Dr Manjola Caro
MEng(Hons), PhD
Expertise
Manjola's research interests include strengthening of concrete structures using innovative FRP applications, nonlinear finite element modelling, structural health monitoring and development of design guidelines for RC structures.
Current positions
Contact
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Biography
2009-2013 MEng (Hons) in Civil Engineering, University of Birmingham
Achievements: Coultas Prize, West Midlands Concrete Society Prize, Institution of Civil Engineers Prize, WS Atkins Prize, Geoffrey Osborne and College of Engineering Scholarship for outstanding academic performance.
2013-2018 Doctor of Philosophy (PhD), University of Birmingham
-EPSRC L010364/1 Implications of the Deep Embedment technique for Improving the Resilience and Sustainability of RC Infrastructure
-Teaching Associate: MEng/MSc Civil Engineering programme
-Pedagogic research: Education Enhancement Project BALI (TESTA) HEA
2016-2020 JACOBS Engineering, Bridge Engineer, Birmingham
-Clients:High Speed 2, Highways England, Environment Agency, Transport for Scotland
-Public Relation ICE Officer:West Midlands Birmingham Solihull and Black Country Branch
-Asset Management Advisory business group member:application of FRPs for infrastucture resilience
Research interests
Manjola's research interests include strengthening of concrete structures (in particular bridges) using innovative FRP applications, nonlinear finite element modelling, structural health monitoring and development of design guidelines for RC structures.
Publications
Recent publications
01/06/2025Effect of shear span-to-effective depth ratio and FRP material type on the behaviour of RC T-beams strengthened in shear with embedded FRP bars
Engineering Structures
Degradation of GFRP Bars in Reinforced Concrete Exposed to Marine Environments
Experimental behaviour, FE modelling and design of large-scale reinforced concrete deep beams shear-strengthened with embedded fibre reinforced polymer bars
Structures
Shear strengthening of existing reinforced concrete beams with embedded bars - An overview
Proceedings of the ICE - Structures and Buildings
Fibre Reinforced Polymer Bridges using Deep Embedment Technique
International Association for Bridge and Structural Engineering (IABSE)
Thesis
Shear strengthening of concrete beams with embedded frp bars
Supervisors
Award date
01/07/2018
Teaching
- Engineering Science (Year 1, MEng (Hons) Civil Engineering)
- Methods of Structural Analysis (Year 2, MEng (Hons) Civil Engineering)
- Advanced Structural Materials and Design (Year 4, MEng (Hons) Civil Engineering)
- Design Project 4 (Year 4, MEng (Hons) Civil Engineering)
- Supervision of Research Project 3 (Year 3, MEng (Hons) Civil Engineering)