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Railway Systems Engineering and Integration (Dubai)MSc

Join the next generation of railway business leaders. Our MSc will open up a world of career opportunities in global rail industries.

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Connect with an advisor for a 1:1 Session. 

Duration

12 months

Location

University of Birmingham Dubai Campus

Mode

On-campus

Flexible for professionals

Evening & Weekend Classes

Campus

Dubai

About Program

The University of Birmingham Dubai, a Top 100 Global University, offers the MSc Railway Systems Engineering & Integration, designed for professionals and aspiring engineers looking to advance their expertise in railway infrastructure, systems, and management

This industry-driven program provides a real-world learning experience through a combination of classroom teaching, laboratory work, and industrial projects, preparing students for leadership roles in railway engineering.

Course highlights

Learn how to design, build, operate and manage sophisticated subsystems and understand complex interfaces. Become part of a large and diverse railway research and education group.

You’ll benefit from expert insights and great links into industry. Based at our new, technology enhanced ‘smart’ campus you’ll learn from academics in Birmingham as well as in Dubai, for a truly global experience.

We are ranked in the top 100 (QS World University Rankings 2025)

Benefit from our extensive laboratories and facilities both on and off our campus for carrying out research in railway engineering.

Why Choose This Program?

Who Should Enroll?

This program is ideal for

Program Details

About The Institute

Our University grew out of the radical vision of our first Chancellor, Joseph Chamberlain. Founded in 1900, Birmingham represented a new model for Higher Education. We were England’s first civic university, a place where students from all backgrounds were accepted on an equal basis. More than 100 years on, our Birmingham campus has grown to 672 acres, and we also now have a campus in Dubai. Each year, we welcome more than 30,000 students from across the world. Our size has changed, but our civic commitment has not

Our University grew out of the radical vision of our first Chancellor, Joseph Chamberlain. Founded in 1900, Birmingham represented a new model for Higher Education. We were England’s first civic university, a place where students from all backgrounds were accepted on an equal basis. More than 100 years on, our Birmingham campus has grown to 672 acres, and we also now have a campus in Dubai. Each year, we welcome more than 30,000 students from across the world. Our size has changed, but our civic commitment has not

Curriculum Overview

This program blends technical expertise with real-world applications to prepare you for senior leadership roles in railway engineering.

Course delivery

Our MSc is taught in intensive, week-long blocks, allowing for part-time study or distance learning. You'll specialise in modules and complete a research project.

The full-time programme comprises of classroom taught modules and coursework modules, scheduled over a period of 8 months. Part-time students follow the same syllabus as full-time students but complete the taught modules in a sequence that best suits their work-commitments. The MSc strand requires the submission of a dissertation that is based on a significant amount of independent research.

Facilities include railway system simulators, wind tunnel, electronics laboratories, pantograph testing rig, robotic arms, a railway track foundation rig, plus other equipment. We also have an aerodynamic moving-model testing facility for high-speed trains.

We offer a combination of evening and weekend classes which are designed to accommodate working professionals and those who choose to study full-time.

Our draft timetable for full-time students is designed to deliver teaching on weekday evenings from 18:00-21:00 and on Saturday and Sunday from 10:00-18:00. All modules are block-taught in weeklong intensives. Part-time students will study during these hours as per the number of modules they choose to study.

Module information

This programme is a 1 year full time (2 years part time) taught master's degree (180 credits) consisting of 120 credits of taught modules and a 60 credit of a project-based module . The modules listed for this programme are regularly reviewed to ensure they are up-to-date and informed by the latest research and teaching methods.

Any optional module information listed for this programme is intended to be indicative, and the availability of optional modules may vary from year to year. Where a module is no longer available we will let you know as soon as we can and help you to make other choices.

Module Title

Credits

University Resources

Our Past Batch Alumni

University of Birmingham Dubai

Railway Systems Engineering and Integration (Dubai)MSc

Career Prospects & Industry Impact

Railways are at the center of global smart transport and infrastructure development. With investments exceeding $300 billion globally, professionals trained in railway systems engineering are in high demand.

72% of UoB

72% of UoB graduates secure jobs within 6 months

Top Employers

Access to top employers like Dubai Metro, RTA, and Etihad Rail

Opportunities

Opportunities for a Golden Visa for professionals in the UAE

Global Railway

Network with global railway leaders and industry experts

Faculties

University of Birmingham Dubai – Campus
Overview & Introduction

The University of Birmingham Dubai is an extension of the prestigious University of Birmingham, UK — a world top 100 university (QS World Rankings) and a Russell Group member, renowned for its cutting-edge research, academic excellence, and global outlook.

