In an era where sustainable development and technological innovation are reshaping global industries, international cooperation has become a cornerstone of progress. One such example is the collaboration between Nazarbayev University (NU) in Kazakhstan and Hokkaido University in Japan. Supported by a $3.2 million grant under Japan’s Science and Technology Research Partnership for Sustainable Development (SATREPS) program, their joint project, Next-generation Smart Mining Plus for Sustainable Resources Development, aims to modernize mining through smart technologies and knowledge exchange. The research is scheduled to run until March 31, 2030, offering a long-term framework for technology transfer and institutional capacity building. Fidelis Suorineni, Professor at the NU School of Mining and Geosciences and a leading expert in mining systems and geotechnical engineering, shares his vision and emphasizes the benefits of this international partnership.
TCA: What makes your collaboration with Hokkaido University unique?
Suorineni: The partnership with Hokkaido University is special not only because of the institutional synergies but also due to building a foundation of personal trust and continuity. My professional relationship with Professor Yohei Kawamura of Hokkaido University dates back to 2013, when we were both working in Australia — he at Curtin University and I as the Inaugural Chair of Mine Geotechnical Engineering at the University of New South Wales. Despite relocating to different parts of the world, we have continued our collaboration ever since.
Japan is globally recognized as a technology hub, especially in mining and environmental technologies. Its institutions develop, manufacture, and supply cutting-edge solutions. On the other hand, Kazakhstan is rich in natural resources; it ranks sixth globally in terms of reserves and is a leader in uranium and chromite production. This partnership is thus strategically complementary. Through this collaboration, Nazarbayev University gains access to Japanese technologies that support safe, efficient, and environmentally sustainable resource extraction, technologies that are also essential for Japan’s manufacturing industries.
Additionally, both countries benefit through mutual education and expertise development. While Japanese universities such as Hokkaido and Akita offer strong academic programs, they have limited access to physical mining sites. In contrast, our School of Mining and Geosciences in Kazakhstan combines world-class faculty with direct access to operational mines, allowing hands-on training for students. For the past five years, Japanese students and faculty have visited NU annually for two to three weeks to participate in specialized courses and mine visits. Likewise, each year, two of our graduate students and select faculty members travel to Japan to attend six-week short courses, which include laboratory work and field trips. This exchange ensures a balanced and mutually beneficial transfer of knowledge and experience.
TCA: How will the SATREPS Smart Mining Plus project benefit Kazakhstan specifically?
Suorineni: The SATREPS project brings significant benefits to Kazakhstan. Its full title, Next-generation Smart Mining Plus for Sustainable Resources Development, captures its ambitious scope. At its core, the initiative aims to integrate current and emerging mining technologies into the local context, promoting more sustainable, efficient, and environmentally responsible methods of resource extraction.
For Kazakhstan, this initiative represents a step forward in managing its vast natural resource wealth more effectively. The deployment of advanced technologies such as the 360-degree Advanced Visualization and Interaction Environment (AVIE) and Electron Probe Microanalyzer (EPMA) will support both research and practical applications in mining. These technologies not only enhance operational safety and efficiency but also help align local practices with global environmental standards.
Moreover, the project creates valuable opportunities for NU students and faculty to engage in cutting-edge research and training. It strengthens academic infrastructure, supports capacity building, and fosters a strong bridge between Kazakh and Japanese institutions. Over time, this collaboration will contribute to Kazakhstan’s long-term strategy for technological modernization and economic diversification.
TCA: Could you describe your scientific focus and areas of specialization?
Suorineni: My core expertise lies in Mining Systems and Mining Geotechnical Engineering. Within this field, I focus on both traditional and innovative approaches to improve safety, efficiency, and sustainability in mining operations. My research spans the application of emerging technologies such as Big Data analytics, Virtual Reality (VR), and Space Technology to optimize mining processes. Additionally, I contribute to the development of advanced mining systems, including open stopping, block caving, and pillar design.
In terms of methodology, I work with numerical modeling tools such as Map3D and Rocscience software for stress analysis and ground behavior prediction. I also apply empirical design methods to evaluate mine stability and address complex geotechnical challenges, including rockbursts, seismicity, and ground support systems such as Thin Spray-on Liners (TSL). My laboratory work involves material testing for rock, soil, and support structures. In addition, I am actively engaged in mine auditing and research on hydraulic fracturing in rock masses.
TCA: What does international collaboration look like in your work?
Suorineni: My work is deeply rooted in international cooperation, which is essential for tackling global challenges in mining and geosciences. Over the years, I have built strong academic and research partnerships with institutions across several continents.
In China, I collaborate with Northeastern University, the China University of Mines and Technology, and the China ENFI Engineering Corporation. In Japan, my primary partners are Hokkaido University and Akita University. In Australia, I work to maintain active collaborations with the University of New South Wales (UNSW Sydney) and the University of Adelaide.
In Europe, I collaborate with the Central Mining Institute (GIG) in Poland and Luleå University of Technology in Sweden. Within Kazakhstan, my partnerships include Karaganda Technical University and Zhezkazgan University named after O.A. Baikonurov. These collaborations facilitate knowledge sharing, joint research projects, faculty exchanges, and the development of globally relevant training programs for both students and professionals.
TCA: What are your future plans and prospects for scientific development?
Suorineni:Looking ahead, my research agenda aligns with global objectives, particularly the United Nations Sustainable Development Goals (SDGs). I aim to develop and implement technologies that support the safe, cost-effective, and environmentally friendly extraction of natural resources.