Returning to study after 10 years in industry gave me new skills to advance my career in steel

I studied MSc Advanced Metallurgy at the University of Sheffield. Before that, I completed my Bachelor of Science in Mechanical Engineering at Kuwait University, College of Engineering and Petroleum, and worked at Kuwait Steel Company for more than 10 years as chief engineer in the central maintenance department. That role gave me extensive experience managing equipment and processes in a busy steel plant, but I wanted to strengthen my technical profile with a deeper understanding of metallurgy.

I decided to do a master’s degree to enhance my knowledge and apply research more effectively in industry. Sheffield was the obvious choice — it is internationally recognised for its expertise in steel research and metallurgy, and the University’s reputation and global ranking gave me confidence that I would receive high-quality teaching and valuable professional opportunities. The chance to add metallurgical expertise to my engineering background made the experience even more exciting and worthwhile.

The best things about my course were the opportunity to learn from leading experts in metallurgy, the professionalism and quality of the academic team, and the access to excellent research facilities. I also appreciated how the programme combined theory with real-world industrial applications, as well as the chance to work with classmates from different backgrounds, which enriched my learning experience.

As part of my degree, I completed a research project titled “Analysis of Quenching Influence on the Properties of Reinforcing Bars in Two Different Production Lines.” The project examined how rebar size and quenching system design affect the microstructure and mechanical properties of thermo-mechanically treated steel at Kuwait Steel. I found that faster quenching in smaller bars produced higher strength but steeper hardness gradients, while slower cooling in larger bars led to lower strength but improved toughness and consistency. This project allowed me to connect academic research with real industrial processes while strengthening my skills in metallurgical testing, data analysis, and technical reporting.

My master’s degree prepared me for my career by giving me a strong metallurgical foundation and enabling me to connect design, production, and material performance more effectively. It also enhanced my work in the maintenance department by giving me a clearer understanding of the materials used in the leading equipment of a steel plant. Beyond technical expertise, I gained valuable research, data analysis, and problem-solving skills, all of which are crucial for advancing in the steel industry.

Studying in Sheffield was also a rewarding personal experience. The city is peaceful and welcoming, with a diverse community and a refreshing atmosphere that makes it an ideal place to live and study. The support from staff and the friendships I formed made adapting to a new academic system much easier, and I grew both academically and personally during my time here.

For anyone considering studying MSc Advanced Metallurgy at Sheffield, my advice is simple: never stop learning. I returned to education after a 10-year break, and it has significantly enhanced my career prospects and knowledge. Take every opportunity to learn and grow — Sheffield offers excellent teaching, state-of-the-art research facilities, and a supportive academic environment that will help you succeed.

After graduation, I plan to continue developing my career in the steel industry, applying the knowledge I have gained in my work. In the future, if the opportunity arises, I would also consider pursuing a PhD to further strengthen my expertise and career growth.