SimpsonHaugh
Tyler-Antonia Gordon is an accomplished architect with extensive experience in various roles within the architecture sector, currently serving as an Architect and previously as an Architectural Assistant at SimpsonHaugh since February 2016. In addition, Tyler-Antonia is a Tutor at the Manchester School of Architecture since October 2022. Past positions include ushering at the Royal Exchange Theatre, serving as Social and Events Coordinator and PASS Tutor at London Metropolitan University, and holding leadership positions such as President of the Article 25 Student Chapter Nottingham and Company Technical Director at Nottingham New Theatre. Educational qualifications include an PgDip in Architectural Practice from Birmingham City University (2021-2024), a Master of Architecture from London Metropolitan University (2017-2019), and a MEng in Architecture and Environmental Design from the University of Nottingham (2011-2015).
This person is not in the org chart
This person is not in any teams
SimpsonHaugh
Our passion for responsible, uplifting and beautiful design has informed our approach since 1987, when Rachel Haugh and Ian Simpson were united by a shared belief that innovative architectural thought has the power to shape and transform our cities. Reinforcing these guiding principles across a portfolio of work ranging from masterplans to interiors, we apply a creative and bespoke approach to every opportunity. Collaborating with our aspirational clients, communities and design teams, we harness their passion, knowledge and expertise to evolve powerful and pragmatic solutions. Remaining acutely aware of the impact of our decisions, we embrace the opportunity to show everyone that high quality design brings added value. With Rachel and Ian personally involved in each project, our guiding principles continue to inform and direct the ambition and quality of our work. Our talented architects, designers, visualisers, model makers and support team all contribute to meticulously delivering architecture of the highest design quality.