How the Master's in Applied Physics prepares you for a career in High-Tech
Choosing a master's programme is about more than selecting a specialization It's about preparing for the career you want to build. The Master's in Applied Physics equips students with advanced technical knowledge, hands-on research experience, and the problem-solving skills needed to thrive in high-tech industries. But what does that look like in practice? Test & Reliability Engineer Joep Nieuwdorp shares how his journey from student to industry professional prepared him for a career developing cutting-edge photonic technology with real-world impact.
What can you do after the Master's in Applied Physics?
The best thing about my job is that it's very tangible. If we do our work well, we make the world a little more sustainable. For Joep Nieuwdorp, that's part of his everyday work. As a Test & Reliability Engineer at Smart Photonics, he works on photonic chips that play a key role in data centers and the growth of artificial intelligence. His story shows how the Master's in Applied Physics prepares you for a career where technology, hands-on experience, and real-world impact come together.
Curiosity and Choosing a Degree
Choosing physics wasn't an obvious decision from the start. Joep initially enrolled in Psychology & Technology but soon realized his interests lay elsewhere. I mainly wanted to understand how the world works. Physics immediately stood out as the most interesting subject to me. He switched to the Master Applied Physics, where he found exactly what he was looking for: a deeper understanding of how things work.
The Master's programme marks a clear shift from the Bachelor's. Students specialize in a particular field, tackle more complex challenges, and become more closely involved in research. People take you more seriously, but you also start taking yourself more seriously.
Joep chose a specialization focused on nanotechnology and photonics. One thing that surprised him was how approachable the leading researchers were. Suddenly you're working with professors who are internationally renowned, yet you can simply walk up to them and have a conversation. The smaller class sizes and shared interests also create a close-knit learning environment.
From University to Industry
Everything came together during Joep's internship at . While his graduation project mainly involved simulations, he wanted a more practical role. I really wanted to work in a lab and cleanroom. That hands-on experience helped shape his career and made the work immediately tangible.
He deliberately chose a smaller company. I've always had a soft spot for smaller companies. The atmosphere was an important factor as well. Everyone knows each other, and it really has that startup feel. The work is practical, communication lines are short, and you quickly see the results of your efforts.
When a position became available after his internship, and he knew he didn't want to pursue a PhD, the decision was easy. I simply really enjoyed working at Smart.
At Smart Photonics, Joep works with photonic chips. Chips that use light rather than relying solely on electricity. His job involves testing and analysing these chips. We don't just look at whether a chip works; we also investigate how long it will last. In industry, reliability is essential. Chips need to perform consistently for many years, so he also studies how they age and how their long-term performance can be predicted.
Skills That Stay With You
According to Joep, the greatest value of the programme lies in the way it teaches you to think. You learn how to structure complex problems. First you define the problem clearly, and only then do you start solving it. That mindset helps him maintain an overview and collaborate effectively with colleagues.
Communication skills and a structured way of working are equally important and are things he uses every day.
Studying in Eindhoven offers another major advantage. Eindhoven's position is truly unique. The Brainport region is home to many high-tech companies that are actively looking for engineering talent. Sometimes you don't even have to look for a job鈥攃ompanies find you. This makes the transition from university to industry much smoother and less uncertain.
What makes his work particularly meaningful is its societal impact. Photonic chips can significantly reduce the energy consumption of data centres, something that is becoming increasingly important as AI continues to grow. It takes less energy to perform the same tasks using photonics. In that way, his work directly contributes to a more sustainable future.
Looking back, Joep feels the Master's programme gave him much more than technical knowledge. You become part of a community of people who think in a similar way. That gives you confidence. He also built a professional network that continues to benefit him today.
For Joep, it is this combination of academic depth, hands-on experience, and the unique high-tech environment that makes the difference: a Master's programme that not only equips you with knowledge but also opens doors to your future career.