Currently studying for my masters in architecture at Nottingham Trent University (NTU) Finishing end of May 2025

Second year

Project 1: Anthology pages

This project embarks on a year-long investigation into the intricate relationship between architectural space and its role in hosting theatrical performances. Through the Vertical Studios I and II modules, I explore the spatial and technological dimensions that underpin this dynamic interaction, culminating in the design of a theatre space that will serve as the central programmatic focus for subsequent modules.

The study draws from historical precedents in theatre architecture, highlighting the distinct typological differences between Greek and Roman performance spaces. Roman theatres prioritise the performative room, emphasising the relationship between the audience and the actor through directed play and spoken narrative. In contrast, Greek theatres celebrate the spectacle of space, where music, dance, and action elevate the architecture itself to become an integral performer in the narrative.

Project 1 : Theatre design

Ground floor plan

Section cut

Axonometric

Renders

First year

Project 1: Anti-museum

Protagonist: The Venetian people want to revitalise their food market using local produce for primary use of its residents. Venice faces several challenges related to its local produce, primarily due to its unique geographical and urban characteristics. Majority of the goods are imported generating extra cost. The venetians would like to introduce sustainability and independence, especially as the mainland focuses on its own growth rather than Venice.

Ground Floor Plan

Roof Plan

Detail Elevation

Front Facing Elevation

Entrance Visual

Roof Visual

Building plan

Project 2: Pneumatic Architecture

Pneumatic architecture, defined by its lightweight and air-supported structures, offers significant potential for advancing sustainable, low-carbon design. This innovative approach merges material efficiency with structural elegance, providing flexible and versatile solutions across a wide range of applications. Through careful research and experimentation, pneumatic architecture paves the way for the creation of adaptable, energy-efficient spaces grounded in sustainable practices. By fully embracing its possibilities, we can imagine a future where architecture not only responds to environmental challenges but actively contributes to their resolution.

Site render

Build in site

Precedent study: Old Wembley Stadium 

Project 3: Deployable structures

Architectural deployable structures represent an innovative approach to design and construction that challenges conventional notions of permanence and stability in architecture. These structures are characterised by their ability to change shape, size, and configuration in response to various external factors or user requirements. Deployable structures offer architects and engineers a dynamic toolset to create adaptable and responsive built environments that can serve diverse functions and adapt to changing needs over time.