Hemn Tofiq, a postgraduate student from Aston University, has secured PhD funding following his work on an MSc dissertation project in collaboration with the Greater Birmingham & Solihull Institute of Technology (GBSIoT). Hemn’s involvement with GBSIoT, focusing on digital twin technology for energy optimisation in a cyber-physical factory, has played a key role in his academic and professional development.
Hemn first learned about GBSIoT during his postgraduate studies when he was invited to collaborate on projects as GBSIoT was being established. This opportunity opened the door for him to work with advanced technological systems and provided a unique environment to develop his dissertation research. “I had the privilege of collaborating with the incredibly positive and dynamic team at GBSIoT,” Hemn explains. “The experience not only enhanced the quality of my research but also allowed me to engage with cutting-edge devices and tools over a period of six months.”
Before starting his MSc in AI-Driven Digital Cities for Crime Modelling and Economic Analysis at Aston University, Hemn had a strong interest in technological innovation, which led him to pursue a research-driven career. His dissertation project, focusing on using a digital twin for energy optimisation, gave him the chance to work in a real-world factory setting. “The main challenge for me was using the cutting-edge devices in the factory, but the support team, particularly Dr. Mairi, was highly supportive whenever students faced difficulties,” Hemn recalls.
The project provided Hemn with hands-on experience using industrial software such as TIA Portal, Technomatix, and Siemens MindSphere cloud—tools critical for designing, simulating, and managing smart factories. His role involved integrating digital twin models with physical machines to optimise energy use, giving him practical insights into Industry 4.0 technologies. Hemn notes that this experience significantly contributed to his academic growth and prepared him for future professional roles.
Throughout his time working on the project, Hemn also developed key skills such as problem-solving, teamwork, communication, and time management. “Working on real-world problems and collaborating with industry professionals was an invaluable part of the GBSIoT experience,” Hemn explains. “It not only allowed me to apply my technical skills but also gave me a chance to network and build connections within the field.”
Hemn participated in GBSIoT as part of their Hub initiatives, where students work closely with industry-standard technologies and professionals. His involvement helped enrich his learning experience, providing him with a practical platform to complement his academic studies.
After completing his MSc, Hemn set his sights on furthering his research career. His experience with GBSIoT played a pivotal role in helping him secure PhD funding, aligning with his aspiration to focus on research and innovation. “GBSIoT has been a huge help in preparing me for my future career. It gave me the chance to work with cutting-edge technologies and gain practical experience that complements my academic studies,” Hemn reflects.
Hemn’s journey through Aston University and his collaboration with GBSIoT demonstrate how GBSIoT’s partnerships with universities and industry provide students with a seamless connection between education and professional development. The practical experience he gained during his MSc dissertation project has set him on a path toward further research, exemplifying how GBSIoT helps equip students with the skills and opportunities they need to succeed in both academic and professional arenas.
