Mr Muhammad Umer Jadoon

MSc

Pronouns: He/him
  • Doctoral Researcher

Research groups and centres

Publications
Muhammad Umer Jadoon

Research and expertise

My research focuses on the development and implementation of low-carbon cementitious materials, with particular emphasis on sustainable sprayed concrete systems for infrastructure applications. I specialise in cement chemistry, durability performance, and microstructural characterisation, combining laboratory-scale investigation with full-scale field validation.

I have played a key role in major UK industry–academia collaborations. As part of the Innovate UK–funded ACT Low-Carbon Concrete project, I led durability assessment and contributed to the validation of low-carbon concrete systems at demonstrator scale, including application at Wembley Stadium. This work supported up to 70% reduction in CO₂ emissions while meeting stringent performance requirements. The project was delivered in collaboration with leading industry partners including Sisk, ECOCEM, Ramboll, BRE Group, and Capital Concrete.

In parallel, my work on HS2-funded projects, in collaboration with High Speed 2, Shotcrete Services, ECOCEM, and Bekaert, focused on the development of low-carbon sprayed concrete linings for tunnelling applications. This research achieved significant reductions in embodied carbon while ensuring compliance with stringent industry specifications and performance standards.

My research integrates advanced experimental techniques, including SEM, XRD, and TGA, to investigate hydration mechanisms, microstructural evolution, and long-term durability of cementitious systems. I have also adapted standard testing methodologies (BS EN and FLEX350) to suit novel low-carbon materials, ensuring their suitability for real-world engineering implementation.

A defining feature of my work is its strong emphasis on translation to practice. I have been directly involved in full-scale trials, site-based validation, and collaboration with contractors, material suppliers, and consultants, contributing to the adoption of sustainable materials in UK infrastructure.

My contributions have been recognised through multiple prestigious awards, including the Doctoral College Future Leader Award at Loughborough University, awarded to one doctoral researcher annually for outstanding leadership and impact, and recognition for excellence in cement and concrete research, including the Adam Neville Award for national-level PhD research excellence in cement and concrete.

Overall, my research contributes directly to the UK’s net-zero targets by advancing low-carbon construction technologies and accelerating their deployment at scale, positioning my work at the interface of academic innovation and industry application.

Current research activity

  • Using GGBS for sprayed concrete applications
  • Durability of ACT low carbon binders

Recently completed research projects

  • Durability assessment and field validation of low-carbon concrete in full-scale infrastructure applications (e.g., Wembley Stadium demonstrator)
  • Development of sustainable sprayed concrete systems for tunnelling applications incorporating high volumes of industrial by-products
  • Investigation of hydration mechanisms, early-age behaviour, and long-term durability of slag-rich and accelerator-modified cementitious systems
  • Design of sprayed concrete tunnel linings using PHASE2 and monitoring displacements
  • Incorporating Industrial wastes for soil improvement
  • Comparison of Q, RMR and NATM design methods for tunnel support systems
  • Determination of geotechnical design parameters for foundation design using geophysical techniques

Recent publications

  • Jadoon, M. U., Goodier, C., Blanco, A., Salvador. R. (2025). Temperature and Accelerator Effects on Microstructure and Strength Development of Sprayed Concrete Containing High Volume Slag. Construction and Building Materials. https://doi.org/10.1016/j.conbuildmat.2025.143197
  • Jadoon, M. U., Goodier, C., Blanco, A., Peaston, C., Manning, S., Reddy, J., & Sataya, M. (2024). Application of Ground Granulated Blast Furnace Slag for Reduced Heat of Hydration in Sprayed Concrete. FIB International Conference on Concrete Sustainability, 356–363. https://doi.org/10.1007/978-3-031-80672-8_43
  • Jadoon, M. U., Goodier, C., Blanco, A., Peaston, C., Cavalaro, S., Hu, Z., De Rivaz, B., Wheatley, R., Reddy, J., Sataya, M. (2026). Lower-Carbon Sprayed Concrete for Tunnel Linings: Performance and Sustainability of GGBS-Based Mixes. FIB Special Bulletin: Best practices in sustainability for structural concrete applications (Accepted)
  • Jadoon, M. U., Goodier, C., Reddy, J., Estrada, M., Yapp, C., Sindhu, J., Dillon, T., Doherty, W., Barkatali, A., Azar, P., Kiiashko, A., Bertin, M. (2026). Integrating Scalable Low-Carbon Concrete into Mainstream Construction: Performance, Carbon Savings, and Lessons from the Wembley Park ACT Demonstrator. FIB Special Bulletin: Best practices in sustainability for structural concrete applications (Accepted)
All publications

Teaching

I have contributed extensively as a Teaching Assistant at Loughborough University, delivering sessions on Civil Engineering Materials, AutoCAD, and Revit, and supervising undergraduate research projects.

My teaching is informed by my research in low-carbon concrete and durability, allowing me to incorporate real-world case studies from major UK infrastructure projects into the classroom.

Profile

I am currently completing a fully funded PhD in Civil Engineering at Loughborough University, focusing on low-carbon cementitious materials and sustainable sprayed concrete systems, further strengthening my expertise at the interface of research, industry, and teaching.

I hold a Bachelor’s degree in Civil Engineering (2016) and a Master’s degree in Geotechnical Engineering from the National University of Sciences and Technology, where I graduated with distinction.

I have gained industry experience in tunnel engineering, followed by over three years of teaching in higher education, where I developed strong communication, presentation, and mentoring skills.

A key strength of my teaching approach is the integration of theory with practice. Drawing on my involvement in Innovate UK and HS2-funded projects, I expose students to contemporary engineering challenges, including sustainability, material performance, and field implementation. This enhances student engagement and supports the development of industry-relevant skills.

I have developed a strong and progressive teaching profile across both international and UK higher education systems, delivering undergraduate teaching while actively integrating research-led content into my practice. My teaching experience spans core civil engineering subjects, including Structural Analysis, Geotechnical Engineering, Engineering Drawing, and Construction Materials. I currently serve as a Part-Time Lecturer at Nottingham Trent University, where I deliver lectures, tutorials, and assessments for undergraduate modules.

Beyond formal teaching, I have demonstrated leadership in academic development through my role as Doctoral Leader at Loughborough University, where I supported interdisciplinary collaboration and mentored doctoral researchers. I have also contributed to curriculum development and outcome-based education frameworks, ensuring alignment with accreditation standards.

Overall, my teaching is student-focused, research-informed, and aligned with the needs of modern engineering practice, with a clear commitment to training the next generation of engineers.

Professional affiliations

  • Institute of Concrete Technology
  • Institution of Civil Engineers
  • Pakistan Engineering Council
  • American society of Civil engineers

Awards

External activities

Key collaborators

My research and enterprise activities are conducted with a range of academic and stakeholder partners, including:

  • Shotcrete Services Ltd
  • ECOCEM
  • John Sisks and Sons
  • Peaston Concrete Consultancy
  • Bekaert
  • BRE
  • NHA Pakistan