StudyQA — Master: Structural and Fire Safety Engineering

Photos of university / #edinburghuniversity

Description Contents Requirements Funding More

The MSc in Structural and Fire Safety Engineering at The University of Edinburgh offers a comprehensive and rigorous curriculum designed to equip students with the advanced knowledge and practical skills necessary to address the complex challenges associated with structural integrity and fire safety in modern building design and management. This program integrates principles from civil engineering, fire science, and safety management to develop professionals capable of ensuring the resilience, safety, and sustainability of various structures across multiple sectors.

Throughout the course, students will explore fundamental topics such as structural analysis and design, fire dynamics, material behavior under fire conditions, and advanced computational modeling techniques. Emphasis is placed on understanding how structures respond to fire events and the development of strategies to mitigate risks, improve safety standards, and comply with legislative frameworks. The program combines theoretical lectures with hands-on laboratory sessions, computer-aided design exercises, and real-world case studies, fostering a practical understanding of fire safety engineering principles.

The MSc also emphasizes the importance of interdisciplinary collaboration and effective communication of safety concepts to clients, regulators, and other stakeholders. Students will have access to state-of-the-art facilities, including specialized laboratories and modeling software, to enhance their learning experience. The program prepares graduates for careers in consultancy, regulatory agencies, construction companies, and specialized safety engineering firms, providing the expertise necessary for roles in fire safety assessment, structural design, and risk management.

Furthermore, the MSc program benefits from the university’s strong ties with industry and research institutions, offering opportunities for networking, internships, and participation in cutting-edge projects. Graduates will be well-positioned to contribute to safer, more resilient built environments, advancing their careers in the fields of structural and fire safety engineering. The program aims to foster critical thinking, innovation, and a commitment to safety excellence, aligning with the evolving demands of the engineering profession on a global scale.

Year 1

Your time will usually be divided between engineering, mathematics and option courses. You study several branches of engineering, followed by the first in-depth study of your preferred subject.

For most of our programmes you can choose an option from the sciences or the arts. Chemical engineering students must take chemistry in Year 1.

Year 2

You will study your chosen branch of engineering, supported by classes in mathematics. You will begin to apply your scientific and mathematical skills to real problem solving.

Year 3

You will now be able to focus almost entirely on your chosen field of engineering. At the end of Year 3, you will have the option of completing one more year for a BEng (Hons) or studying for a further two years for an MEng (Hons).

Year 4

You will concentrate on specialist study and innovative coursework that will prepare you for your professional career. Increasingly you will spend time on individual or group design projects. These projects include working with students from other disciplines in our unique interdisciplinary design projects, initiated with support from the Royal Academy of Engineering.

MEng students will produce a substantial project that may involve working overseas or in industry.

Year 5

As Year 4.

Programme structure

Find out more about the compulsory and optional courses in this degree programme.

We publish the latest available information for this programme. Please note that this may be for a previous academic year.

Year 1, Academic year 2016/17, Starting month: September

Notes: Before selecting your outside courses, please ensure you have met your Director of Studies.

COMPULSORY COURSES
This DPT has 4 compulsory course(s).

Code	Course Name	Period	Credits
SCEE08001	Engineering 1	Semester 1	20

CIVE08001	Civil Engineering 1	Semester 2	20

MATH08074	Engineering Mathematics 1a	Semester 1	20

MATH08075	Engineering Mathematics 1b	Semester 2	20

COURSE OPTIONS
This DPT has 1 set(s) of course options with the following rules.

Select exactly 40 credits from Level 7 and 8 courses in Schedules A to Q, T and W, as available

Year 2, Academic year 2016/17, Starting month: August

Notes: Progression to Year 2 normally requires passes in at least 80 credit points worth of courses in Year 1.

In addition, entry to Year 2 is normally only permitted if the following pre-requisite courses are passed:

- CIVE08001: Civil Engineering 1
- SCEE08001: Engineering 1.

COMPULSORY COURSES
This DPT has 12 compulsory course(s).

