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Shawn Navarednam
Design Engineer at Dyson | Master of Engineering, Mechanical - Biomedical Engineering
Shawn Navarednam is a recent Mechanical - Biomedical Engineering graduate from the University of Southampton with a passion for innovation and entrepreneurship.
Throughout his academic journey, Shawn has been involved in various impactful projects, such as designing an F1 turbofan exhaust, a microplastic removal system, a hydro turbine for rural electric generation, a microfluidic testing chip for COVID detection, mechanical components for a water collection device in Africa, and a catheter for reduced infection rates.
Shawn's commitment to pushing boundaries and tackling engineering challenges has led to the success of several competition-winning projects.
His educational background includes a Master of Engineering in Mechanical Engineering and Biomedical Engineering from the University of Southampton, as well as A-levels from Disted-Stamford College.
Shawn has been associated with esteemed organizations like Venture Catalyst Challenge at Imperial Enterprise Lab, UroSense, Kickstart Global, LCC International Online Summer School at SJTU China-UK Low Carbon College, "Green For Life" 2019 LCC International Graduate Summer School at Shanghai Jiao Tong University, and University of Southampton Malaysia where he served as a Research Intern.
His past roles include being a Co-Founder at UroSense and Treasurer at IMechE-UoSM Student Chapter, showcasing his diverse skill set and leadership abilities.
Moving forward, Shawn aims to continue making a positive impact through his innovative work, aspiring to create a better quality of life for others.
Highlights
Exactly 4 years ago at the University of Southampton Malaysia, I attended my first engineering workshop held by the James Dyson Foundation. As freshmen, we were tasked with ideating around a specific theme and generating a concept model (by awkwardly taping random parts together – as you’ll see in the picture). My team and I came up with BayTank, a severely overengineered tank that vacuums, transports you short distances, provides snacks, has a built-in alarm, and is sustainable. A crazy idea? Maybe. But it was crazy enough to win (a few cool keychains!).
Yesterday marked my first day as a Graduate Design Engineer at Dyson UK, under the New Product Innovation team. This post is in appreciation of my family, friends, mentors, and Dyson. If dream jobs exist, this one’s mine.
If 2017 me knew that these photos were going to be reused in 2021, I would’ve shaved.
#engineering #jobs
Grateful to have been awarded runner-up for best bioengineering undergraduate project video at the Healthcare Technologies Student and Early Career Awards this year. It was such a privilege to present my thesis - the delivery of therapeutic agents for antimicrobial treatment.
In the UK alone, over 200,000 patients suffer from chronic wounds. 80% of chronic wounds develop biofilms – a protective barrier that shields bacteria from host immune cell detection. Biofilms decrease antibiotic efficacy and elevate treatment costs. Nitric oxide (which causes biofilm dispersion) was transported within microfoams for targeted treatment onto chronic wounds. I’ve attached before-after images that observe the dispersal effects of nitric oxide microfoams on biofilms (because they look cool – to me at least).
Huge thanks to The Care Machine Ltd and IMechE for judging and organising this event. The work presented would not have been achieved without supervision and help from Dr. Dario Carugo, Alireza Meghdadi (MEng), and Gareth LuTheryn at the University of Southampton.
#healthcare #biomedicalengineering
