Programs

Material Science and Engineering

Material Science and Engineering is an exciting field that delves into the fundamental 'how and why' of material behavior. You will learn to harness this knowledge to create materials with novel and advanced properties. The curriculum at the University at Buffalo uniquely integrates data science and artificial intelligence into the study of materials, exploring their journey from individual atoms to real-world applications.

Material Science and Engineering Master of Science (M.Sc.)

The Master of Science in Material Science and Engineering at Karlsruhe Institute of Technology (KIT) offers an advanced study program focused on the development and application of new and improved materials. This research-oriented program integrates technological and scientific principles, providing a comprehensive view from atomic structure to processing and final product application. Students can deepen their knowledge from a relevant Bachelor's degree and specialize in areas like structural materials, computational materials science, or functional materials. The program can be studied in either German or English.

Materials Chemistry

Materials Engineering

Materials engineers are at the forefront of innovation, understanding how to manipulate atomic structures to create materials with advanced properties. This program focuses on developing materials with exceptional strength, durability, recyclability, conductivity, and biocompatibility, which are crucial for global sustainability and various industries. Students will gain hands-on experience using state-of-the-art laboratory instruments, advanced fabrication facilities, and computational tools. The curriculum emphasizes a practical approach to learning, equipping students with the scientific and engineering skills needed to address significant societal challenges and drive technological advancements.

Materials Engineering

The Department of Materials Engineering at Iran University of Science and Technology (IUT) is a leading center for materials science in Iran. It offers undergraduate and graduate programs focused on the production, processing, and properties of various materials. With over 580 students and more than 20 well-equipped educational and research laboratories, the department fosters a strong academic and research environment. Faculty and staff actively engage in national initiatives and collaborate with industries such as Oil and Gas, Automotive, Petro-Chemical, Steel, and Aluminum, as well as international universities worldwide.

Materials Engineering (MSc)

The Materials Engineering program at Iran University of Science and Technology (IUST) offers a Master of Science (MSc) degree. This program focuses on the design, selection, and processing of engineering materials, with specializations in areas such as casting, physical metallurgy, metal matrix composites, and tribology. Students will gain a deep understanding of material properties and their relationship to microstructure and performance, preparing them for advanced roles in research and industry.

Materials in Artistic Practices (MAPs)

The Materials in Artistic Practices (MAPs) Master's program offers a unique, hands-on approach to art and design education. This program views materials not just as tools, but as collaborators with their own stories, ethical dimensions, and urgencies. You will delve into sustainable practices, explore alternative materials, and investigate the interplay between physical structures and personal presence in your artistic work. The focus is on artistic research driven by process and awareness, rather than solely on producing finished products.

Materials in Nuclear Engineering

This graduate-level course provides a foundation in understanding material behavior within nuclear systems. It focuses on the fundamentals of nuclear materials, including radiation damage and its effects on fuels and structural materials. The course utilizes a combination of readings, video lectures, problem sets, and class discussions. Key topics include an overview of nuclear materials, crystallography, phase diagrams derived from thermodynamics, material deformation, and the interaction of radiation with solid matter. The curriculum is designed to equip nuclear engineers with essential knowledge of material properties and changes relevant to nuclear systems, and to prepare students for advanced study in radiation damage.

Materials Science

The Master’s degree in Materials Science at the University of Turin offers a comprehensive foundation in the chemical, physical, and technological aspects of a wide array of materials. It emphasizes modern advancements and trains students to understand current material properties while fostering innovation for new materials that meet societal and market demands for sustainability, cost-effectiveness, and recyclability. The program provides advanced theoretical and practical training across interdisciplinary fields including the chemistry and physics of solids, materials production, manufacturing, and testing, with a focus on characterization and modelling of material structures and properties. All lectures and examinations are conducted in English.

Materials Science

Pohang University of Science and Technology (POSTECH) is a private research university founded in 1986. Located in Pohang, South Korea, it is recognized globally for its contributions to science and technology. POSTECH focuses on providing advanced education and fostering cutting-edge research in various scientific disciplines.

Materials Science & Engineering

The Department of Materials Science and Engineering at Myongji University focuses on educating professionals in advanced industrial materials. This includes areas such as inorganic materials, electronics and semiconductors, structural and nano materials, and environmental and biomaterials, which are fundamental to various industries. The department is equipped with 19 laboratories and research offices, supported by 9 faculty members specializing in materials and components. It aims to provide an in-depth education with ample experimental facilities and advanced equipment to foster a strong research environment. Student engagement is encouraged through various departmental clubs and activities.

Materials Science and Engineering

The Materials Science and Engineering programme at Tampere University focuses on the development of advanced materials crucial for future societal needs. You will gain a strong foundation in natural sciences combined with material science expertise, preparing you to create innovative solutions for challenges in areas like sustainable transportation, eco-friendly packaging, and energy storage. The programme emphasizes understanding material production, structure, properties, and applications, with a significant focus on hands-on training and modern analytical tools. You can personalize your studies by choosing a specialization in materials science and selecting a minor from a wide array of options. Graduates are highly sought after in global industries and research.

Materials Science and Engineering

The Materials Science and Engineering program at Fudan University offers advanced study in the field, focusing on research and development of new materials. The department is dedicated to pushing the boundaries of materials science, with a strong emphasis on practical applications and technological innovation. Students engage with cutting-edge research in areas such as semiconductor materials, energy storage, and nanotechnology.

