Building a Global University: Successful Strategies and Case Studies

In today’s globalized world, universities strive for excellence by aligning with the UN Sustainable Development Goals and competing in research. Global universities aim to benefit future generations and promote cooperation through exchange programs and research collaborations. This book emphasizes long-term planning, research focus, financial management, online learning, community engagement, and sustainable development goals as integral aspects of global university success. It also demonstrates that universities should prioritize societal values over rankings and popularity. The book is divided into two parts. The first part delves into the global strategies for establishing successful universities worldwide, highlighted by the vice-chancellors and presidents from renowned universities of the world. The second part discusses pilot projects and experiences from Shibaura Institute of Technology (SIT), along with successful case studies contributing to top-tier university development. It highlights that collaboration among universities, research institutions, and industries as well as leadership, strategic decision-making, and aligning missions with globalization goals are crucial for success. For any university in the world, including young universities aiming to become one of the top global universities within a specific timeframe and improve its ranking locally as well as globally, this is the right book as it showcases worldwide expert opinions and case studies.

Muralidhar Miryala heads the Energy and Environment Laboratory of the Shibaura Institute of Technology (SIT), Tokyo, Japan, where he plays a crucial role in guiding the academic initiatives. His leadership roles include serving on the Board of Councilors (2018-2023) and being the Chair and Deputy Chair (2021-2023) as well as the Deputy President (2015-2021) of the OB World Technology University Network. Dr Miryala’s notable contributions in the field led to the discovery of a novel ternary mixed (Nd, Eu, Gd)Ba2Cu3Oy system, capable of operation up to 15 T at 77 K and maintaining high performance up to 90.2 K. Additionally, he devised a novel technology for producing RE-123 type silver-sheathed wire through solid-state/liquid-phase reaction. His advancements extend to the development of bulk MgB2 with enhanced superconducting properties, making affordable superconducting magnets feasible for medical and transportation applications. His innovative approach has been recognized with a Japanese patent for cost-efficient, high-performance LREBa2Cu3Oy super magnets produced at scale. Furthermore, Dr Miryala’s contributions include advancements in technology for DC superconducting cable in railway system applications and the production of nanoscale particles using ultrasonic techniques. This breakthrough significantly improves the cryomagnetic performance of low-cost MgB2 magnets, according to a recent patent filed. These developments hold immense importance across various sectors, including healthcare, transportation, and power applications, enabling the creation of cost-effective products. Dr Miryala’s passion lies in developing materials that address pressing energy and environmental challenges, aiming to foster a sustainable future for our planet. He firmly believes in the pivotal role of superconducting technology in realizing this vision. Throughout his illustrious career, he has received numerous accolades for his research endeavors, notably in 2021, when he was honored with the prestigious Pravasi Bharatiya Samman Award in Science and Technology, a lifetime achievement recognition presented by the President of India. Dr Miryala’s prolific output includes over 550 research items, spanning patents, books, review articles, and press releases. He has delivered over 370 presentations, encompassing oral and poster sessions and including prestigious plenary and invited talks. His contributions extend globally, which is evident by the several Japanese national and international patents that he holds. His work is recognized internationally for its originality, insight, and position at the forefront of advancement in the field.