Muskan K

Why did you choose to study your course at Surrey?

I chose the MSc in Satellite Communications Engineering at Surrey because it's home to the world's largest academic research group specializing in 5G and 6G communications. The University's strong industry connections with major satellite manufacturers, operators, and service providers were particularly appealing to me. With my background in telecommunications and data analytics, I was drawn to Surrey's unique 5G/6G Innovation Centre and its focus on integrating satellite technology with future communications systems. The opportunity to access facilities like the Surrey Space Centre and learn from experts actively researching high throughput satellite design and advanced payload techniques aligned perfectly with my career aspirations in satellite communications.

What are the best things about Surrey and your course?

The best aspects of Surrey and my course have been the exceptional laboratory facilities and the practical, industry-relevant curriculum. Having access to the RF Lab with network analyzers and satellite link simulators, as well as the Rohde and Schwartz Satellite Networking Laboratory with roof-mounted antennas for live satellite communications, provided invaluable hands-on experience.

"The course's close connections with Surrey Satellite Technology Ltd allowed me to bridge theoretical knowledge with practical applications in the industry. I particularly valued working on my dissertation project developing a Ka-band SIW antenna, which gave me specialized expertise in high-frequency communications systems."

 Additionally, the opportunity to participate in the UKSEDS Satellite Competition as part of Peryton Space allowed me to apply classroom learning to a real satellite development project.

What are the best things about life here as a postgraduate student?

As a postgraduate student at Surrey, I've appreciated the collaborative environment that brings together students from diverse backgrounds who share a passion for space technology. The university's strong connection with industry partners created numerous networking opportunities, including events at the Space-Comm Expo.

"Being part of societies like Peryton Space and the Electronics and Amateur Radio Society enhanced my experience beyond academics. The supportive faculty members have been accessible and encouraging, particularly during my dissertation work."

The campus's proximity to the Surrey Research Park with companies like Surrey Satellite Technology Ltd made it easy to connect with industry professionals and understand real-world applications of what we were learning.

What are your career plans?

Having recently completed my internship with Magdrive as a Numerical Physics SPIN Intern, I'm looking to secure a full-time position in satellite communications engineering. I'm particularly interested in roles focusing on RF systems, antenna design, and satellite payload development. My experience with the D.A.R.W.I.N. CubeSat project and my dissertation on Ka-band antenna systems has prepared me for specialized work in satellite subsystem design.

"I aim to contribute to innovations in satellite communication technologies that can improve global connectivity, especially in regions where traditional infrastructure is limited."

Long-term, I aspire to be part of projects advancing satellite integration with 5G/6G networks and developing next-generation satellite communication systems.

What advice do you have for students thinking of doing this course?

For students considering this course, I'd recommend strengthening your fundamentals in RF engineering and digital communications before starting.

"Make the most of Surrey's excellent laboratory facilities and practical sessions - these hands-on experiences are invaluable for truly understanding satellite communications concepts. Don't hesitate to get involved with student societies like Peryton Space, which provide opportunities to apply your learning to real engineering challenges and projects."

Also, take advantage of Surrey's industry connections through networking events and guest lectures - these relationships can lead to internships and job opportunities. Finally, consider pursuing an amateur radio license as I did; it provides practical insights into radio communications that complement the academic curriculum perfectly.