Students
Tuition Fee
GBP 15,420
Per year
Start Date
2026-09-01
Medium of studying
On campus
Duration
3 years

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Details
Program Details
Degree
PhD
Major
Civil Engineering | Mechanical Engineering
Area of study
Engineering
Education type
On campus
Timing
Full time
Course Language
English
Tuition Fee
Average International Tuition Fee
GBP 15,420
Intakes
Program start dateApplication deadline
2026-09-01-
2027-02-01-
2027-05-01-
About Program

Program Overview


Engineering Research Degrees - PhD

The Engineering Research Degrees - PhD program at Birmingham City University is a pathway to a career in a wide range of related jobs, including management roles and the academic world. This program allows students to develop new knowledge and build skills for their next career step, with a focus on practice-based learning and international opportunities.


Overview

An engineering PhD can lead to a career in various related fields, including management and academia. The program builds on the university's expertise and professional and industry networks, covering major aspects of mechanical and electronic engineering, and civil engineering. Interdisciplinary research is also encouraged, with links to areas such as the built environment, computing, health, law, and others.


What's Covered in This Course?

A PhD enables students to follow a program of self-directed, independent study, supported by experienced supervisors who are experts in their area. The program may involve industry experts and collaboration with industry partners. The Postgraduate Certificate in Research Practice prepares students for study at this level, and topic-specific training and support are provided by the supervision team and other experts as necessary.


Research Interests

The university's engineering staff work collaboratively with business, industrial, and academic partners to develop applied solutions across various themes. Current research projects include:


  • Developing a new generation of robust sensors
  • Inclusive autonomous transport systems
  • Autonomous robotics and drones
  • Sensor networks (IOT)
  • Advanced manufacturing systems
  • Lightweight vehicles
  • Cost-effective metal forming processes
  • Sustainable systems

Fees and How to Apply

The program is available for UK and international students, with various start dates and modes of study (full-time, part-time, and distance learning). Tuition fees vary depending on the mode of study and start date.


  • UK students:
    • Full-time: £5,238 (2026/27), 3-4 years
    • Part-time: £2,619 (2026/27), 4-7 years
    • Distance learning: TBC, 4-7 years
  • International students:
    • Full-time: £15,420 (2026/27), 3-4 years
    • Part-time: £7,710 (2026/27), 4-7 years
    • Distance learning: £9,638 (2026/27), 4-7 years

Entry Requirements

To apply for the engineering PhD research degree, students should have or expect to be awarded a Master's degree in a relevant subject area. Exceptional candidates without a Master's degree but holding a first-class or upper second-class Bachelor's degree may be considered.


Postgraduate Funding

Various funding opportunities are available, including:


  • Graduate Scholarship: a 20% fee reduction for BCU graduates
  • Doctoral loans: government-backed loans of up to £29,390
  • PhD studentships: funding opportunities supported by the university and/or organizations

Course in Depth

The PhD program is a research-based degree that allows students to develop cutting-edge research in their area of interest. The program is supported by a team of supervisors and the wider research community in the School, Faculty, and University.


Employability

The PhD is a well-established and valued academic qualification that enhances career prospects. The program has close links to various organizations in engineering-related industries, providing opportunities for PhD funding, access to key individuals and data, and collaboration on research projects.


Facilities and Staff

The Department of Engineering provides modern teaching and learning facilities, including industry-standard equipment and a maker area. The university has invested in new technologies, such as an Electric Vehicle (EV) Test Rig, an Additive Manufacturing Machine (3D printer), and a material testing-split zone furnace.


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