Materials Science and Engineering

The Department of Materials Science and Engineering (MSE) at POSTECH is a leading global department dedicated to advancing research and education in the field of materials. Established in 1986, MSE has evolved to encompass new material development, next-generation energy sources, and biomaterial research. The department is committed to contributing to humanity by leading future science and engineering through excellence in both education and research. With approximately 30 undergraduate and 50 graduate students graduating annually, MSE is a vibrant community preparing students for impactful careers. The department boasts a strong research infrastructure, including over 100 advanced research facilities valued at over 50 million USD, and hosts 8 dedicated research institutes. This robust environment supports extensive research activities, including significant group and personal research projects funded by billions of Korean Won. MSE alumni have achieved notable success, with a high percentage pursuing careers in industry and academia, including numerous faculty appointments at top universities worldwide.

Materials Science and Engineering

Northwestern University's Department of Materials Science and Engineering, the first of its kind globally, offers graduate programs leading to Master of Science (MS) and Doctor of Philosophy (PhD) degrees. The program focuses on diverse areas within materials science, including nanomaterials, biomaterials, electronic materials, metals, ceramics, and polymers. Research and applications span across energy, sustainability, medicine, and additive manufacturing. The department emphasizes strong interdisciplinary and collaborative research, working with other engineering and science departments, the Feinberg School of Medicine, and national laboratories like Argonne National Laboratory.

Materials Science and Engineering

The Intercollege Graduate Program in Materials Science and Engineering at Penn State offers comprehensive graduate education focusing on the fundamental relationships between material synthesis, structure, properties, and performance. Our faculty have diverse research interests spanning biomaterials, ceramics, composites, computational materials science, electronic and photonic materials, metals, nanostructured materials, polymers, and soft materials. Students can tailor their studies to focus on key areas such as materials for energy applications, nanotechnology, materials in medicine, and materials for communication and sensor applications, by combining core MATSE courses with a wide range of materials-related courses from other science and engineering departments.

Materials Science and Engineering

The Materials Science and Engineering program at McMaster University focuses on using innovation, design, and problem-solving to develop novel materials and perform material characterization. This discipline is crucial for advancements across various industries. The program aims to equip students with the knowledge and skills to create and understand materials that drive technological progress.

Materials Science and Engineering

Materials Science and Engineering is an interdisciplinary field combining physics, chemistry, polymer engineering, metallurgy, and electrical/electronic engineering. It focuses on developing new materials to create more efficient designs and advanced technologies that improve human life. The program aims to foster excellence in both teaching and research, leveraging world-class faculty, state-of-the-art facilities, and dedicated students. Graduates will gain a deep understanding of materials, preparing them for significant contributions to advanced technological fields. Research within the school spans nano-scale electronic and photonic materials, organic materials and devices, polymers, and biomaterials. Specific research areas include semiconductor materials for optoelectronics, electronic materials for nanoelectronics, organic materials for information processing, materials for energy technology, and polymeric biomaterials for biomedical engineering. The department is committed to achieving top-tier academic and research performance, aspiring to be a global leader in new materials.

Materials Science and Engineering (Master of Science)

The Materials Science and Engineering Master's program addresses the growing need for experts with interdisciplinary skills. It offers a scientific and engineering education drawing from seven university departments, enabling students to model complex systems, understand fundamental engineering principles, and apply probabilistic approaches to material properties. The program is housed within the Munich School of Engineering (MSE), which fosters interdisciplinary studies. Graduates will gain in-depth knowledge of modeling, prediction, monitoring, and testing of innovative material solutions, with an emphasis on quantifying uncertainty and risk in their analyses. This equips them for careers in research, development, and industry sectors requiring interdisciplinary expertise.

Materials Science and Engineering Graduate Programs

Virginia Tech's Department of Materials Science and Engineering offers advanced degrees at the master's and doctoral levels. Students can pursue an M.S. with a required thesis, an M.Eng. without a thesis, or a Ph.D. The program is designed for individuals holding or pursuing a degree in engineering, physics, chemistry, geological science, or mathematics, providing a strong foundation for specialized study in materials science. Specializations within the program cover a wide range of topics, including the structure and properties of crystalline and non-crystalline materials, advanced synthesis and processing techniques, theoretical modeling, phase transformations, thermodynamics, diffusion, and the characterization of mechanical, thermal, electrical, optical, and magnetic properties. The curriculum also addresses microelectronic and optoelectronic materials, preparing graduates for diverse research and development roles.

Materials Science and Engineering M.S.

The Master of Science (M.S.) program in Materials Science and Engineering (MSE) at UC Santa Cruz equips students with advanced laboratory, computational, and analytical theory skills. These skills are highly valuable across various industries, including semiconductor materials and device processing, computer simulation, cryogenics, electronic and magnetic measurements, and bioelectronics. Each M.S. student works closely with a faculty advisor to create a personalized coursework plan aligned with their specific interests. The MSE program is inherently interdisciplinary, with faculty members formally affiliated with departments in both the Physical & Biological Sciences (PBSci) Division and the Baskin School of Engineering (BSOE). Students and faculty engage with several cutting-edge research facilities on and near campus. These include labs within the BSOE, the Department of Chemistry and Biochemistry, and the Westside Research Park. Additional research opportunities are available through proximity to the Stanford Synchrotron Radiation Laboratory, the Stanford Nanofabrication Facility, and Lawrence Berkeley National Laboratory. Collaborative research programs also extend to national laboratories such as Los Alamos, National High Magnetic Field Laboratory, and Oak Ridge National Laboratory. The program also fosters collaborations with industrial partners like IBM and Advanced Materials.

Materials Science and Engineering PhD

Northwestern University's Materials Science and Engineering PhD program is the first of its kind in the world and is internationally recognized for its graduate's achievements. The program emphasizes a transdisciplinary approach, connecting fundamental science with practical applications to address global challenges. It is designed to cultivate analytical and innovative problem-solvers through curiosity-driven research. The department welcomes students from diverse academic backgrounds, including physics, chemistry, and various engineering disciplines, to foster a rich research environment.