Where To Study Structural Engineering

Last Updated on December 28, 2022

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Study structural engineering abroad

Get a fully personalized list of structural engineering programs that match your eligibility and aspirations.Find your perfect programsSee all structural engineering programs

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  • Bachelor’s programs in
    structural engineering
  • Master’s programs in
    structural engineering
  • PhD programs in
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Structural Engineering degrees abroad

Structural engineering focuses on the design, maintenance, repair, and improvement of buildings and other infrastructure. From houses and hospitals to oil rigs and aircrafts, you’ll learn how to construct safe structures that can withstand human and environmental pressures.

As well as testing the structural integrity of existing infrastructure, you’ll become familiar with the properties of different building materials, including steel, timber, and concrete. You’ll also develop the professional skills you’ll need to work with clients, contractors, architects, surveyors, and other industry experts.

Societies around the world depend on the work of structural engineers for their essential infrastructure. By studying abroad, you’ll see how global infrastructure is influenced by local cultures and geography. You’ll encounter different engineering approaches, projects, and laws, transforming you into a more experienced and versatile engineer.

Structural Engineering program structure

There are several different options to choose from when it comes to studying structural engineering.

Although a bachelor of engineering (BEng) is studied over a minimum of three years, most courses will include an industry sandwich year, adding an extra 12 months onto your program.

Four-year master’s of engineering (MEng) programs are also available. You’ll take the same classes as BEng students for your first two years of study, before diving into more specialized and advanced topics for the remainder of your program. Completing an industry placement means your course will take five years to finish.

If you studied a different branch of engineering at the undergraduate level, you can still enroll in a one or two-year structural engineering master’s. From here, you might decide to pursue a research-based PhD which can take anywhere between four and seven years.

The licensure required to become a chartered engineer varies within and between countries. Therefore, it’s important to check what kind of accreditation you’ll need if you want to work in a specific part of the world.

Teaching methods normally blend theory and practice to give students a well-rounded understanding of the field. Your timetable will be made up of lectures, seminars, tutorials, practical workshops, site visits, and fieldwork.

The precise content of your program will depend on your university and country of study. That said most degrees address these core topics:

  • Engineering mathematics and modeling
  • Electronics and mechanics
  • Properties of materials
  • Structural analysis
  • Concrete and steel structures
  • Engineering design and drawing
  • Computer-aided design
  • Engineering surveying and construction technology

Best countries to study structural engineering

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Best universities to study structural engineering

  • University of Canterbury
  • Teesside University
  • University of South Alabama
  • California State University, Sacramento
  • Cleveland State University

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How to study structural engineering abroad

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Structural Engineering study abroad programs

Structural engineering undergraduate programs

  • Bachelor’s

Bachelor’s in structural engineering

  • falseCivil Engineering: Structural Engineering – BEngUniversity of South Alabama, USAProgram typeBachelor’sDuration4 yearsAnnual tuition fee21,540 USDiStart dateJanuary, AugustShow program overview about Civil Engineering: Structural Engineering
  • falseEngineering: Structural Engineering – BEng (Hons)University of Auckland, New ZealandProgram typeBachelor’sDuration4 yearsAnnual tuition fee30,954 USDiStart dateFebruary, JulyShow program overview about Engineering: Structural Engineering

