements in nuclear safety, radiation detection, and healthcare technologies

aligned with global standards.

An internationally engaged scientist, Prof. Dr. Rahman has actively participated in research collaborations,

conferences, and scientific programs across the United States, Canada, Germany, Japan, South Korea, Italy, Austria,

Thailand, India, Czech Republic and many other countries, contributing to global knowledge exchange and

technology transfer. He is also a dedicated educator and mentor, having supervised 43 students across PhD, M.Phil.,

MS, and undergraduate levels, and served as an adjunct professor at the leading public universities.

With over 100 peer-reviewed publications, extensive conference contributions, and leadership in scientific journals,

Dr. Rahman continues to influence both academic research and practical applications worldwide. His work stands at

the intersection of nuclear innovation and medical advancement—driving progress in clean energy, enabling

solutions for high-level radioactive waste, strengthening nuclear security, and improving global healthcare outcomes.