Taban Shirani

Taban graduated with an MSc in Architecture and Sustainable Design and is currently working as a building design specialist wihle also pursuing a PhD.  

Tell us about your career path since graduation.

I graduated from the University of Kent in 2023 with an MSc in Architecture and Sustainable Design. Post-graduation, I joined an international construction company, contributing to industrial projects across the UK, Germany, and Denmark. Prior to relocating to the UK, I amassed extensive experience in healthcare, education, residential, commercial, and mixed-use projects, overseeing developments from concept to completion. Currently, while also working professionally, I am pursuing a PhD at the University of Exeter in collaboration with Wates Group, focusing on quantifying the enablers and barriers of Modern Methods of Construction (MMC) to explore the future trajectory of the construction industry.

What does a typical workday look like for you?

My day begins with coordinating across academic and industry partners to advance our research on Modern Methods of Construction (MMC), particularly focusing on modular building. I analyse data, review literature, and conduct interviews to identify key enablers and barriers in MMC adoption. At Fluor, I contribute to large-scale industrial projects in the UK, Germany, and Denmark by developing 3D BIM models using Revit, preparing technical drawing packages, and supporting planning applications. Regular site visits ensure compliance with regulatory standards, and I facilitate communication between project teams, clients, and vendors to maintain project alignment.

Can you share a professional highlight from your career so far?

Collaborating with clients across different countries has been a significant highlight. Navigating diverse regulatory environments and cultural contexts has enhanced my adaptability and broadened my professional perspective.

How did your time at Kent help you achieve your current career?

The MSc in Architecture and Sustainable Design at Kent provided me with in-depth knowledge in sustainable design, while the university's proactive career support encouraged early job applications and interview preparation, enhancing my employability.

What advice would you give to our current/prospective students who are looking to get into the same line of work?

Start building your professional network early and begin applying for jobs from the first months of your studies—don’t wait until graduation.

Did you get involved in any extracurricular activities as a student?

Salsa classes – developed coordination and confidence

Computers 4 Charity – researched green IT sustainability

Hope Project (SATEDA) – supported women in prison through letter writing

Being selected by the University of Kent's Careers and Employability Service for a summer work experience placement at an architectural office in Canterbury. This opportunity led to a job offer from the company.

Do you have a favourite memory from your time at Kent?

Falling in love for the first time in my life with a guy from business school!

Is there anything you would do differently if you could repeat your time at Kent?

I would focus more on expanding my professional network by actively participating in RIBA events, attending both in-person and online webinars, and engaging in architectural competitions to enhance my experience and industry connections.

Are you still in touch with other Kent alumni or academics?

I stay connected with several of my classmates and lecturers through LinkedIn. My lecturers have been especially supportive, serving as referees for both job and PhD applications.

What are your future ambitions?

I aim to continue advancing research in Modern Methods of Construction (MMC), focusing on modular building techniques. My goal is to bridge the gap between architectural design and construction processes, enhancing collaboration. Additionally, I aspire to work on a diverse range of projects globally, applying sustainable and innovative construction methods to address various architectural challenges.