Master of Engineering (Mechanical)

Program Overview

The Master of Engineering in Mechanical Engineering program at the University of Adelaide equips students with advanced expertise in cutting-edge mechanical engineering technologies and practices. It offers a comprehensive curriculum covering advanced mechanics, aerodynamics, thermodynamics, and specialized technical areas. Graduates are highly sought after in industries such as materials engineering, energy technology, robotics, and manufacturing, with excellent career prospects in research, design, and management roles.

Program Outline

Degree Overview:

This Master of Engineering degree program in Mechanical Engineering caters to high-achieving engineering graduates and those with relevant work experience. It is designed to develop advanced expertise in cutting-edge mechanical engineering technologies and practices. The primary objectives are to equip students with:

• An in-depth understanding of advanced mechanics and structural design principles
• Proficiency in applied aerodynamics and thermodynamics
• Specialized knowledge in specific technical areas tailored to their interests and career goals
• Enhanced communication and project management skills
• The ability to conduct independent research and tackle significant engineering challenges.

Outline:

The Master of Engineering (Mechanical) program consists of a foundation year and an advanced studies year. The curriculum encompasses: Foundation Courses:

• Advanced Mechanics of Materials
• Applied Aerodynamics
• Heat Transfer & Thermodynamics
• Acoustics and Vibrations
Core Courses:
• Engineering Communication & Critical Thinking
• Business Management Systems PG
• Research Methods and Statistics
• Project Management Fundamentals
Elective Courses (choose at least two):
• Fracture Mechanics
• Advanced Topics in Fluid Mechanics
• Advanced Vibrations
• Finite Element Analysis of Structures
Elective Courses (choose up to two):
• Composite & Multiphase Polymers
• Materials Selection & Failure Analysis
• Combustion Technology & Emissions Control
• Topics in Welded Structures
• Engineering Acoustics
• Advanced PID Control
• Air Conditioning
• Advanced Digital Control
• Stresses in Plates & Shells
• Biomechanical Engineering
• CFD for Engineering Applications
• Corrosion: Principles & Prevention
• Sustainable Thermal Technologies
• Renewable Fluid Power Technology
Research Project:
• Masters Research Project Part A
• Masters Research Project Part B
The program duration is typically two years of full-time study. However, graduates of an equivalent AQF Level 8 honours program in Engineering from the University of Adelaide or another recognized institution may be eligible for credit, potentially allowing them to complete the master's program in less than two years.

Assessment:

Program assessment methods include:

• Coursework assignments and exams
• Presentations and reports
• Practical coursework
• Research project and thesis

Teaching:

The program is taught by a team of highly qualified and experienced faculty members, including leading researchers and industry professionals. Teaching methods prioritize hands-on learning, design projects, and industry collaborations. Students benefit from access to state-of-the-art laboratory facilities, workshops, and computational resources.

Careers:

Graduates of the Master of Engineering (Mechanical) program have excellent career prospects in various fields. Their expertise positions them for success in industries such as:

• Materials Engineering
• Combustion, Noise, and Vibration Control
• Energy Technology
• Control Systems
• Robotics
• Quality Management
• Bioengineering
• Aeronautics
• Fluid Mechanics
• Water Supply
• Mining
• Manufacturing
• Production Planning
• Maintenance Planning
• Consumer Product Design
• Pollution Control
• Failure Analysis