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Polymer engineering is a branch of engineering that creates, analyzes, and changes polymer materials. Polymer engineering includes petrochemical industry elements, polymerization, structure and characterization of polymers, polymer properties, compounding and processing of polymers, and descriptions of important polymers, structure property relationships, and applications.
Master of Polymer Engineering
The Master’s degree in Polymer Engineering at Universiti Sains Malaysia (USM) is a program crafted for students interested in advancing their knowledge and skills in the field of polymer materials and engineering.
This program combines deep theoretical knowledge with practical experience. It offers a comprehensive understanding of polymers, which are key materials in industries like plastics and rubbers. The course equips students with the necessary tools to analyze and improve the manufacturing processes.
USM’s Master’s program in Polymer Engineering is led by a team of highly experienced faculty who are well-known in their field.
They provide hands-on guidance to students, ensuring they benefit from current research trends and methodologies. The program’s robust curriculum, combined with USM’s modern lab facilities, provides a conducive environment for students to conduct research, leading to innovations and improvements in polymer engineering.
The program is suitable for those seeking to deepen their expertise for a career in academia, research, or the industrial sector.
Polymer engineering research at USM University focuses on:
- Development of new materials, such as thermoplastic elastomer materials based on natural rubber, bioactive composite materials, degradable plastics
- Production of new compatibilizer or coupling agents using the nation’s diverse natural resources.
- Preparation and characterization of Nano and natural filler-polymer composites, including the development of cost-effective modified polymer composites with multi-component fillers and high-performance lignocelluloses/mineral fillers.
- New polymer synthesis, such as polysiloxane, water-soluble polymer, conducting polymer, and so on.
- Polymer processing aspects and new technologies for recycling various rubber and plastic waste.
Master of polymer engineering tuition fees for academic year 2023-2024 is 2,776 USD.
Master of Polymer Engineering Fees for International Students
Full Time
| Registration Fee | 227.5 USD |
| Personal Bond | 1,000 USD |
| Tuition Fee (Semester) | 1,388 USD |
| Thesis Evaluation Fee | 250 USD |
| Convocation Fee | 50 USD |
Part Time
| Registration Fee | 227.5 USD |
| Personal Bond | 1,000 USD |
| Tuition Fee (Semester) | 1,238 USD |
| Thesis Evaluation Fee | 250 USD |
| Convocation Fee | 50 USD |
Ph.D. in Polymer Engineering
PhD in Polymer Engineering program at Universiti Sains Malaysia (USM) is designed for students in the field of polymer engineering. This program allows students to get deep into the science and engineering of polymer materials.
Students in the program study the properties, manufacturing processes, and uses of different polymers. They work on advanced research projects, where they can make new discoveries and innovations.
At USM, students in the Ph.D. in Polymer Engineering program get to learn from experienced professors. These professors guide students as they carry out their own research.
This can lead to new ideas and solutions for making and using polymers. The program also has a lot of resources, like labs with up-to-date equipment, that help students with their studies.
For those interested in a career in research or academia, earning a Ph.D. in Polymer Engineering from USM can be an important step.
Polymer Engineering Research Areas
Plastics: This research area explores the properties, manufacturing, and applications of plastic materials.
Rubber and Latex: This field focuses on the study and improvement of rubber and latex materials. Research might involve the development of new rubber or latex blends. It improves their properties for specific applications, or studying their degradation and recycling processes.
Polymer Alloy and Blends: Researchers in this area investigate the properties of polymer alloys and blends. It combines different types of polymers to create materials with enhanced or unique properties.
Polymer Composites: This research focuses on the design and development of polymer composites, materials made by combining polymers with other substances to improve their properties.
Polymer Waste Management: This research area focuses on addressing the environmental challenges posed by polymer waste. Researchers could work on developing more sustainable polymers, improving recycling processes, or finding new uses for polymer waste.
Biopolymers: This research focuses on polymers derived from living organisms, known as biopolymers. This includes the study of their properties, the development of new biopolymers for these environmentally friendly materials.
Polymer Synthesis: This research area focuses on the methods and techniques used to create polymers. Researchers might work on developing new synthesis methods, improving existing ones, or creating entirely new polymers.
Full Time
| Registration Fee | 227.5 USD |
| Personal Bond | 1,000 USD |
| Tuition Fee (Semester) | 1,388 USD |
| Thesis Evaluation Fee | 375 USD |
| Convocation Fee | 50 USD |
Part Time
| Registration Fee | 227.5 USD |
| Personal Bond | 1,000 USD |
| Tuition Fee (Semester) | 1,238 USD |
| Thesis Evaluation Fee | 375 USD |
| Convocation Fee | 50 USD |