What Makes the Dubai Campus Unique?

  1. Globally Ranked, Locally Relevant

    • Offers the same high academic standards and rigorous curriculum as its UK counterpart.
    • Degrees are UK-accredited and internationally recognized, giving students a powerful edge in global and regional job markets.
  2. Strategic Location in Dubai International Academic City
    • Situated in the heart of the UAE’s education and innovation ecosystem, the campus gives students access to industry partnerships, internships, and employment opportunities across the UAE and GCC.
  3. Future-Ready Smart Campus
    • The newly built, sustainability-focused campus is designed to facilitate next-generation learning, equipped with the latest technology, collaborative workspaces, and digital infrastructure to support research, innovation, and enterprise.
  4. A Hub for Working Professionals and Lifelong Learners
    • The Dubai campus offers flexible postgraduate programs tailored for professionals, including evening and weekend schedules.
    • Students gain real-world insights through faculty with international experience and direct industry engagement.
  5. Global Faculty, Local Expertise
    • Courses are delivered by a blend of UK-based and UAE-based expert faculty, ensuring learners benefit from global perspectives with strong regional relevance.
  6. Diverse Student Community
    • Courses are delivered by a blend of UK-based and UAE-based expert faculty, ensuring learners benefit from global perspectives with strong regional relevance.

Our Dubai campus

Our Dubai campus reflects the stunning heart of our UK campus. Home for up to 3,000 students, it’s also a meeting place for Birmingham alumni in the region and a business engagement hub for the local community. With state-of-the-art facilities, we offer an elite university education in the heart of the United Arab Emirates. Not only world-leading and research-informed, but personal to you.

Facilities at our Dubai campus

Admission Process

Submit Application

Tell us a bit about yourself and why you want to join this program

Application Review

An admission panel will shortlist candidates based on their application

Application Review

Selected candidates will be notified within 1-2 weeks

Admission Requirements

To be eligible, you must have:

A Bachelor’s Degree in Engineering, Physics, Mathematics, or Economics

Relevant Work Experience in railway engineering, transport, or infrastructure (preferred)

English Proficiency: IELTS/TOEFL (if applicable)

Program Fees & Scholarships

Tuition Fees:

Full-Time: AED 150,225
Part-Time: AED 75,113

Get Started Today

Scholarship Opportunities:

Up to 50% Merit-Based Scholarships for outstanding professionals

Corporate Discounts for employees of RTA, Dubai Metro, and government partners

 Early Bird Offers for applications before [Deadline Date]

 

Frequently Asked Questions (FAQ)

Can I study while working full-time?

Yes! The Evening & Weekend format is designed specifically for working professionals.

Yes! The Evening & Weekend format is designed specifically for working professionals.

Yes! The Evening & Weekend format is designed specifically for working professionals.

Yes! The Evening & Weekend format is designed specifically for working professionals.

Students have access to paid internships with leading rail industry partners such as Dubai Metro, RTA, and Etihad Rail, providing real-world experience and exposure to ongoing rail projects in the UAE.

The program uses a block teaching format: full-time students attend more frequent sessions, while part-time students only need to attend 8 weeks of on-campus classes spread over 2 years, allowing flexibility alongside employment.

Yes. The MSc is awarded by the University of Birmingham, a Top 100 Global University, and is internationally recognized for academic and industry excellence, especially in railway systems engineering.

Students benefit from career counseling, resume-building workshops, mock interviews, and networking with UAE and global rail industry experts during and after the program.

The program is taught by internationally experienced faculty and supplemented by industry guest lecturers from major railway operators and engineering firms, ensuring a balance of theory and practical knowledge.

For most applicants, IELTS is not mandatory if you’ve studied in English-medium institutions. The admissions team can guide you based on your academic background and qualifications.

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Module information

Category

Details

Module Name

LM Advanced Project

Module Code

04 38992

Credit Value

60 Credits

Level

Masters (Postgraduate)

Duration

Full Term

Location

University of Birmingham Dubai

Purpose

Independent research project focusing on real-world railway systems engineering and integration challenges.

