Scholarships
The scholarships belowÌýare open to international students and those applying from England, Wales and Northern Ireland with a 2.1 or above for a postgraduate course.Ìý
Our MSc Structural Engineering programme equips you with cutting-edge knowledge and technical skills essential for modern structural engineering practice. Through a carefully crafted curriculum, you'll develop expertise in advanced structural analysis, innovative design approaches, and sustainable engineering solutions.Ìý
The programme is delivered by our experienced academic team, who bring over 60 years of civil engineering education experience and maintain strong industry connections.Ìý
The programme integrates theory with practical application, enabling you to tackle complex engineering challenges in unfamiliar situations. You'll learn to analyse problems and devise sustainable design solutions while considering commercial, legal, and environmental risks. This approach ensures you can communicate complex issues effectively to diverse stakeholders.
A key strength of our programme is its focus on emerging technologies and contemporary issues in structural engineering. You'll develop plans to address relevant regulations, while learning to incorporate environmental sustainability and energy management principles into your engineering practice. The programme's structure allows for detailed exploration of specific areas through an individual research project, letting you align your studies with your professional interests and aspirations.Ìý
Please note: you will be registered on the MSc Structural Engineering, which includes a research project. All students will get the opportunity to apply to undertake an industrial placement as an alternative to the research project. Placements, subject to availability, are on a competitive basis and are subject to an application and interview with the placement provider. If successful, you will be moved on to the MSc Structural Engineering with Industrial Practise.Ìý
The programme welcomes graduates with a minimum of a second class (2:2) honours degree or equivalent in Building/Building Technology, Geotechnical Sciences, Geotechnology, Construction, Construction management, Architectural Engineering, Structural Engineering.
We also consider applicants with relevant professional experience through our Recognition of Prior Learning procedure.
We accept a wide range of qualifications from applicants across the world.
Typically, international applicants should have:
All courses at 51¶ÌÊÓÆµ are taught in English. If your first language is not English, you will need to demonstrate that you meet our English language requirements.
Please see English Language Requirements for the full list of accepted qualifications and further details.
For questions about specific entry requirements, please contact admissions@abertay.ac.uk.
For more information on the application process, tuition fees and scholarships, studying in Scotland, and to contact our International Team, please visit our International Students page.
All modules shown are indicative and reflect course content for the current academic year. Modules are reviewed annually and may be subject to change.
Provides an understanding of the role of geotechnical engineering in the engineering design process and an advanced ability to analyse and design structures in timber and steel. Module content: Conceptual design; Design loads; Design of Steel Structures; Design of Connections; Plastic collapse of steel structures; Design of foundations; Design of retaining wall; Slope stability.
Utilising knowledge and understanding in geotechnical engineering to solve complex geotechnical problems by considering advanced solutions which are cost-effective and environmentally-friendly.
Increasingly many organisations have recognised that the environment is a management issue and not just a matter of legislative compliance. This module presents a series of practical management tools with which environmental issues can be managed, within both the public and private sector. This module enables those interested in the role of project management to examine the policy, legal & ethical framework in which projects operate and to develop the necessary skills to manage diverse teams in a sustainable manner.
This project module focuses on the theory and practice of identifying and implementing innovation of products and systems in organisations. It provides an opportunity for students to critically reflect on analytical, design, planning and evaluation tools that have been included in the programme and to apply these to the design and construction processes of a project that requires innovation and mimics the real-world feasibility design stage of a Civil and Environmental Engineering project.
Introduction to the theory of finite element analysis and its application in research and industry.
The aim of this module is to provide you with the ability to investigate and solve structural and geotechnical problems related to the build environment.
This module is designed to introduce you to research methods and statistical analysis. Theoretical, historical and statistical concepts are taught in lectures, with hands-on practical lab sessions using both quantitative and/or qualitative techniques that allow you to put theory into practice.
Individual in-depth investigation of a particular aspect of their own specialism. An opportunity to undertake individually an in-depth investigation in a relevant area of interest within an applied context in industry, consolidating theory and examining practice and providing a basis for the writing of a substantial dissertation.
Provides an understanding of the role of geotechnical engineering in the engineering design process and an advanced ability to analyse and design structures in timber and steel. Module content: Conceptual design; Design loads; Design of Steel Structures; Design of Connections; Plastic collapse of steel structures; Design of foundations; Design of retaining wall; Slope stability.
Utilising knowledge and understanding in geotechnical engineering to solve complex geotechnical problems by considering advanced solutions which are cost-effective and environmentally-friendly.
Increasingly many organisations have recognised that the environment is a management issue and not just a matter of legislative compliance. This module presents a series of practical management tools with which environmental issues can be managed, within both the public and private sector. This module enables those interested in the role of project management to examine the policy, legal & ethical framework in which projects operate and to develop the necessary skills to manage diverse teams in a sustainable manner.
This project module focuses on the theory and practice of identifying and implementing innovation of products and systems in organisations. It provides an opportunity for students to critically reflect on analytical, design, planning and evaluation tools that have been included in the programme and to apply these to the design and construction processes of a project that requires innovation and mimics the real-world feasibility design stage of a Civil and Environmental Engineering project.
Introduction to the theory of finite element analysis and its application in research and industry.
The aim of this module is to provide you with the ability to investigate and solve structural and geotechnical problems related to the build environment.
This module is designed to introduce you to research methods and statistical analysis. Theoretical, historical and statistical concepts are taught in lectures, with hands-on practical lab sessions using both quantitative and/or qualitative techniques that allow you to put theory into practice.
This modules provides the opportunity to undertake individually an in-depth work-based investigation in a relevant area of interest within the industry, consolidating theory and examining practice and providing a basis for the writing of a substantial dissertation.
Learn more about 51¶ÌÊÓÆµ's English language requirements, as well as visa information.
All the information you need about visa requirements for studying here at 51¶ÌÊÓÆµ.
Please note: this course will run over 16 months full-time and 28 months part-time if you begin your studies in January.
The tuition fees you’ll pay and the funding available depend on factors such as your nationality, location, personal circumstances and the course you’re studying. If you’re studying a postgraduate taught (PGT) degree, your fee status will be classed as one of the following:
Scotland
England, Wales, Northern Ireland, and the Republic of Ireland
International
Your fee status is typically based on the country where you’ve lived on a regular, non-temporary basis for the three years prior to the start of your course.
We’ll confirm your tuition fees once you’ve applied.
International includes applicants from EU countries who do not hold Pre-Settled or Settled Status in the UK. (Students from the Republic of Ireland are not included.)
Fee Status |
2025/26 |
2026/27 |
£7,900 |
£7,900* |
|
£10,400 |
£10,400* |
|
£17,000 |
£18,950** |
Ìý
*Tuition fees for 2026/27 are still under review and may be subject to change.
**Eligible international students will automatically receive a scholarship worth between £3,000-£7,000 over the duration of their course.
Find outÌýabout grants, bursaries, maintenance loans and living costsÌýinÌýourÌýpostgraduate taught fees and funding section.
The scholarships belowÌýare open to international students and those applying from England, Wales and Northern Ireland with a 2.1 or above for a postgraduate course.Ìý
This £1,000 award is open to all prospective new postgraduate students from England, Wales and Northern Ireland.
This £3,000 award is open to all prospective new international postgraduate students at 51¶ÌÊÓÆµ.