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The first two years of the program include mathematics, physics and an introduction to the basic principles of design, structural analysis, thermodynamics, materials, fluid mechanics, control and computer programming. This is complemented by laboratory and project work. In the third year, courses are extended to develop students' understanding in these fields. This is coupled with a design project, to prepare students for the final year. The fourth year of the degree allows for some technical specialisation. This is enabled through the completion of elective courses, in addition to project work and a management course.

A major is a great way to specialise and pursue topics of interest without narrowing future options. Majors are available in Aerospace Engineering, Biomedical Engineering, Mechanical Engineering, Mechatronics and Robotics, Renewable Energy, Defence Enterprise. Minors are available in Artificial Intelligence and Machine Learning, Entrepreneurship and Humanitarian engineering.

Students are required to complete eight weeks of approved practical experience.

Program Learning Outcomes

The learning outcomes for this program were informed by the ³ÉÈË´óƬ Graduate Attributes, and the characteristics of the Adelaide Engineering graduate.

Graduates of a Bachelor of Engineering (Honours) (Mechanical) will be able to:

1. Contribute to the design of creative, sustainable, economic and safe solutions, which satisfy the objectives of clients and stakeholders.
2. Demonstrate a broad, theory-based understanding of the mathematical, natural and physical sciences underpinning engineering practice, and evaluate the differences between theoretical and applied system behaviour.
3. Demonstrate a conceptual understanding of the computer and information sciences that underpin engineering practice.
4. Demonstrate a substantial and contemporary body-of-knowledge of engineering methods, tools and processes for a specific discipline, complemented by relevant knowledge from related disciplines.
5. Professionally and ethically conduct themselves and their work, respecting the communities and cultural norms within which that work is carried out.
6. Communicate objectively and effectively, in written and oral forms, to lay and expert audiences.
7. Apply critical and independent thinking to make sound judgements, based on evidence, theory and logical reasoning.
8. Maintain and develop knowledge of advancements in engineering practice and research in the specific discipline, and apply this knowledge innovatively when devising solutions
9. Be an effective, emotionally and culturally intelligent team member, with leadership potential.
10. Apply a systems approach to managing and developing solutions to complex problems.

Majors
Majors are available in:

• Aerospace Engineering
  Aerospace Engineers design and launch equipment to help explore our solar system and beyond, and their future prospects are equally vast. This major prepares graduates for opportunities in the field through courses in aeronautical engineering, space vehicle design and aerospace structures. 
• Biomedical Engineering
  Biomedical engineers combine problem-solving skills and technical know-how with focused study in medicine and healthcare. This major focuses on developing technologies and systems that enhance patient care, medical devices, and overall health outcomes.
• Mechanical Engineering
  Mechanical engineers design and build mechanical systems and machines. This major focuses on the materials and numerical methods used to solve engineering challenges in the field, and includes topics in advanced manufacturing.
• Mechatronics and Robotics
  Dreams of the future become today's innovations when engineers take ideas from science fiction and turn them into science fact. This major prepares students to take these quantum leaps, by studying the components that make up complex mechatronic and robotic systems. 
• Renewable Energy
  This major focuses on the design of systems that generate and consume energy efficiently and sustainably including tidal, wind, and solar thermal generation. 
• Defence Enterprise
  
  

Minors
Minors are available in the following:

• Artificial Intelligence and Machine Learning 
  Students will develop expertise in designing, developing, and analysing AI-driven software systems across various domains, such as self-driving cars, automated manufacturing, personalised healthcare, smart satellite imagery, and human-centred AI for improved decision-making.
• Entrepreneurship
  Take the technical knowledge from the degree and create ventures in areas from large corporations, to small businesses, the not-for-profit sector, and community organisations through an Entrepreneurship minor. All technology advances in the past decade were once an idea that is now a reality through entrepreneurs. Students learn the processes, risks, rewards, motivations and societal impacts of innovation and entrepreneurship within regional, national and global perspectives.
• Humanitarian Engineering
  Learn how to work in emergency and humanitarian fields while having a positive global impact on developing populations through the Humanitarian Engineering minor. Students conduct design work with a focus on culture, economic background, and political climate, while developing a strong awareness of communities and the people who reside in them. Graduates are equipped to solve problems in complex environments, allowing them to make real-world change.

To satisfy the requirements for Core Courses students must complete courses to the value of 57 units.

All courses are 3 units unless stated otherwise.

Example Indicative study plan