Academic theories combined with internships，aim to cultivate high-level practice-oriented global talents in Materials fields.

Materials, Information, and Energy all together consist of the three pillars of the modern civil society, being the substantial basis and leading force for the development of society and technology progress. The specialty of Materials Science and Engineering is a multi-discipline integrated applied subject based on the Mathematics, Physics, Chemistry, Mechanism, and Computer Applied Technique. The specialty aims at cultivating high-level talents who have sound and broad basis knowledge, mastering materials design and the basic rules of relationship between materials ingredient, structures, preparation, processing and properties, being familiar with the materials preparation and the development, application and control of processing technology, being capable of carrying out research and development of new materials and new technique, materials design, production and management, as well as teaching. The correlative fields for employment of graduates are industries of metallurgy, machinery, Power, Electronics, Architectures, Military Engineering, Aviation, as well as enterprises of advanced materials production, research institutes, and Universities.... [-]

The Master’s program is focused on the project-oriented activity (Applied Master’s program – the Program). The volume and content of the Program comply with the requirements of the Federal State Educational Standards (FSES) of higher education for program 010900.62 Applied Mathematics and Physics (Master’s Degree), as approved by the Ministry of Education and Science of the Russian Federation, dated March 6, 2014, # 171.

The purpose of the Program is to train highly qualified specialists within the following areas: Photonics, Diffractive Nanophotonics, Nanooptics and Diffractive Optics.

Areas of the professional activity for graduates with the Master’s Degree include:... [-]

Institute of Materials Science and Engineering (IMSE) was founded in August 2005, and currently offers both master and doctoral programs.

The long-term aim of our institute is to establish a world-class materials science research teaching unit. As for short-term, we focus on developing renewable energy and hydrogen-related technology by combining different fields of research within NCU, such as Nano-structures, catalysts, energy, and environment. Hydrogen production, solar cells, LEDs, fuel cells, secondary batteries, and supercapacitors are our important topics.

IMSE currently consists of 7 faculties, 2 chair professor, 2 joint faculties, and 2 adjunct faculties. In addition to the Institute office, there are individual offices for all the professors in IMSE. Superior integration with the Center of Precision Instruments has provided the necessary facilities for materials studies, fully supporting our high-quality and advanced research.... [-]

The Department of Chemical and Materials Engineering of NCU is one of the leading institutions in engineering education and is reputed for its world-class accomplishments in research. The department offers a curriculum with a broad spectrum of courses, uniquely merging the core chemical engineering training with the fundamental knowledge of materials science/engineering and further strengthened with the in-depth studies on emerging research and industrial fields.

The research and teaching interests of our faculty members include: Biochemical & biomedical engineering, catalysis & reactor design, thermodynamics (chemical, solid-state, fluid-phase equilibrium), colloid & interface science, electrochemistry, packaging of electronic materials, novel material synthesis, polymer science & engineering, and soft matter physics & materials. Through close collaborations among our faculty members and conduction of cutting-edge research in the department, we bridge the interfaces among different disciplines and are in a better position to widen the horizon of our students and educate the interdisciplinary-minded engineers of the future.... [-]

IAMS aims to nurture expertise in research and development in material science and technology. The research topics include the practical and theoretical aspects of materials, their utilization, and their physical and chemical properties in relation to the structures. IAMS is a fully English-lectured program and consists of about 20 faculty members from College of Science and College of Engineering, including physics, chemistry, mechanical engineering & chemical and materials engineering; all of them are very active in a wide range of research. Students in this program will receive a “Master of Science” degree after graduation.

Required credits: 24 credits (including 9 credits for required courses & 4 credits for Seminars)... [-]

Program Features.

Cultivate high-level international professionals with interdisciplinary capability in textile science and engineering, material science and engineering and relevant fields of processing technology. The classroom-based study combined with thematic discussions and their research, which will help students grasp the basic theories and professional knowledge, improving their skills systematically, and develop their abilities of practical problem-solving in textile processing, fashion design, forming and processing of fiber material and related business administration.

Main Courses.

Fiber Science, Textile Manufacturing Technology, Textile Chemistry, Bio-Medical Materials, Industrial Textiles, Apparel Manufacturing, Composite Materials, Material Physics and Chemistry, Polymer Chemistry and Physics, Textile Physics, Applied Linear Regression.... [-]

Master of Materials Science and Engineering

What is the program about?

