Applications on our industry focussed research themes are encouraged, but you can cover other topics
All applications should consider the climate emergency research and development priorities outlined in Structural engineering innovation for a zero-carbon world: an R&D agenda to match the carbon budget
Applications should be made by academic project supervisors on behalf of students. Each supervisor may only make one application per year
Projects may be undertaken by a student or two students in partnership
If you’re a student interested in a grant, please consult your supervisor
Likelihood of scope for further research
Extent of innovation
Relation to a practical problem
Please submit your application in English.
By accepting the grant you agree to:
select a suitable student to undertake the project, provide the required supervision and arrange the necessary university resources for the successful execution of the project
deliver an A0 poster highlighting the project’s features within two months of completion of the research project
produce an executive summary of 200 - 300 words within two months of completion of the research project (relating the project outputs to practice or further research required where possible)
inform the IStructE technical team of any changes in circumstances that would affect the proposed project at the earliest opportunity
allow all project details to appear on istructe.org, and potentially be used by IStructE for future marketing purposes to promote the grant
if you are not a student member of IStructE, you agree to automatically become a student member*
Grants are not transferable to other supervisors or projects.
The £800 grant will be paid in two installments: £600 will be paid at beginning of project to the supervisor for project costs including equipment, consumables and software licenses.
£200 is paid to the student on submission of all deliverables.
(*Student Membership of the Institution is free).
The best poster receives a £150 prize and will be displayed at our annual Young Researchers Conference.
Please contact our technical team.
The aim of this project is to investigate the integration of two novel technologies and the structural and life-cycle performance of the BFRP materials and Alkali-activated concrete compared with steel and OPC.
Publish Date – 16 December 2022
Location – N/A
Price – Free
A poster from a project funded by the Institution’s 2020/21 MSc Research Grants.
A poster from a project funded by the Institution's 2019/20 MSc Research Grants.
Publish Date – 30 July 2021
A poster from a project funded by the Institution's 2016/17 MSc Research Grants
Publish Date – 1 June 2017
This poster describes a project to establish whether crowd simulation software, supplemented with a pedestrian loading model, could be a suitable tool for the analysis of human-induced vibrations of structures.
This poster describes techniques of coating recycled concrete aggregate with shredded waste plastic bags.
A poster from a project funded by the Institution's 2016/17 MSc Research Grants.
This poster describes a project to asses the viablilty of using structural topology optimisation to create a new exoskeleton for lattice self-supported towers.
Publish Date – 30 August 2019
This poster describes a project that analysed the experimental behaviour of fibre reinforced polymer (FRP) wrapped exterior beam- column joints with detailing under static loading.
This poster describes a project to study the effectiveness of using bonded glass-fiber reinforced polymer (GFRP) strips to strengthen joints in glass.
This poster describes a project to research the extremely variable physical properties of bamboo and predict the structural capacity of individual ‘culms’.
This poster describes a project that studied the response of a 12-storey cross laminated timber (CLT) structure designed by TRADA.
This poster describes a project that undertook both experimental and numerical incremental dynamic analysis of cantilever and soil-structure interaction models.
This poster describes a project to enable lower-cost, formwork-free, 3D manufacture of individual concrete elements reinforced with a novel, ultra-high performance, non-corroding fibretendon.