See all bachelor’s degrees in structural engineering 

Structural engineering graduate programs

  • Master’s
  • Pathway

Master’s in structural engineering

  • falseCivil Engineering: Structural Engineering – MCivilEngUniversity of Canterbury, New ZealandProgram typeMaster’sDuration3 yearsAnnual tuition fee29,257 USDiStart dateJanuary, FebruaryShow program overview about Civil Engineering: Structural Engineering
  • falseCivil and Structural Engineering (Advanced Practice) – MScTeesside University, UKProgram typeMaster’sDuration20 monthsAnnual tuition fee10,171 USDiStart dateJanuary, SeptemberShow program overview about Civil and Structural Engineering (Advanced Practice)
  • falseCivil Engineering: Structural Engineering – MScCalifornia State University, Sacramento, USAProgram typeMaster’sDuration2 yearsAnnual tuition fee15,800 USDiStart dateMay, NovemberShow program overview about Civil Engineering: Structural Engineering
  • falseCivil Engineering: Structural Engineering – MCEUniversity of South Alabama, USAProgram typeMaster’sDuration2 yearsAnnual tuition fee11,520 USDiStart dateJanuary, AugustShow program overview about Civil Engineering: Structural Engineering
  • falseCivil Engineering: Structures and Foundations – MSCivECleveland State University, USAProgram typeMaster’sDuration2 yearsAnnual tuition fee19,960 USDiStart dateAugustShow program overview about Civil Engineering: Structures and Foundations

See all master’s degrees in structural engineering 

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  • Construction Engineering

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Future structural engineering careers

Structural engineers are amongst the most in-demand and well-paid graduates. Your knowledge of essential structures like transport, buildings, energy supplies, and water distribution will make you an invaluable asset to societies around the world.

Due to the global shortage of qualified structural engineers, engineering firms, manufacturers, energy companies, and governments are always on the lookout for passionate and hardworking graduates. Here are some of the careers paths open to you:

  • Structural engineer
  • Civil engineer
  • Site engineer
  • Water engineer
  • Surveyor
  • Estimator
  • Design engineer
  • Nuclear engineer

Participating in relevant work experience will help lay the foundations of a successful career. Not only will it demonstrate your commitment and talent to potential employers, but it’ll also help you to figure out your career aspirations and build a professional network.

structural engineering subjects, structural engineering university of birmingham

Structural Engineering Masters/MSc/Diploma

Start dateSeptemberDuration1 year full-time, or on a part-time basis over 24-36 monthsCourse TypePostgraduate, Continuing professional development, TaughtFees

We charge an annual tuition fee. Fees for 2022/23:
£10,620 (UK students)
£25,740 (International students)Further fee information is available.

  • Visit us
  • Request a course prospectus
  • Apply now
  • Course details
  • Entry Requirements
  • Teaching and assessment
  • Employability

Our Structural Engineering Masters programme is designed for civil engineering or related graduates looking to specialise as structural engineers, or those seeking to advance their career prospects in the industry, this course will enable you to deal with complex structural engineering issues.

Online event

Wednesday 16 February 2022, 10:00 – 11:00
This online event is designed to inform prospective postgraduate students, applicants and offer holders about the postgraduate courses available within the Department of Civil Engineering and how to prepare for your course.Learn more about the webinarDecision making at a high level is often demanded by the industry, and here you will learn the techniques and unlock the confidence to use your initiative, communicate conclusions and solutions and tackle often-unpredictable scenarios.

This Masters/MSc/PG diploma postgraduate degree course in Structural Engineering offers the opportunity to widen knowledge in the area of Structural Engineering by including structural engineering practice, wind engineering, structural behaviour (both static and seismic), geotechnical engineering and industrial research topics.

The course has been devised to meet the demands of both the UK and overseas engineering and construction industries. It offers advanced training to engineers aspiring to higher or middle management in public and private sector management. This opens up a wide range of career opportunities, as many of the techniques are applicable both within and outside the civil engineering design and construction industry.

You can transfer from the Postgraduate Diploma to the MSc programme, upon completion of the Diploma, provided you satisfy the MSc requirements.

  • Masters degree/MSc: 12 months full-time, 24-36 months part-time
  • Postgraduate Diploma: 10 months full-time, 24-36 months part-time

Why study Structural Engineering Masters at Birmingham? 

