From Student to Researcher – How MDU Prepares You for Tomorrow’s Technology
A technical degree at MDU blends theory, hands-on projects, and close industry connections. Sebastian Leclerc, a graduate of the Master’s Programme in Intelligent Embedded Systems, started out wanting to deepen his technical knowledge – but during his studies, he discovered a passion for research. Today, that passion is an integral part of his career as a PhD student.
“Guest lectures and industry interactions gave me a clear understanding of how technology is used in the real world.” These experiences from the programme became an important foundation for nurturing Sebastian Leclerc’s ongoing interest in the field of technology.
The programme gave me a solid foundation in both hardware and software, but it also offered a deep understanding of how technology is applied in practice. That’s when I truly realised how theory and real-world applications are connected,
says Sebastian Leclerc.
Beyond the technical aspects, there were plenty of opportunities to engage with the industry and see how the knowledge we gained is used in real life.
We had numerous guest lectures from both academia and industry. Later in the programme, we spent a lot of time at the Finnslätten campus, where weekly coffee sessions were held with representatives from tech companies. It was the perfect chance to network and exchange experiences,
he recalls.
A Pathway to Further Opportunities
For many students, the programme is a stepping stone into engineering careers. For others, like Sebastian, it sparks an interest in research.
I now work as a PhD student specialising in secure and time-critical Internet of Things (IoT) systems. It’s a rapidly growing field that’s shaping our digital future. Being able to contribute to new knowledge while staying connected to both students and industry feels incredibly rewarding,
he explains.
IoT is everywhere in society, from smart homes and healthcare systems to advanced industrial technology. Many of these systems must be both secure and reliable. My research focuses on making IoT systems more robust and dependable, for example by reducing the amount of data exchanged between devices. This helps lower the risk of data breaches, save energy, and meet the increasing demands for safe and efficient systems,
he adds.
As a PhD student, Sebastian also teaches and supervises students, experiencing MDU from two perspectives.
It’s inspiring to see the programmes continually evolve, and even more rewarding to pass on knowledge to the next generation of students,
he says.
Community and Collaboration as Key to Success
Sebastian highlights the sense of community as one of the most important aspects of student life.
Finding a study group was crucial for me. We supported each other, shared knowledge, and stayed motivated even during the most intense periods. That kind of collaboration is invaluable later in professional life too,
he notes.
International Environment and Future-Focused Learning
The programme is taught in English and attracts students from across the globe, creating a diverse and dynamic learning environment.
It’s the perfect preparation for the global job market. You don’t just learn technology – you also learn how to collaborate across cultures and perspectives,
he concludes.
MDU combines deep theoretical knowledge with practical experience and strong industry connections. It’s a combination that really opens doors, whether you want to work as an engineer or continue into research.