The course taught me how to effectively tackle problems as an engineer. It taught me how to break down a high-level project brief into smaller, modular components that could be designed, coded and tested independently before bringing everything together. By combining that approach with hands-on work in Python, C++, ROS, robot kinematics, and embedded control, the course gave me the tools I need for industry. Instead of just learning the theory, I learned how to actually bridge abstract software with physical hardware, which gave me a solid understanding of modern robotics, machine vision, and control architectures. Beyond just the technical knowledge, getting more familiar with industry-standard tools and project lifecycles means I actually feel ready to jump into complex engineering environments and tackle open-ended problems.
 
Alongside meeting new people and making friends for life, I particularly enjoyed the collaborative group projects. I find that large, practical projects provide the best opportunities for me to learn and develop my skills. The effort required to bring all the components of a project together isn’t easy but when it finally works after weeks of hard work and you have a functional solution, it’s the best feeling!
 
One of the most valuable things I've learnt is that things rarely go exactly to plan. Whether it's managing a stressful, last-minute save from a serious fault during a final-year project or getting up to speed quickly on a challenging real-world industrial placement, the moments where things go wrong teach you the most. Navigating those rocky patches in a supportive environment and pushing through to a working solution gave me the confidence to tackle whatever complex engineering problem comes next!