Doctor of Philosophy in
Engineering
N/0710/8/0006(PA15309)10/30
Engineer the Future. Advance Innovation. Transform Global Challenges.
Engineering is more than building systems. It is the driving force behind sustainable progress, technological advancement, and industrial transformation. From intelligent automation and advanced manufacturing to sustainable energy and smart infrastructure, Engineering shapes the future of industries and societies worldwide.
Awarded by:
UNIMY
Duration:
3-4 Years (Full-time) /
4-5 Years (Full-time)
Pathway:
Postgraduate
Study mode:
Full time / Part time
Intakes:
January, May & September
Assessments:
Thesis and Viva Voce (with compulsory university core courses)
Course Structure & Overview
This programme develops visionary, analytical, and impactful researchers equipped to advance the boundaries of engineering knowledge. You will combine advanced theoretical foundations, innovative research methodologies, and emerging engineering technologies to address complex real world challenges through doctoral research. Through rigorous research and interdisciplinary exploration, you will create breakthrough solutions, contribute original engineering innovations, and deliver transformative impacts across industries, communities, and global ecosystems. The programme prepares scholars to become future leaders, innovators, and experts capable of driving technological excellence and sustainable development.
The UNIMY Advantage
Research-Driven & Industry-Relevant
Your work bridges academia and industry. You will explore emerging technologies that directly impact business, society and digital transformation.
Strong Academic Foundation
Compulsory modules such as Research Methodology and Academic Writing ensure you develop robust research, analytical and scholarly communication skills.
Global Network
Connect with a diverse network of faculty, industry experts and fellow scholars, fostering collaboration and intellectual exchange.
Publication Success
Publish your findings in top journals and present at conferences, establishing your presence in the global scientific community.
Earn Microcredentials from the
WORLD’S BEST UNIVERSITIES
& INDUSTRY GIANTS
Learn in Cutting-Edge
Labs & Smart Classrooms
Train in a tech-driven learning environment equipped with modern computing labs, networking facilities, cybersecurity tools, and smart classrooms — simulating real-world working conditions from day one.
Learn in Cutting-Edge
Labs & Smart Classrooms
Train in a tech-driven learning environment equipped with modern computing labs, networking facilities, cybersecurity tools, and smart classrooms — simulating real-world working conditions from day one.
COURSE MODULES
- Research Methodology and Academic Writing (compulsory course)
- Design Thinking (compulsory course)
- PhD Research 1
- PhD Research 2
- PhD Research 3
- PhD Research 4
- PhD Research 5
- PhD Research 6
- PhD Research 7
- PhD Research 8
- PhD Research 9
- PhD Research 10
Students may pursue research in a wide range of areas including:
- Automation Technology
- Internet of Things (IoT) and Internet of Everything (IoE)
- Communication Systems
- Computer Engineering
- Control Engineering
- Data Processing Technology
- Digital Technology
- Electronic Data Processing Engineering
- Network Technology
- Robotics and Telecommunication Technology
The assessment for the compulsory courses primarily consists of reports, assignments, projects and presentations.
For the research component, student assessment will be based on the following:
- Research Progress
- Research Proposal Defense
- Colloquium / Seminar
- Thesis Examination
- Viva Voce
- Papers Publication
The Fastest & Smartest Way
to a IT Career
-
Start Here
- SPM
- O-Level
- (or equivalent)
-
- Diploma in Information Technology
-
- Bachelor of Computer Science (Hons)
- Bachelor of Computer Science (Data Science) with Honours
- Bachelor of Software Engineering (Hons)
-
- Master of Science in Engineering
- Master in Computing
- Doctor of Philosophy in Engineering
Career Opportunities
A PhD in Engineering places you at the pinnacle of technical mastery, research excellence and strategic leadership. You will not simply participate in innovation — you will create it.
Academic or Research Associate
- Lead funded research projects, publish in high-impact journals, and present at international conferences. As a lecturer, senior academic, or principal investigator, you will mentor future engineers while driving discoveries that influence industry standards, national policies and technological advancement.
Chief Technology Officer (CTO) or Engineering Director
- Oversee large-scale engineering operations and innovation strategy within multinational corporations, tech firms, or high-growth start-ups. You will shape long-term technological roadmaps, lead multidisciplinary teams and ensure organisations remain competitive in a rapidly evolving digital landscape.
AI & Automation Specialist
- Design and implement intelligent systems powered by artificial intelligence, robotics, and advanced control engineering. From smart manufacturing to autonomous systems, you will develop solutions that increase efficiency, precision and scalability across industries.
IoT & Smart Systems Architect
- Build interconnected ecosystems that power smart cities, Industry 4.0 environments, healthcare systems, and digital infrastructure. You will integrate hardware, software, networks and data analytics to create seamless, secure and future-ready systems.
Engineering Consultant
- Advise corporations, government agencies and international bodies on complex engineering challenges. Whether optimising infrastructure, enhancing cybersecurity frameworks, or improving automation systems, your expertise will guide high-level strategic decisions.
Technology Entrepreneur or Innovator
- Transform your research into commercial solutions. Patent breakthrough technologies, establish deep-tech start-ups, or lead R&D-driven enterprises. With doctoral-level insight, you will be uniquely positioned to turn innovation into scalable impact.
ABOUT THE COURSE
Course Entry Requirements
- A Master Degree (Level 7 Malaysian Qualifications Framework, MQF)
- Any equivalent master degree - subject to University’s Senate approval.
English Language Requirements
- Pass in English at SPM level
- MUET: Minimum band 3.5; or
- GCSE: Minimum Pass; or
- IELTS: Minimum Band 5.0; or
- TOEFL iBT: Minimum Score 40; or
- PTE: 47; or
- LINGUASKILL: 154; or
- Any equivalent qualifications recognized by the Malaysian Government (equivalent to CEFR High B1)
** Validity of test results
- MUET - 5 years
- IELTS & TOEFL - 2 years
PROGRAMME FEES
EPF Withdrawals, EZ Payment Plans, 0% Credit Card Instalment Schemes, Scholarships and Bursaries are available.
Contact us for more details.
Examination Structure
The University of London programme follows a 3+0 structure, consisting of three academic levels: Level 4, 5, and 6 (Year 1, 2, and 3). You will typically complete four subjects per year, totaling 12 law subjects to qualify for certification. While the standard duration is three years, you have up to seven years to complete the programme.
Eligibility for the Certificate of Legal Practice and the UK Bar Course depends on the latest requirements outlined by LPQB and the UK Bar. Assessments are primarily written exams, usually accounting for 100% of the module grade. Some modules may include multiple-choice questions or a combination of assessment formats.
Exams are typically three hours long and conducted in a closed-book format unless stated otherwise. The grading system ranges from First-Class (70% and above) to Fail (below 40%), with resit opportunities available in the October exam session.
