Meet Riaz: A PhD Candidate Shaping the Future of Clean Energy

Meet Riaz: A Passionate PhD Student at the University of Sheffield 

Riaz Husein is the first PhD student participating in the University of Sheffield and John Crane partnership, aimed at advancing mechanical seals for high-pressure hydrogen storage and low-carbon technologies. Learn more about Riaz below. 

Can you tell us about yourself? 

My name is Riaz, and I have just embarked on my PhD journey at the University of Sheffield. With a deep passion for engineering, research and creativity, I am excited to further my education in collaboration with John Crane. My research focuses on investigating the durability of mechanical seals for high-pressure hydrogen generation, storage and use. 

What is your academic background and what led you to pursue a PhD in this field? 

I began my academic journey with a foundation year to cover essential physics topics in mechanical engineering. Following this, I enrolled in the four-year MEng Mechanical Engineering program at Sheffield, where I studied various engineering disciplines. Throughout my undergraduate studies, I was particularly drawn to the mathematical aspects of engineering and enjoyed hands-on work with component assembly and operation. My master's research dissertation, which involved optimising a commercial robot for pipe inspections, introduced me to the world of research. This experience, combining creativity, mathematics and computational software, inspired me to pursue a PhD. 

What motivated you to apply for this PhD project with John Crane and the University of Sheffield? 

Choosing to pursue a PhD at Sheffield was an easy decision, given my familiarity with the area and the people. The project with John Crane offered immense potential for my development as a researcher and engineer. It provided an opportunity to learn from a world-renowned company known for its rigorous research and testing practices, making it an ideal choice for my aspirations. 

How do you envision your research contributing to global sustainability efforts and the clean energy transition? 

My research aims to optimise the mechanical seals currently used in hydrogen generation, storage and use, enhancing their sustainability. This work not only supports global sustainability efforts but also contributes to John Crane's knowledge in this field, potentially leading to broader applications and innovations in clean energy technologies. 

What are your career aspirations after completing your PhD? 

Upon completing my PhD, I am interested in continuing my academic journey with a postdoctoral role. Additionally, I am open to working with John Crane in the future, possibly at an international site, to further apply and expand my research skills. 

What has been the most rewarding aspect of your PhD journey so far? 

The most rewarding aspect of my PhD journey has been the opportunity to conduct high-level research. I thoroughly enjoy using Sheffield's advanced lab equipment and testing rigs and look forward to conducting more experiments at John Crane's facilities. 

Do you have any advice for future PhD candidates interested in similar research areas or industry collaborations? 

My advice to future PhD candidates is to ensure that your research aligns with your interests and passions. Enjoying what you do is crucial, as it helps you navigate the inevitable ups and downs of any career. Understanding your project and its potential impact can provide the motivation needed to persevere through challenging times. 

The Power of Collaboration Between Academia and Industry 

Riaz's journey exemplifies the blend of academic rigour and practical application, showcasing how passion and dedication can drive impactful research in engineering and sustainability. 

 

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