Code	Course Name	Period	Credits
CIVE08020	Tools for Engineering Design 2	Semester 1	10

SCEE08003	Fluid Mechanics 2	Semester 1	10

CIVE08017	Numerical Methods and Computing 2	Semester 1	10

SCEE08002	Structural Mechanics 2A	Semester 1	10

CIVE08010	Structural Mechanics 2B	Semester 2	10

CIVE08012	Behaviour and Design of Structures 2	Semester 2	10

CIVE08013	Materials Science and Engineering (Civil) 2	Semester 2	10

CIVE08019	Soil Mechanics 2	Semester 1	10

CIVE08021	Water Resources 2	Semester 2	10

SCEE08009	Engineering Mathematics 2A	Semester 1	10

SCEE08010	Engineering Mathematics 2B	Semester 2	10

CIVE08022	Engineering Geology and Surveying 2	Semester 2	10

COURSE OPTIONS
This DPT has 0 set(s) of course options with the following rules.

Year 3, Academic year 2016/17, Starting month: August

Notes: Progression to Year 3 normally requires passes in at least 100 credit points worth of courses in Year 2. The 100 credit points passed must be from the list of courses given in Year 2 of the Degree Programme Table (DPT) of the student's chosen degree programme.

In addition, entry to Year 3 is normally only permitted if the following pre-requisite courses are passed:

- CIVE08012: Behaviour and Design of Structures 2
- SCEE08003: Fluid Mechanics 2
- CIVE08019: Soil Mechanics 2
- SCEE08002: Structural Mechanics 2A
- CIVE08010: Structural Mechanics 2B.

COMPULSORY COURSES
This DPT has 11 compulsory course(s).

Code	Course Name	Period	Credits
CIVE09015	Theory of Structures 3	Semester 1	10

CIVE09014	Fluid Mechanics (Civil) 3	Semester 1	10

CIVE09016	Geotechnical Engineering 3	Semester 1	20

CIVE09027	Computer Methods in Structural Engineering 3	Semester 2	10

CIVE09028	Conceptual Design for Civil Engineers 3	Semester 2	10

CIVE09029	Detailed Design of Structures 3	Semester 2	10

CIVE09023	Fire Safety Engineering 3	Semester 2	10

CIVE09030	Engineering Sustainability 3	Semester 1	10

CIVE09026	Water and Wastewater Systems 3	Semester 1	10

CIVE09031	Infrastructure and Transport 3	Semester 2	10

CIVE09032	Civil Engineering Construction 3	Semester 2	10

COURSE OPTIONS
This DPT has 0 set(s) of course options with the following rules.

Year 4, Academic year 2016/17, Starting month: August

Notes: In addition to standard progression rules, entry to 4th year MEng requires average of 55% in third year, at first attempt.

COMPULSORY COURSES
This DPT has 7 compulsory course(s).

Code	Course Name	Period	Credits
CIVE10004	Foundation Engineering 4	Semester 1	10

CIVE10011	Fire Science and Fire Dynamics 4	Semester 1	10

CIVE10003	Plastic Analysis of Frames and Slabs 4	Semester 2	10

CIVE10026	Civil Engineering Design Project 4	Semester 2	20

CIVE10028	Fire Safety Engineering 4	Semester 1	10

CIVE11047	Fire Science Laboratory 5	Semester 2	10

CIVE11043	Fire Safety Engineering Analysis and Design 5	Semester 2	10

COURSE OPTIONS
This DPT has 3 set(s) of course options with the following rules.

Select exactly 20 credits from the following list of courses, during Semester 1

Code	Course Name	Credits
SCEE11002	Group Design Project (Hydropower Scheme)	20
SCEE11003	Group Design Project (Potable Water Supply)	20
SCEE11005	Group Design Project (The Passive House)	20

Notes:For info only - actual allocation will be done by ETO

AND

Overarching rule collection group: A
Select exactly 20 credits from these collections:

Select a minimum of 0 credits and maximum of 10 credits from Level 10 and 11 courses in Schedules A to Q, T and W, as available

AND

Select a minimum of 10 credits and maximum of 20 credits from the following list of courses, as available

Code	Course Name	Credits
CIVE11034	Structural Dynamics and Earthquake Engineering 5	10
MAEE10005	Engineering Project Management 4	10
CIVE11033	Engineering Geophysics and Non-Destructive Testing 5	10
CIVE10006	Hydraulic Engineering 4	10
CIVE11029	The Finite Element Method 5	10
CIVE11036	Computational Geomechanics 5	10
EASC10082	Hydrogeology 1: Applied Hydrogeology	10
EASC10077	Hydrogeology 2: Simulation of Groundwater Flow and Transport	10
MAEE10002	Supply Chain Management 4	10
MAEE10003	Operations Management 4	10
MAEE11002	Modern Economic Issues in Industry 5	10
MECE11010	Engineering in Medicine 5	10
CIVE10022	Finite Element Methods for Solids and Structures 4	10
MAEE11004	Technology and Innovation Management 5	10

Notes:Not all courses available in all years - consult year handbook for information on course availability.

