Master of Engineering
Other Engineering
A course by
AUT
A masters-level qualification by thesis or research project designed to deepen advanced knowledge and research skills across the engineering discipline.
In-person study
Face-to-face learning in a physical classroom setting
City Campus, Auckland
It will take a total of 1 year
Coming Soon: Nexties Explorer
Our AI-powered Explorer is almost ready. Soon, you’ll be able to build a dynamic profile of your skills, goals, and strengths, and get a curated selection of courses just for you.
More detailsUnlock these abilities
Conduct advanced engineering research
Develop skills to identify, structure, and execute research projects at the master's level.
Specialize in advanced engineering topics
Gain in-depth knowledge in selected areas such as mechanical, electrical, civil, computer, communications, manufacturing, or biomedical engineering.
Apply advanced technical and analytical skills
Utilize engineering methods and analytical tools to solve complex engineering problems.
What You're Signing Up For
The Master of Engineering at AUT enables students to explore the latest developments in engineering through advanced coursework and independent research. Students can specialize in a wide range of engineering topics and complete either a substantial thesis or a research project alongside selected advanced engineering courses, with study pathways tailored to their prior qualifications. The program enhances research and technical expertise in areas such as telecommunications, materials, manufacturing technologies, industrial optimization, and biomedical engineering.
Course Content
- Research thesis or dissertation
- STEM Research Methods
- Advanced measuring systems
- Innovation management
- Engineering numerical techniques and statistical analysis
- System modeling
- Structural engineering design
- Architectural systems
- Construction engineering
- Information security
- Wireless systems
- Digital systems design
- Digital signal processing
- Advanced mechanical design
- Biomedical thermofluids modeling
- Industrial robotics
- Sustainable energy systems
- Electrical machines and drives
- Optimal control
- Power and energy systems
What you need to know first
Bachelor of Engineering (Honours) with B average or higher
Postgraduate Diploma in Engineering with B average or higher
Bachelor of Engineering Technology including ENGE601 (may require 180-point pathway)
Bachelor's degree in a relevant professional subject (international) with advanced calculus to NZQF Level 6
English language: IELTS 6.5 overall with all bands 6.0 or higher (or equivalent)
What sort of industry will this job lead to
Engineering
Research
Manufacturing
Telecommunications
Construction
Technology
Future employment opportunities might be
Research and development engineer
Systems engineer
Biomedical engineer
Manufacturing engineer
Computer engineer
Electrical engineer
Mechanical engineer
Telecommunication engineer
Researcher in higher education
Coming Soon: Nexties Explorer
Our AI-powered Explorer is almost ready. Soon, you’ll be able to build a dynamic profile of your skills, goals, and strengths, and get a curated selection of courses just for you.
More details