Program Overview

Master of Materials Science and Engineering

The Master of Materials Science and Engineering program offers students the opportunity to participate in both coursework and research, utilizing state-of-the-art infrastructure at the Global Innovative Centre for Advanced Nanomaterials (GICAN). This program aims to develop and train the next generation of material scientists and engineers.

Degree Overview

This program will develop students' understanding of how the processing of a material influences its structure, properties, and performance. Students will learn to apply this knowledge to address challenging issues in various fields, including:

• Applied Chemistry
• Battery technology
• Biosensors
• Nanomedicine
• Pharmacy
• Instrumentation
• Steel
• Electronics
• Nanotechnology
• Energy and environmental technologies
• Forensic engineering
• Metallurgy and mining

Career Opportunities

Materials science and engineering expertise is in high demand across various industries and job roles, including:

• Defence
• Medical technology
• Environmental services
• Catalysis
• Petrochemical
• Adsorption and separation

Program Details

• Program Code: 40203
• Duration: 2 years (full-time), up to 6 years (part-time)
• Next Start Date: 17 August 2026
• CRICOS Code: Not specified
• Indicative Fee: AUD 51,020

Admission Information

• Duration: 2 years (full-time), up to 6 years (part-time)
• Next Start Date: 17 August 2026
• Start Dates (Newcastle):
  • Semester 1: 27 January 2026
  • Semester 2: 17 August 2026
• English Proficiency Requirements:
  • IELTS overall minimum: 6.5
  • IELTS section minimum: 6.0

What You Will Study

This unique program involves a broad range of disciplines, including:

• Chemistry
• Solid-state physics
• Ceramics
• Metallurgy
• Polymer science
• Engineering
• Computing
• Biology
• Pharmacy
• Energy and environmental technologies

Core Courses

Students must complete the following core courses:

• MATS6001: Fundamentals of Materials Synthesis and Processing
• MATS6002: Materials Characterisation Techniques
• MATS6003: Industry Seminar
• MATS6004: Multifunctional Advanced Nanomaterials
• MATS6005: Applications of Nanomaterials: Energy and Environmental
• MATS6006: Biomedical Applications of Nanomaterials

General Pathway

• Compulsory Course List:
  • MATS6700A: Materials Research A
  • MATS6700B: Materials Research B
• Directed Course List: Complete 40 units from the specified list, with no more than 20 units at the 3000 level.
  • ENGG3500: Managing Engineering Projects
  • ENVS3004: Ecotoxicology
  • MECH6200: Computer Aided Engineering and Manufacturing
  • MECH6250: Bulk Materials Handling and Transportation
  • MECH6760: Renewable Energy Conversion
  • PHYS3212: Nanomaterials
• Electives: Complete 20 units of electives to fulfill the program requirements.

Research Specialisation

• Compulsory Courses:
  • MATS6800A: Advanced Materials Research A
  • MATS6800B: Advanced Materials Research B

How to Apply

To apply, students must review the program handbook, admission requirements, program fees, and costs. They must also decide on their preferred commencement date and demonstrate English language proficiency. Applications can be submitted online.