Year 5, Academic year 2016/17, Starting month: August

COMPULSORY COURSES
This DPT has 6 compulsory course(s).

Code	Course Name	Period	Credits
CIVE11031	MEng Thesis 5 (Discipline of Civil & Environmental Engineering)	Full Year	40

CIVE11032	Research Method and Application in Civil & Environmental Engineering 5	Full Year	20

CIVE10002	Thin-Walled Members and Stability 4	Semester 1	10

CIVE11048	Fire Safety, Engineering & Society 5	Semester 2	10

CIVE11044	Structural Design for Fire 5	Semester 1	10

CIVE11045	Fire Safety Engineering Design Project 5	Semester 2	20

COURSE OPTIONS
This DPT has 0 set(s) of course options with the following rules.

Bakalavr, Specialist Diploma or Magistr from an accredited higher education institution with a minimum average grade of 4.0/5.0.
IELTS Academic module overall 6.5 with 5.5 in each component
TOEFL iBT 92 or above with 20 in each section
Cambridge English: Advanced & Proficiency overall 176 with 162 in each component
Pearson Test of English (Academic): Total 61 with at least 51 in each "Communicative Skills" section
Trinity ISE: ISE II with a distinction in all four components

The Structure and Fire Safety Engineering program at The University of Edinburgh offers a range of financing options to support students throughout their studies. Domestic students can benefit from various scholarships, including the Edinburgh Global Undergraduate Mathematics Scholarships and specific engineering bursaries, which provide financial assistance based on academic merit and need. Additionally, the university offers regional scholarships for students from specific countries, helping to reduce the financial burden of international education. The program is also eligible for government loans and grants, depending on the student’s domicile and residency status, which can cover tuition fees and living expenses.

Students are encouraged to explore external funding sources such as governmental or private scholarships, sponsorships, and industry-sponsored awards, which are often available for engineering students demonstrating exceptional promise or pursuing specialized fields like structural and fire safety engineering. The university’s Financial Aid Office provides comprehensive guidance on applying for these opportunities, including deadlines and eligibility criteria. Moreover, students enrolled in the program have access to part-time work opportunities within the university and the wider Edinburgh area, allowing them to earn supplementary income while gaining valuable professional experience.

International students should also consider visa sponsorship opportunities that sometimes include grants or allowances for students undertaking specialized courses. The university promotes financial planning and budgeting workshops to help students manage their expenses effectively throughout their course duration. For students who require additional financial support, the university offers emergency loans and hardship funds to assist during unforeseen circumstances. Overall, The University of Edinburgh is committed to making education accessible by providing a variety of financial support mechanisms tailored to suit the diverse needs of its student body pursuing Structural and Fire Safety Engineering.

The MSc in Structural and Fire Safety Engineering at the University of Edinburgh is a comprehensive postgraduate program designed to equip students with advanced knowledge and practical skills in the fields of structural engineering, fire safety, and disaster resilience. The program is ideal for individuals seeking to develop expertise in designing structures that are both resilient to fire hazards and capable of withstanding various environmental loads, ensuring safety and sustainability. The curriculum integrates core principles of structural analysis, fire dynamics, materials science, and risk assessment, providing a multidisciplinary approach to solving complex engineering problems. Students will explore innovative fire-resistant design techniques, fire safety regulations, and failure analysis, preparing them for careers in consulting, research, or industry roles focused on structural integrity and fire safety management.

Throughout the course, students will engage in a combination of lectures, practical workshops, and project work, often collaborating with industry partners and research institutions. The program emphasizes critical thinking, problem-solving, and the application of theoretical concepts to real-world scenarios. Unique features include access to state-of-the-art laboratory facilities for fire testing and structural analysis, as well as opportunities for international collaboration and internships. Graduates of this program will be well-positioned to contribute to the development of safer building practices, enhance existing safety standards, and innovate in areas of fire-resistant construction materials and design methodologies. The program aims to produce skilled engineers who are capable of addressing current and future challenges in structural safety and fire engineering, supporting sustainable development and urban resilience. The University of Edinburgh's strong focus on research-led teaching guarantees that students stay abreast of the latest advances and industry best practices, fostering a competitive edge in their professional careers.

Similar programs:

Master