Few of us consider the vital importance of materials science to almost every aspect of our modern lives, from silicon computer chips to the concrete our cities rely on. Yet, the sector is in crisis, struggling to attract funding and enthuse young people.
My vision is for The MIC to be the UK ‘home’ for materials science, both as a visitor attraction and a functional scientific platform; driving excitement, innovation, and ultimately inspiration.
MIC is intended as a landmark building in Bristol, giving a tourist presence outside Temple Meads station, connecting to the ferry port and onward to the City’s other cultural attractions.
Inspired by Brunel’s own Goods Shed which once sat on the site, the MIC adopts a folded plate concrete shell structure pierced by erupting timber laboratories as symbols of scientific progress; ‘science unveiled’. Expressive of the nature of the materials themselves and introducing water reinforces the journey from trains to boats. Like the scales of materials science, macroscopic to nanoscopic, MIC includes a centrepiece Atrium with smaller retreat areas with niche opportunities to see materials scientists at work with cutting edge technology.
As Development Manager of Lingfield Gardens, I am working to help produce a scheme that will bring new life to Lingfield village. The development will deliver 100 much-needed homes with a focus on retirement living.
The project will give back four acres of open, managed, botanical gardens and event space to the village, acting as an alternative scheme to the fiercely opposed Star Fields site allocated by Tandridge council.
My role in the project has been to design the masterplan, appraise the scheme, produce an extended Vision Document, and manage the consultant team.
I directed the site’s promotional strategy which included speaking at two local council meetings, designing and distributing 10 banners and 1000 leaflets as well as building the website lingfieldgardens.co.uk
Founding and designing Clean Cut solutions was born from my passion to contribute to ‘place’ and community born out of Lingfield Gardens. Our primary project will provide a refreshed canal setting with a newfound canal ecology, bringing Poplar residents closer to nature and each other.
The objective is to clean a specific and strategic section of the Limehouse Cut Canal using an automated cleaning system, the first of its kind in the world. My role has been to design the system and promote its implementation.
I have been very fortunate to receive help from numerous individuals and organisations who all share this vision. Together, we hope to make a positive, long-lasting effect on the community and see these systems being implemented throughout London and beyond.
Previous Architectural Projects
My architecture projects whilst undergoing the bachelor’s degree at the University of Bath have exposed me to a wide variety of projects including a medical centre and a mixed-use building in Venice. I look forward to continuing my architectural journey and applying the knowledge I have gained to a new set of challenges.
Basil Spence Project
The notorious Basil Spence group project
at the University of Bath brings together architecture and civil engineering students. Our project sought to express a ‘humble flagship’ capable of hosting large exhibitions, shows and events.
The project was a great opportunity to work together as a multi-disciplinary team. All our roles were multifaceted with all of us played a major part in forging the building’s design. A significant part of my role was to produce all of the digital images for the project, as pictured.
Show your friends!
Applying architectural thought to a truly out-of-this world environment, Mars, presented a great opportunity to bring some new flare to an essentially technical problem.
Red Iris was inspired by and later featured on one of the largest and most well-respected science YouTube channels in the world; PBS Space Time.
The project looks at how humans can survive on Mars and safely return to Earth without suffering the anticipated long-term effects of low-gravity. This is achieved through a ‘gravity train’, a banked centrifuge that can simulate the Earth’s gravity. The system utilises superconducting maglev technology, with magnetic fields strong enough to protect occupants from harmful radiation. Many more ideas were explored in the project, including the use of a living bamboo structure and a structural carbon fibre battery.
I was incredibly fortunate to receive the help of fellow architecture student, Matthew Dodd who helped produce some stunning visuals as well as several professors at the University of Bath, who offered expert advice that helped shape this project. For more information please get in touch.
I was very fortunate to be employed by Formula 1 after the Technical Director was impressed by my artwork combining science and art displayed at an exhibition.
One of my tasks was to design a new official podium to replace the existing, somewhat outdated, one.
My concept design carries symbolism, with a looping ‘road’ encircling the stage and a spoiler-like canopy. I also envisaged a new tradition of lighting up the names of the completed races adding to the tension of where the race sits in the season.