Program Overview

Overview

The PhD in Engineering at the University of Wolverhampton offers a distinctive opportunity to advance your expertise within a cutting-edge research environment, addressing some of the most pressing challenges in engineering.

Why choose this course?

PhD Supervisor

Arun Arjunan is the Director of the Centre for Engineering Innovation and Research (CEIR) at the University of Wolverhampton. He also leads the Additive Manufacturing of Functional Materials (AMFM) research group.

The PhD in Engineering at the University of Wolverhampton provides a structured and supportive framework to guide you through your research journey, ensuring you achieve academic and professional success.

What happens on the course?

The PhD in Engineering at the University of Wolverhampton provides a structured and supportive framework to guide you through your research journey, ensuring you achieve academic and professional success. Here’s an overview of the key milestones:

1. Registration

• Expression of Interest: Submit an online proposal outlining your research ideas and objectives.
• Supervisor Allocation: Once your application is assessed and approved, you’ll be matched with an experienced supervisory team to help shape your research focus.
• Proposal Development: Work closely with your supervisor to refine your research proposal, ensuring it aligns with both academic standards and industry needs.
• Approval Process: Attend an interview and submit your final proposal to the Faculty Research Committee (FRC) for approval, confirming that your research is viable and appropriately resourced.

2. Induction and Initial Training

• Participate in workshops and seminars hosted by the Doctoral College to gain a strong foundation in research methodologies and technical skills.
• Familiarise yourself with the University’s facilities and resources, including state-of-the-art laboratories and advanced engineering tools.

3. Progression

• Within 18 months (full-time) or 36 months (part-time), submit a detailed progress paper summarising your achievements and outlining future research plans.
• Present your findings at a progression workshop, where your work will be assessed by an independent expert and the supervisory team.
• Receive recommendations from the FRC, ensuring your research stays on track for successful completion.

4. Research and Development

• Engage in hands-on experimentation, data collection, and analysis in specialised labs.
• Collaborate with peers and industry experts to enhance the real-world relevance of your research.
• Attend conferences and publish your findings in peer-reviewed journals to contribute to global engineering discourse.

5. Examination

• Thesis Submission: Compile your findings into a comprehensive thesis that demonstrates originality and contributes new knowledge to the field of engineering.
• Viva Voce (Oral Examination): Defend your research before a panel of examiners, including at least one external expert, ensuring your work meets the highest academic standards.

6. Research Dissemination

• Present your research at the University’s annual research conference, engaging with a wider academic audience.
• Disseminate your findings through publications and partnerships with industry stakeholders, ensuring your work has a tangible impact.

Potential Career Paths

• Senior Research Engineer
• Principal Innovation Scientist
• Technical Director
• University Academic/Researcher
• R&D Manager
• Engineering Consultant
• Chief Technology Officer

What skills will you gain?

The PhD in Engineering at the University of Wolverhampton equips you with a diverse and advanced skill set, preparing you for leadership roles in academia, industry, and research-intensive organisations.

1. Advanced Research and Analytical Skills

• Master cutting-edge methodologies to design and execute complex engineering research projects.
• Develop expertise in data collection, analysis, and interpretation using advanced tools and techniques.

2. Technical Proficiency

• Gain hands-on experience with specialised engineering tools, including additive manufacturing technologies, materials testing equipment, and renewable energy systems.
• Learn to utilise software for simulation, modelling, and optimisation in engineering applications.

3. Academic and Professional Communication

• Write high-quality research papers and technical reports suitable for publication in prestigious journals.
• Deliver compelling presentations at conferences and seminars to communicate your findings to academic and professional audiences.

4. Leadership and Project Management

• Acquire project planning and management skills to oversee large-scale research initiatives, ensuring milestones are met efficiently.
• Develop the ability to lead and collaborate effectively within interdisciplinary and multicultural teams.

5. Problem-Solving and Innovation

• Tackle complex engineering problems with creativity and evidence-based solutions, contributing to advancements in the field.
• Explore sustainable and innovative approaches to engineering challenges, ensuring real-world impact.

6. Networking and Collaboration

• Build a robust professional network through collaboration with peers, academics, and industry leaders.
• Gain exposure to global engineering trends through participation in conferences and collaborative research projects.

7. Teaching and Mentorship

• Enhance your academic profile by gaining teaching experience through supporting undergraduate modules.
• Develop mentorship skills by guiding junior researchers and sharing insights within research forums.

Course Fees and Finance

Entry Requirements

• Applicants for a research degree shall normally hold either:
  • a first or upper second class honours degree, or
  • a master’s degree, or
  • evidence of prior practice or learning that is accepted by the Dean of Research.

Funding

• Financial support for research study:
  • Government loans (Home Fee Status)
  • Self-funded
  • Research councils
  • University Research Studentships
  • Dennis Turner Opportunity Fund

Research Areas

The University of Wolverhampton welcomes research proposals in areas such as:

• Additive Manufacturing: Development of novel methods and materials for 3D printing and advanced fabrication.
• Sustainable Engineering: Innovations to promote environmental sustainability in design, materials, and processes.
• Materials Science: Exploration of new materials and their applications in engineering.
• Renewable Energy Technologies: Research into sustainable energy solutions, including wind, solar, and energy storage systems.
• Engineering Design and Optimisation: Advanced techniques for improving efficiency and performance in engineering systems.
• Smart Manufacturing Systems: Integration of digital technologies to optimise manufacturing processes.
• Structural Integrity and Durability: Investigating the long-term performance and resilience of materials and structures.