The Master Program of Materials Science and Engineering pays great attention to the cultivation of students’ professional knowledge and engineering ability, covering broad research fields, such as:

Master of Engineering and TechnologyCourse - Metallurgy

Program objective and conception

The objective of the program leading to the Master’s degree in Engineering and Technology is to prepare highly qualified specialists in the field of agglomeration, blast furnace and steelmaking production, who will be able to work creatively in the field of research and metallurgical process modeling, advanced foundry metallurgy and technology improvement of castings production. The basis of this program is computer modeling methodology of iron and steel production processes, and the ability to use it as a tooling for scientific and applied tasks solution of radical enhancement of the efficiency of existing processing, as well as the development of new engineering processes. The distinctive feature of the program leading to the Master’s degree in Engineering and Technology is a creative participation of graduates in the development of modern software systems of computer-aided design and simulation processes of metallurgic production.... [-]

Master's Degree in Engineering and TechnologyCourse - Materials Science

Program objective and conception

Metals, metal alloys, composite materials are the main materials of modern technology. Therefore, the development of physical principles in order to create materials with given properties and technologies of their production is, obviously, a relevant and cost-effective trend of modern science and technology. All students, having a fundamental knowledge of materials science, methods of numerical modeling and computer-aided design, are required to provide with modern experimental and structural analysis skills. The marketing analysis shows that the master’s graduate programs in this area will be in high demand in the international market of education services.... [-]

Master in Material Science

Research direction: Materials Physics and Chemistry, Space Materials and Processing, Information Function Materials and Devices, Materials Science, Materials Processing Engineering.

Harbin Institute Of Technology

HIT consists of the following 21 schools and departments:

Architecture, Astronautics, Chemical Engineering, Civil Engineering, Computer Science and Technology, Economics and Management, Electrical Engineering and Automation,Electronics and Information Engineering,Energy Science and Engineering, Food Science and Engineering, Foreign Languages, Humanities and Social Sciences, Life Science and Engineering,Law,Material Science and Engineering, Mechanical and Electrical Engineering, Municipal and Environmental Engineering,Transportation Science and Technology, Science and Communication Engineering, Science, Software, Vehicle Engineering, New Media Technology and Arts.... [-]

Master in Materials Science and EngineeringThe Department of Materials Science and Engineering (MSE) was established in December 1986 simultaneously with the founding of POSTECH. Started as “The Department of Metallurgy and Materials Science”, the name was first changed to “The Department of Materials & Metallurgical Science” in 1990 and was again renamed as “Materials Science & Engineering” in 2001. The undergraduate program initially started with thirty students admitted in 1987 and the maximum capacity expanded to thirty-five in 1990. Currently, twenty-five students are being admitted as MSE majors annually, and up to ten undeclared students may be admitted to MSE after one year from their admission to POSTECH.... [-]

The development of the economy of any state largely depends on materials used in various industries, their functional properties, and safety among other things. In this regard, the development of new materials is on the list priorities in the development of science and technologies.

Novosibirsk is a leading research center in materials science, chemistry, and physics of materials. The master program “Materials science” provides opportunities to perform a research project with leading Russian research teams, and to learn from the lectures given by recognized experts in the field. A publication in the peer-review international scientific journals is expected after the end of the project. We believe that this is a good starting point for a research career in one the most rapidly developing fields.... [-]

The Material Science and Engineering Program is designed to equip students with fundamental and applied knowledge of materials. We prepare students to tackle grand challenges in sustainability and renewable energy, nanotechnology and nanoelectronics, biomaterials, materials characterization and low-power computing.

We invite you to explore our website to find out more about our graduate study program and faculty research groups.

Can be a terminal graduate degree or may serve as a gateway to the Ph.D. program. The M.S. degree typically takes 18 months to complete, and is offered to both traditional full-time students and part-time students; for example, industry-sponsored students on semester-long company leaves.... [-]

The discipline of material science and engineering consists of 3 subordinate discipline of master on material science, material processing engineering, and materials physics and chemistry. This discipline aims to study the structure, processing, and properties of one material and investigate the relationships of these factors. The mandatory core courses include material analysis and characterization, selected topics of materials physics and so on. The main research area covers valence electron structure and materials design, the theory and application of material structure control under an external field.

Main Course:

matrix analysis, Foundations of materials science, Material analysis and characterization, Engineering Material, Modern functional material, Mechanical properties of metals.... [-]

The two-year Master’s degree program in Nanotechnology and Materials for Micro- and Nanosystems is devoted to the study of micro- and nano-scale phenomena, materials, and devices. It gives students a solid foundation in three core areas: nanomaterial fabrication and characterization; physical properties; and devices. The students will also understand the potential for the technology commercialization and its social impact. The program includes compulsory foundational courses along with elective courses focusing on specific materials and devices. The list of the main thematic areas included in the program is as follows: