Engineer
Engineer with purpose. Design with curiosity. Build with intent.
I’m a mechanical engineer with a strong foundation in design, prototyping, and problem‑solving. My experience spans robotics, mechanism development, sustainable engineering, and delivering user‑centred solutions through both academic and industry projects. I’ve led design work, built and tested functional prototypes, and contributed to projects that balance technical rigour with real‑world impact. I’m driven by purposeful innovation and the challenge of turning ideas into practical, manufacturable outcomes.
Below are a few of my projects to showcase my engineering ability. Please fill in the contact form if you need any engineering design or manufacturing work.
Scottish Power Renewables
At Scottish Power Renewables I worked on the EA3 wind farm project, a £4 billion renewables construction project. I was able to design a digital twin of the SSCV thruster and use this to simulate the wake effects of the vesel on the offshore converter station, using CFD analysis.
Triathlon Bicycle Hydration System
Designed and additvley manufactured a Gel Holder for a customer. This design allowed a smooth implementation of the device into the overall hydration system.
Saxon Air LTD
I am currently completing my final year dissertation with Saxon Air LTD to develop an attachment that allows an AED to be attached to a UAV drone. This is a challenging project, orthotropic material properties have been determined via testing which has led me to create a complex orthotropic model allowing me to use generative design to create a coplex additivley manufactured structure.
Nasal Dilator Product Development
Winner of the UEA Santander Commercial Entrepreneurship Award, this self-initiated project explores the intersection of biomedical design and user comfort. I developed a nasal dilator device from concept to prototype using CAD and additive manufacturing. The project reflects my passion for product development and is currently being positioned for commercial launch.
IMechE Competition
I led a team in the IMechE student competition to design and build a pipe-climbing robot capable of navigating complex industrial environments. The project combined CAD, sensor management, embedded systems coding, and simulation under tight deadlines. My role focused on technical coordination and analysis, delivering a functional prototype and showcasing our robotic design.
Engineering Without Borders
As part of a multidisciplinary team, I co-developed a sustainable engineering solution to improve living conditions in a remote Cambodian village. Using CAD and design-for-impact principles, we created a practical, locally manufacturable system tailored to community needs to transport a water by attaching water barrels to motorbikes. The project was ranked among the top three at UEA, highlighting our commitment to human-centric innovation and global responsibility.