From an early age, Imrose was inspired by the power of civil engineering to shape societies, bridges that unite communities, resilient structures that define skylines, and infrastructure that supports future generations. This passion for creating sustainable, high‑performing built environments set him on a trajectory toward a career dedicated to engineering innovation, research excellence, and the development of future engineers.

Before joining Teesside, Imrose held Postdoctoral Research Fellow positions at the University of Leeds (UK) and the University of Newcastle (Australia). His work contributed to major projects funded by UKRI EPSRC and the Australian Research Council, focusing on advanced construction materials, structural diagnostics, and data‑driven engineering solutions.

With more than 50 peer‑reviewed publications in leading international journals and conferences, his work continues to influence the fields of civil and structural engineering globally. His publications can be found on Google Scholar and ResearchGate.

Imrose’s research focuses on advancing sustainable and resilient civil and structural engineering systems, with particular interests in:

• Low‑carbon and sustainable construction materials, including development, characterisation, and structural‑scale performance evaluation to support decarbonised infrastructure.
• Resilience‑based design and assessment of civil infrastructure systems, with emphasis on climate adaptation, hazard mitigation, and sustainable urban development.
• Application of Artificial Intelligence and sensing technologies (machine learning, IoT, digital twins) for material behaviour modelling, structural assessment, and performance prediction.
• Structural behaviour, diagnostics, and conservation of ageing and historical masonry infrastructure, integrating modern analytical tools with heritage‑preservation principles.

Imrose is currently accepting PhD students in structurally focused areas including low‑carbon and sustainable construction materials, structural performance and durability of next‑generation infrastructure, AI‑enabled modelling and digital assessment of structural systems, and advanced evaluation, conservation, and failure diagnostics of ageing and historical masonry structures.

Whether you are self-funded or willing to apply for external funding, please reach out and discuss the opportunities.

Ongoing PhD Students

• Mr Mohammad Omar Ayazi (Oct 2025 - ongoing): Seismic Risk and Resilience in Afghanistan: A Comprehensive Study of Vulnerability, Hazard Mapping, and Retrofitting of Non-Engineered Structures (Director of studies / 1st supervisor)
• Mr Wisdom Asotah (May 2024 - ongoing): Investigation of Graphene Embedding in Limestone Calcined Clay Cement Concrete (Director of studies / 1st supervisor)
• Ms Yashashvisindhu Basha Boina (Oct 2024 - ongoing): AlquaBoost: Elevating Sustainability in Aquaculture Through Innovative AI and IoT Solutions (2nd supervisor)

Completed PhD Students

• Dr Delbaz Samadian (Oct 2022 - Apr 2026): A Novel Framework for Measuring Multi-Hazard Vulnerability of Steel Buildings Using Machine-Learning (Director of studies / 1st supervisor)

1. Knowledge Transfer Partnerships (KTP) with Poundfield Precast Limited (Ref: 10189936). Innovate UK, Value: £283,000. Duration: 30 Months. Role: Principal-Investigator. [Starting from Jul 2026 to Jan 2029]

2. MECRETE - Advancing Mechano-Chemical Recycling Technologies for Valorisation of Mineral Wastes (Ref: APP83410). Engineering and Physical Sciences Research Council (EPSRC), Value: £1,300,000. Duration: 36 Months. Role: Co-Investigator. [Starting from May 2026 to Apr 2029]

3. Knowledge Transfer Partnerships (KTP) with Dauson Environmental Group (Ref: 10140234).  Innovate UK, Value: £263,000. Duration: 30 Months. Role: Co-Investigator. [Ongoing, Mar 2025 - Sep 2027].

4. RECONSTRUCT: A Territorial Construction System for a Circular Low-Carbon Built Environment (Ref: 101082265). Horizon Europe Innovation Action, European Commission, Value: £7,000,000 (Teesside share: £553,900). Duration: 48 Months. Role: Co-Investigator. [Ongoing, Jun 2023 - May 2027].

5. Making Waves: Ocean literacy across UK secondary school subjects. The Royal Society, Value: £10,000, Duration: 12 Months. Role: Co-Investigator. [Completed]

6. Activated Filter Cake: Scaling Up Brick Binding Technology to Reduce Landfill Waste (Ref: 10059263). Innovate UK, Value: £616,255. Duration: 24 Months. Role: Co-Investigator. [Completed]

Member (Emerging Leader) of the UK Young Academy. UKYA identifies, connects and develops early-career professionals who are committed to making a real difference to the world and addressing societal issues through their work.

Community Advisory Board Member of the Institution of Civil Engineers (ICE) Knowledge Networks for Sustainable and Resilient Infrastructure. The network supports projects in the ICE work programme to build resilience and mitigate the significant effects of climate change, in line with UNSDG 13. 

Business Climate Coalition Member of the Stockton‑on‑Tees Borough Council. The coalition's goal is to unite local businesses in the Borough, fostering collaboration among them to promote sustainability and support their efforts in preparing for a sustainable future.