Luke Lamplough graduated from the ҹèƵ with a first class honours computing degree. Luke now works for the ҹèƵ as a Senior Operations Analyst. Here he shares his experiences and explains why the School of Engineering, Computing and Mathematics is a great place to study and kick start your career.
When looking at Universities, you have to feel safe, welcomed and valued into the community. Having moved hundreds of miles away from family to live, study, and now work, I had to feel that I would not only survive, but thrive and the ҹèƵ has certainly provided that supportive environment.
ҹèƵ is well situated and has a plethora of travel links meaning you can get to pretty much anywhere. A walk along the Hoe, exploring new places like Penzance or shopping in Exeter, are all close by. I found having the freedom to explore new places and switch off was important for me. I never wanted to be in a ‘big city’ and ҹèƵ didn’t feel like that, it felt like home.
Be it the academics who are at the forefront of their field, the facilities available to you including high specification PCs and dedicated labs, through to the enterprise software and tool sets. This combination means there is no limit to your learning and when you enter the workplace you will often be following the same principals and tools used in your modules. Not only does this help with the transition from education to enterprise, it also gives you the time to make mistakes and learn.
It proved my passion for technology and showed me I prefer architecting and deploying solutions; getting really into the backend of how things work and why, rather than the frontend systems that run on top. Prior to studying at the University, I had limited exposure to some of the latest technologies that services run on such as containerisation and cloud services but the course addressed this and sparked my enthusiasm. I started to get involved at the University during my spare time helping out in first-line support roles and supporting the technical teams.
If I could do one thing differently, I wouldn’t be so afraid of failure. In Computing, your code is bound to have a bug in it, you’ll get results you didn’t expect, or you’ll be doing something completely new. I put pressure on myself to get it right the first time, however I soon realised I learnt more when things didn’t go to plan. I would test new solutions to those problems and in the process learn immense amounts about the technology and also refine my problem-solving skills. That learning curve became an advantage.
My favourite memory is being in the labs after a lecture with my course mates, working together on projects, helping each other learn new things and having a laugh the whole time we did it. We’d test each other’s work and often break it, but from that we improved and made it to a higher standard. At the end of it all, you felt like you had achieved something together.
Be it a new technology to learn; a different place to live, study, or work; or even a new project. Have faith in yourself, and reach out for help when you need it. Throughout my time with the ҹèƵ I have gone from strength to strength; a little bit of faith in yourself goes a long way. I would always have a side project on the go, learning something new, taking what is learnt in the modules further. This will not only help you stand out in the jobs market, but I also found immense satisfaction in the end results of my projects.
Take every opportunity you are given and run with it, who knows where you’ll end up. My dissertation started off as a small side project. Through development and refinement, it became a system which is now used by hundreds of people weekly. It gave me the confidence in myself to apply for the job position I’m in now, and the projects I worked on were a focus of my interviews.
For more information about our range of courses within the School of Engineering, Computing and Mathematics, please visit the school page.
If you would like to find out what other relevant alumni from the Faculty of Science and Engineering are currently doing, please visit the computing and mathematical sciences interest area.
