Macromolecular Materials and Engineering
Macromolecular Materials Engineering or Polymer Materials and Engineering provides students with the comprehensive tools needed to develop future materials for advanced healthcare, energy production, green packaging, surface coating and many other applications.
Macromolecular materials engineering major provides a solid foundation for the chemistry and physics of organic materials and their connection to practical applications. The Macromolecular materials engineering degree allows students to customize their degree profiles so they can focus on areas of personal interest.
Students who choose the Macromolecular materials engineering course will study the design, synthesis, characterization, production, and development of macromoleculars and fiber materials throughout their studies. The material group includes plastics, rubber, composites, paper, wood and other biomaterials. Macromolecular materials engineering students will be able to deal with issues related to the choice of raw materials (renewable fossils and fossils), as well as the choice of production processes, material combinations and manufacturing methods to achieve the desired properties in the finished product. Emphasis is placed on environmental issues such as the production of environmentally friendly materials and the development of sustainable materials.
The employment opportunities for students in macromolecular materials engineering are extensive and international. The program is closely related to many important industries such as paper and forestry, plastics, medical technology, and packaging. From transportation to the coatings industry and electronics, many other areas also require material expertise. Macromolecular materials engineering graduates will also be eligible to continue their studies as doctoral students.
WHAT CAN MACROMOLECULAR MATERIALS AND ENGINEERING GRADUATES DO?
1. Macromolecular material engineer
Macromolecular Materials Engineers are responsible for the research, specification, design, and development of materials to advance a variety of technologies and products. Their expertise lies in understanding the characteristics and behavior of different substances from raw materials to finished products. This field is also known as macromolecular materials science or macromolecular material technology. They use many different materials, from ceramics to plastics, from macromoleculars to industrial minerals. Macromolecular materials engineers work in a variety of industries to combine or modify materials in different ways to improve a process and product performance, durability, and cost-effectiveness. Bring your passion for science and outstanding communication and problem-solving skills to your career in Macromolecular materials engineering.
2. Design Engineer
Design engineers use macromolecular material technology knowledge, math, and design skills to create innovative solutions to problems in a variety of industries. As a design engineer, you are involved in the initial conception, design, development, and management of projects in the fields of architecture and building environment, materials, software, components, machinery, and vehicles. Knowledge of macromolecular materials engineering helps you broaden your field of work. To be successful, you need strong technical knowledge as well as problem-solving, communication, leadership and project management skills.
3. Production planner
Production planners are responsible for organizing paperwork, such as purchase orders and delivery schedule review orders. Most tasks involve saving and updating records and information, as well as coordinating purchases with customers and colleagues. The job of the production planner is to ensure smooth operation throughout the production and distribution of a given product. Therefore, tariffs may also include monitoring productivity and raw material prices, contacting suppliers and inspecting inventory. The knowledge of macromolecular materials helps them to develop their talents in related fields.
Macromolecular processing principles
Macromolecular materials research methods
Common skills gained from this degree
- Knowledge of computer science
- Method for modifying a Macromolecular material
- Composition of Macromolecular materials
- New Macromolecular materials and products development
- Technical and economic analysis