At the University of Nottingham Malaysia, our Manufacturing and Industrial Processes Division is a beacon of excellence in the field of engineering. We are committed to nurturing the next generation of engineers and leaders who will shape the future of manufacturing and industrial processes. You’re in the right place if you have a passion for engineering and aspire to be a front-runner in manufacturing processes and technology.
Efficient product and process development and manufacturing are paramount for all the industrial activities and are the core theme of the Manufacturing and Industrial Process Research Division. Various novel technologies have emerged from the dedicated and coordinated activities of our members.We have established research projects and collaborations from various private and government agencies and much of our research has been funded by Shell, Petronas, Malaysian Palm Oil Board(MPOB), The Institute of Materials, The Project Management Institute and Ministry of Science, Technology and Innovation (MOSTI).
Why pursue research in manufacturing and industrial processes at the University of Nottingham?
The Manufacturing and Industrial Processes Research Division at UNM is at the forefront of technological advancements in the field. Here's why you should consider joining our research community:
Innovative research environment: Benefit from our state-of-the-art labs, facilities, and collaborative research culture.
Global collaborations: Engage in joint research projects with our UK and China campuses, as well as with renowned institutions worldwide.
Industry-relevant research: Our strong ties with industry leaders ensure that our research addresses real-world challenges and has a tangible impact.
Multidisciplinary approach: Collaborate with experts from various fields, fostering a holistic approach to problem-solving.
The research groups within the Manufacturing and Industrial Processes Research Division are:
Food and Pharmaceutical Engineering (FPI)
The Food and Pharmaceutical Engineering Research Group works extensively to research and develop advanced technologies for processing of food and pharmaceutical products. We have a distinctive strength in developing advanced processing technology for producing excellent quality food and pharmaceutical products which contain high amount of medicinal bio-active ingredients beneficial to human health and developing value added products from bio-origin products which are marketable in health care industry.
We are also working towards the development of unit operations such as dehydrators, fryers, extractor and scrubbers for processing foods and pharmaceutical products. Additionally, we provide professional services and consultancy to companies wishing to develop new food and pharmaceutical products, diversify product range, and processing products with new technologies that yield better product quality and minimise operating cost.
Current partnerships an collaborations include the Ministry of Higher Education, Ministry of Science, Technology and Innovation, and Ministry of Agriculture.
The Nanotechnology Research Group is actively engaged in broad, cutting-edge research activities in nano and advanced materials for a variety of novel technological applications. We are extremely successful in attracting external funding from government as well as from private sectors and are extensively involved in establishing substantial collaborations with renowned researchers nationally and internationally. We are also actively involved in providing collaborative technical services and consultations in the area of advanced materials and manufacturing to local/international research organisations, government-linked companies (GLC) and industries. A large number of international research publications have been made from our research activities.
- Synthesis and functionalisation of smart nanomaterials for efficient drug delivery systems
- Nanoengineering of advanced functional materials for nanophotocatalysis and organic photovoltaic application
- Microfluidics and miniaturisation technology for aerospace and molecular biology application
- Fabrication of novel bio-scaffold and brushite materials for tissue engineering
- Utilisation of ultrasonic and hydrodynamic cavitation technology for the generation of nanopharmaceutical materials
Mechatronics reflects a professional discipline that encompasses electrical, electronic and mechanical engineering with intelligent embedded control. It draws on large array of technologies from various disciplines into one very specialised field.
- Electromechanical Actuation: Investigate multi-lane electromechanical applications for Aerospace industries
- Industrial Robotics: Execute the design and instrumentation of new benchmark multivariable nonlinear robotic arms
- Mobile Robots and Unmanned Flying Robots: Utilise virtual environments to find real-time solutions
- Medical Applications: Instrumentation integration in life support equipment and technologies towards minimal invasive surgery
- Welding Technology: Development of novel techniques for precision welding
- Project financing
- Project planning and scheduling
- Project management
- Life cycle costing
- Construction ethics
- Construction corporate social responsibility
- Construction law
- Research methodology in construction management
- Sustainable construction
- Culture in international construction
- Quality management
- Railway engineering
- Materials characterisation and failure analysis
Career prospects for graduates in manufacturing and industrial process
Graduates will be able to pursue careers in various industries,such as:
Quality Assurance Specialist
Process Improvement Analysts
Supply Chain Manager
Operation Research Analyst
What are the fundamentals of manufacturing processes?
The fundamentals of manufacturing processes encompass vital knowledge and principles that are related to the techniques, methods and systems used in industrial production - to transform raw materials into finished products. As such, you would need to understand materials, manufacturing processes, quality control automation and sustainable practices in order to create high-quality products efficiently.
Why is understanding the fundamentals of manufacturing processes important?
It is crucial to understand the fundamentals in order to design efficient production systems, ensure product quality, minimise waste, and optimise manufacturing operations.
What does a manufacturing and industrial processes course cover?
A manufacturing and industrial processes course covers various aspects of manufacturing such as materials, techniques, processes and the technology used in industrial production.
What is manufacturing process analysis?
Manufacturing process analysis involves the evaluation and optimisation of production processes to enhance efficiency, reduce costs, improve quality and ensure compliance with stipulated industry standards.
What are some methods used in manufacturing process analysis?
Methods used in manufacturing process analysis include statistical process control (SPC), Lean manufacturing, Six Sigma, root cause analysis and simulation to analyse and improve manufacturing processes. Students who are part of our Manufacturing and Industrial Processes Division will have the opportunity to become well-versed in these methods.
Why is manufacturing process analysis important for businesses?
Once you graduate with experience from the Manufacturing and Industrial Processes Division, you will be able to help businesses identify bottlenecks, reduce waste, increase productivity, and enhance the overall competitiveness of their manufacturing operations.
Are there scholarships or financial aid available for students?
Are there any industry partnerships that facilitate real-world project experiences?
Yes, UNM has established collaborations with leading industries and manufacturing units, allowing students to work on projects that address real-world challenges and offer valuable industry exposure.
Are there any workshops or training sessions available for specific research methodologies or tools?
Yes. The division regularly organises workshops and training sessions on various research methodologies, tools, and software to support researchers.
We invite you to explore our course pages for further information on admission requirements, application procedures and ongoing research projects. Whether your aspirations are to become a leader in the engineering industry, a researcher or a front-runner in the manufacturing industry, our postgraduate engineering programmes will empower you to make a lasting impact.