Explore the Master of Science in Materials Science and Engineering program at Nanyang Technological University. This program is offered in SGP and provides an excellent learning opportunity in Masters studies.

The Master of Science in Materials Science and Engineering at Nanyang Technological University (NTU) is designed to provide students with advanced knowledge and skills in the field of materials science. This program requires the completion of 30 Academic Units (AUs) and can be pursued either full-time or part-time, allowing flexibility for working professionals. Students can choose from a wide range of courses, including both conventional face-to-face and online learning options. Core courses cover essential topics such as materials evolution, failure analysis, and intellectual property in materials science. Elective courses allow for specialization in areas like biomaterials, nanomaterials, and polymer properties. Graduates are well-prepared for careers in various industries, including engineering, research, and development, due to their interdisciplinary training and practical experience. The program emphasizes a competitive selection process, ensuring that students are well-equipped to meet the demands of the field.

Required Courses

• MS6001 - Materials Evolution and Innovation
• MS6003 - Failure Analysis of Engineering Materials (Civil & Mechanical)
• MS6006 - Failure Analysis in Semiconductor Packaging
• MS6007 - Carbon Markets 101: Strategies for a Low-Carbon Future
• MS6020 - Fundamentals of Intellectual Property in Materials Science & Engineering
• MS6021 - Application of Patents & Registered Design in Engineering Related Industries
• MS6022 - Appreciating IP in Research & Development
• MS7001 - Materials Laboratory Techniques

Elective Courses

• MS7014 - Mechanical Properties of Polymers, Biomaterials & Composites
• MS7025 - Biological and Bio-Inspired Materials
• MS7027 - Advanced Methods In Polymer Characterization
• MS7052 - Surface and Colloids
• MS7055 - Magnetic Materials
• MS7056 - Optical Materials
• MS7072 - Principles and Applications of Solid State NMR
• MS7073 - Introduction to Quantum Physics
• MS7074 - Designing Materials for Biomedical Engineering
• MS7075 - Bridging Sustainability & Materials Science: A New Paradigm
• MS7110 - History of Materials
• MS7120 - Inorganic Materials
• MS7130 - Organic Materials
• MS7140 - Properties of Materials
• MS7210 - Processing of Inorganic Materials
• MS7220 - Processing and Processability of Organic Materials (Polymers)
• MS7240 - Modelling of Materials
• MS7310 - Chemical Analysis of Materials
• MS7320 - Physical Analysis of Materials
• MS7330 - Electron Microscopy of Materials
• MS7340 - Crystal Chemistry of Materials
• MS7410 - Nanomaterials
• MS7420 - Biomaterials
• MS7430 - Electronic Materials and Devices
• MS7440 - Environmental and Thermal Degradation of Polymeric Materials
• MS7450 - Advanced Topics in Biomaterials
• MS7460 - Polymer Recycling & Sustainable Polymeric Materials
• MS7470 - Nanostructured Materials for Healthcare
• MS7480 - Polymer Properties, Design & Sustainability