Hassan Rahman (BEng Electronic and Electrical Engineering, 2015)
The problem-solving skills you build in an EECS-related degree are highly transferable, preparing you for everything from traditional engineering to global tech and product roles.
Why did you choose to study your programme?
I’ve always been fascinated by electronics and the intricate blend of hardware and software that powers the technology we use daily. Pursuing this degree felt like the natural path for me.
Why did you choose to study your programme and why Queen Mary?
Being from London originally, Queen Mary offered a world-class engineering education right in my home city, combined with a highly diverse campus and a strong reputation for research.
What did you most enjoy about your course?
The balance of theoretical concepts and practical application. Breaking down complex problems into manageable, logical steps is a skill I honed there and still use daily.
Can you share an example of a project, assignment, or activity that stood out to you?
I particularly enjoyed our hands-on systems design work. Going to the electronics lab and tinkering around with circuit boards, resistors, and microchips was simply magical at the time.
Which modules did you enjoy the most and were there any academics that had a strong influence on shaping your time and studies here?
I particularly enjoyed the hands-on modules that required experimentation. My final year project was also incredibly impactful, as it taught me how to effectively plan and organise my time on a large-scale task.
Describe your career path since graduating.
Since graduating, I’ve held a range of different roles, from consulting and programmatic advertising to the tech sector, where I’ve been at Google for eight years now. Currently, as a Global Product Activation Manager at YouTube, my focus is on shaping new features and driving product adoption.
How has your degree remained relevant throughout your career and are there any particular areas of your degree that you use in your day-to-day job?
The core principles of an engineering degree: analytical thinking, systems architecture, and problem-solving, are highly adaptable. When evaluating product features or strategising with partner teams, the ability to rapidly understand technical constraints and underlying logic is essential.
What's one piece of advice you'd offer to someone considering studying your programme at Queen Mary?
Keep an open mind about where your degree can take you. The problem-solving skills you build in an EECS-related degree are highly transferable, preparing you for everything from traditional engineering to global tech and product roles.