  • Study in our new state-of-the-art School of Engineering building which includes a 179-capacity Design Centre and 160 drop-in study spaces throughout the building providing flexible learning.
  • Postgraduate study at the University of Birmingham is a chance to learn from world leaders in their fields. This guarantees you a first-class learning experience, leading to a qualification that is respected the world over, making you an attractive prospect in a very competitive job market. We offer a stimulating, thriving research environment, and offer a warm welcome to postgraduate students seeking to contribute to our work.
  • Discover how civil engineering, in all its aspects, is a cornerstone of both the development and sustainability of civilisations
  • Benefit from our broad range of academic staff and research skills, giving you the opportunity to study subjects that lie between the traditional disciplines or which focus in depth on a particular field
  • Research at Birmingham places a strong emphasis on tackling the problems faced by society today, and many of our projects have already made a significant impact on society
  • The School has a long tradition of distinguished research that benefits from being funded by industry, charities and research councils, encouraging innovative thinking and creating internationally recognised results
  • Alumni from our MSc programmes are found in nearly every country around the world, and we are held in high regard by the engineering community

Structural Engineering, MSc

Accredited by Institution of Civil Engineers (ICE), the Institution of Structural Engineers (IStructE), the Chartered Institution of Highways and Transportation (CIHT), the Institute of Highway Engineers (IHE), and the Permanent Way Institution (PWI)ApplyOpen DayKeep In Touch

Bridge

Our Civil Engineering Department is ranked 8th in the UK for Graduate Prospects

Complete University Guide 2022

KEY COURSE DETAILS

  • UK
  • International

 MSc 1 Year Full TimeMode of StudyCampus BasedTypical Offer (view equivalents)2.2LocationBay Campus

Start DateTuition Fees – Year 1
Sep 2022£ 10,150

COURSE OVERVIEW

The role of the structural engineer is of growing importance to society as populations grow and the world becomes more inter-connected. Skyscrapers are getting taller and bridges are getting longer. The Green Energy revolution requires energy generating infrastructure to be structurally designed for resilience in harsh environments, e.g. high wind or deep marine locations. As a major contributor to CO2 production (10% of global emissions), the construction industry depends on structural engineers to design energy efficient buildings, using appropriate materials to minimise the environmental impact of the sector.

Students on the MSc Structural Engineering course will be provided with in-depth knowledge and exposure to established and innovative ideas and techniques to enable them to develop sound solutions to structural engineering problems.

It will cover the diverse nature of structural engineering through the integration of knowledge from mechanics, materials, structural analysis and structural design. The programme will also cover the latest technical trends in Civil and Structural Engineering including advanced computational modelling skills and will cover technical challenges and solutions faced in the management and delivery of large scale infrastructure works.

WHY STRUCTURAL ENGINEERING AT SWANSEA?

The Civil Engineering department at Swansea University has an excellent and far-reaching reputation. Our MSc in Structural Engineering aims to provide advanced training in techniques of structural engineering analysis and design.

It is designed to provide specialist postgraduate professional development across the areas of steel and concrete design, structural dynamics, structural mechanics and  temporary works, with a strong emphasis on computer modelling and elements of information management.

Did you know these facts about our Civil Engineering department at Swansea?

  • It is a key centre for research and training in computational mechanics and engineering
  • Academics within the department have pioneered many techniques used in commercial simulation software today
  • 8th in the UK for Graduate Prospects (The Complete University Guide 2022)
  • 10th in the UK for Research (The Times Good University Guide 2021)
  • 6th in the UK for Career Prospects (The Guardian University Guide 2021)
  • Within six months of graduating, 97% of Civil Engineering graduates are employed or in further study (16/17 Graduate DLHE).

YOUR STRUCTURAL ENGINEERING EXPERIENCE

Your studies will be nourished by an international community of over 500 postgraduate students and 120 research staff at the College of Engineering. 

STRUCTURAL ENGINEERING EMPLOYMENT OPPORTUNITIES

Graduates of the MSc Structural Engineering degree at Swansea will be strongly positioned for rewarding opportunities. Your future could lie in any of the following roles.

  • Structural Engineer
  • Construction Engineer
  • Construction Management
  • Engineering Project Manager
  • Bridge Engineer
  • Earthquake Engineer
  • Building Structure Design
  • Aerospace Structural Design
  • Marine/Offshore Structural Design
  • Computational Engineer

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