Key Features

• Independent topic selection

• Hands-on experimentation, surveys, and modeling

• Integration of academic and industry-based learning

Methodologies

• Literature reviews

• Fieldwork

• Numerical & theoretical modeling

• Design & innovation-based approaches

Skills Developed

• Critical thinking

• Research methodology

• Innovation in problem-solving

• Written & oral communication

Learning Outcomes

1. Mastery of advanced engineering research techniques

2. Literature evaluation and gap analysis

3. Creative problem-solving skills

4. Independent project planning

5. Critical evaluation of existing methods

6. Innovation & theoretical integration

7. Effective presentation and communication of results

Assessment Components

• Written Report(s): 80%

• Oral Assessment: 20%

• Total Coursework: 100%

Reassessment

Resubmission of Final Report (100%)

Source

University of Birmingham Module Handbook – LM Advanced Project (Dubai)

Business and People Management

Category

Details

Module Title

LM Business and People Management

Module Code

04 39000

School

School of Engineering

Department

Civil Engineering

Level

Masters Level

Credits

20

Semester

Semester 2

Pre-requisites

None

Co-requisites

None

Restrictions

None

Exclusions

This is the Dubai equivalent of module 04 34518

Contact Hours

• Lectures: 34 hours

• Seminars: 6 hours

• Practical Classes & Workshops: 10 hours

• Guided Independent Study: 150 hours

Total Learning Hours: 200 hours

Module Description

Provides MBA-level insight tailored to the railway industry. Covers economics, strategy, investment, finance, project & people management, governance, and UK rail structure. Emphasis on leadership skills.

Delivery Format

Lectures by university & guest faculty (rail & non-rail), team-based business exercises, and in-depth assignments

Learning Outcomes

1. Apply investment appraisal techniques

2. Interpret financial statements & ratios

3. Explain UK rail structure & funding

4. Understand economic principles

5. Develop business strategy

6. Propose & calculate KPIs for rail benchmarking

7. Understand project, asset, tech & people management

8. Discuss UN SDGs in rail industry context

Assessment Components

• Report 1 (1,000 words): 15%

• Examination (2 hours): 50%

• Report 2 (3,000 words): 35%

Reassessment

Re-complete any failed components

Reading List

Provided upon module enrolment

Electrification and Traction Systems

Category

Details

Module Title

LM Electrification and Traction Systems

Module Code

04 38996

School

School of Engineering

Department

Civil Engineering

Level

Masters Level

Credits

20

Semester

Semester 2

Pre-requisites

None

Co-requisites

None

Restrictions

None

Exclusions

This is the Dubai equivalent of module 04 34515

Contact Hours

• Lectures: 34 hours

• Tutorials: 6 hours

• Practical Workshops: 10 hours

• Studio Supervision: 7 hours

• External Visits: 8 hours

• Guided Independent Study: 135 hours

Total: 200 hours

Module Description

Develops advanced knowledge and knowhow to specify and assess traction system requirements for trains and networks. Topics include energy supply (diesel, hydrogen, battery, etc.), onboard power control, traction/braking, digital modeling, safety, and sustainability. Includes infrastructure and system integration.

Delivery Format

Delivered via standard & interactive lectures, case studies, team activities, and guest lectures from industry experts and educators.

Learning Outcomes

1. Evaluate drive train arrangements for efficiency and sustainability

2. Digitally model energy/power requirements and duty cycle

3. Select prime mover & transmission system

4. Simulate train traction and braking system

5. Apply sensors & control tools for safety & efficiency

6. Mitigate EMF & electrical hazards

Assessment Components

• Exam (2 hours): 50%

• Design Exercise: 25%

• Written Report (1,500 words): 25%

Reassessment

Re-complete failed component(s)

Reading List

Provided upon enrolment or during the module

Infrastructure and Rolling Stock Systems

Category

Details

Module Title

LM Infrastructure and Rolling Stock Systems

Module Code

04 38995

School

School of Engineering

Department

Civil Engineering

Level

Masters Level

Credits

20

Semester

Semester 1

Pre-requisites

None

Co-requisites

None

Restrictions

None

Exclusions

Not specified

Module Description

This module introduces students to the key systems and subsystems of railway infrastructure and rolling stock. It focuses on the interface and integration of these elements with the overall railway system, covering design, performance, installation, maintenance, and management. It also explores financial and governmental aspects affecting the sector.

Delivery Format

Delivered through interactive lectures, case studies, team-based activities, and guest lectures from industry experts.

Learning Outcomes

1. Understand the role of rolling stock and infrastructure in the railway system

2. Specify suitable rolling stock/infrastructure for given requirements

3. Demonstrate detailed knowledge of components and sub-systems

4. Explain interfaces with wider railway system

5. Calculate key performance parameters

6. Explain relevant management issues

Assessment Components

• 2-hour Exam: 50%

• Coursework 1: 25%

• Coursework 2: 25%

Reassessment

Re-complete failed component(s)

Reading List

Provided during module delivery

Railway Control and Digital Systems

Module Code: 04 38999 | Level: Masters | Credits: 20 | Semester: 1
School: School of Engineering | Department: Civil Engineering
Module Lead: Dr. Hongsin Kim

📘 Module Description

This module provides in-depth knowledge of signalling, control, and digital systems in railways. It explores core concepts in design, implementation, safety, reliability, and digital modelling of railway systems. Students will also gain insight into how railway technologies impact cost, capacity, customer comfort, and carbon reduction strategies.

Technical aspects like train location, communication, automation grades, and cybersecurity are covered alongside industry practices through case studies, interactive lectures, team activities, and guest speakers.

🎯 Learning Outcomes

By the end of this module, students will be able to:

  1. Calculate railway capacity for various control systems, including moving block and virtual coupling.

  2. Analyse safety and performance of global railway control and digital systems, both qualitatively and quantitatively.

  3. Select appropriate control and digital systems for different railway types (metro, high-speed, tram, etc.).

  4. Create and analyse digital models of railway control systems.

  5. Design carbon reduction strategies for control and digital infrastructure.

  6. Apply correct automation grades for operation and protection in railways.

🧠 Contact Hours & Workload

Activity

Hours

Lectures

34 hrs

Tutorials

6 hrs

Practical Classes & Workshops

10 hrs

Supervised Studio/Workshop Time

5 hrs

External Visits

5 hrs

Guided Independent Study

140 hrs

Total

200 hrs

📝 Assessment Structure

  • 2-Hour Exam: 50%

  • Technical Report: 25%

  • Digital Model Project: 25%

Reassessment: Re-complete failed component(s)

Railway Operations, Management and Planning

Category

Details

Module Title

LM Railway Operations, Management and Planning

Module Code

04 38994

Level

Masters Level

Credits

20

Semester

Semester 1

School

School of Engineering

Department

Civil Engineering

Module Lead

To Be Announced

Pre-requisites

None

Co-requisites

None

Restrictions

None

Exclusions

Dubai Equivalent Module

04 34513

Total Contact Hours

200 Hours

  Lectures

34 hours

  Tutorials

6 hours

  Practical Classes

10 hours

  External Visits

5 hours

  Independent Study

145 hours

Module Description

Provides tools to critically analyse and manage railway systems and planning functions. Covers timetabling, resource planning, performance management, and safety. Also addresses societal, financial, and regulatory influences. Delivered via lectures, case studies, team activities, and industry experts.

Learning Outcomes

1. Analyse opportunities in new or existing railway systems

2. Design and communicate railway plans

3. Assess feasibility based on multiple factors

4. Develop operation management strategies

5. Create a timetable and resource plan using modelling tools

Assessment

– 1-hour Exam (25%)

– 5-min Video (25%)

– 3,000-word Formal Paper (50%)

Reassessment

Re-complete failed component(s)

Reading List

Not provided in current document

Systems Engineering and Ergonomics

Category

Details

Module Title

LM Systems Engineering and Ergonomics

Module Code

04 38997

Level

Masters Level

Credits

20

Semester

Semester 2

School

School of Engineering

Department

Civil Engineering

Module Lead

To Be Announced

Pre-requisites

None

Co-requisites

None

Restrictions

None

Exclusions

Dubai Equivalent Module

04 34516

Total Contact Hours

200 Hours

  Lectures

34 hours

  Tutorials

6 hours

  Practical Classes

10 hours

  Studio/Workshop

5 hours

  Independent Study

145 hours

Module Description

Covers four areas: systems engineering methods and risk, life-cycle tools for performance and reliability, safety cases and human factors, and ergonomic design. Focuses on complex railway systems through case studies, tools, and industry guest sessions. Includes human-centered design, usability, risk mitigation, and systems integration.

Learning Outcomes

1. Design system architectures and implementation plans

2. Formulate life-cycle development processes

3. Apply tools for reliability and performance

4. Assess schedule and technical risks

5. Define comfort/safety for various user groups

6. Propose ergonomically sound design specifications

Assessment

– 4,000-word Systems Design Project (50%)

– 10-min Presentation (20%)

– 1,500-word Reflective Report (30%)

Reassessment

Re-complete failed component(s)

Reading List

Not provided in current document

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