Outline
Outline
Curtin’s Bachelor of Engineering (Honours) offers you an industry-connected education experience in which you will learn how to provide solutions to complex societal challenges and improve the quality of life for people all around the world.
Your study will begin with the Engineering Foundation Year (EFY). You will learn the fundamental concepts and develop the required skills common to all areas of engineering – giving you the opportunity to explore our range of engineering majors before choosing the major you will study from your second year.
Engineering majors available in 2023:
- Chemical Engineering
- Civil and Construction Engineering
- Electrical and Electronic Engineering
- Industrial and Systems Engineering
- Mechanical Engineering
- Mechatronic Engineering
- Metallurgical Engineering
- Mining Engineering
- Petroleum Engineering
If you are applying for 2024 please see list of majors below:
- Chemical Engineering
- Civil and Construction
- Engineering Electrical and Computer Engineering
- Industrial and Systems Engineering
- Mechanical Engineering
- Mechatronic Engineering
- Metallurgical Engineering
- Mining Engineering
- Software Systems Engineering
We also offer a three-year Bachelor of Technology in Computer Systems and Networking.
Engineering Foundation Year
Designed in extensive consultation with industry, our EFY program and its purpose-built first-year studios encourage learning by doing.
The EFY's cross-disciplinary curriculum has been developed as a base for all Curtin engineering disciplines, to ensure you graduate with a solid theoretical grounding, strong practical experience and cultural awareness.
Your studies will include a focus on emerging engineering themes including data analytics, 3D printing, machine learning and automation, so you'll graduate with skills and abilities relevant to the future of the field. Your studies will also address global challenges such as climate change, developing your professional responsibilities.
The program and its support services will help you progress smoothly into your area of specialisation and graduate as a sought-after and career-ready engineer.
The EFY includes:
- full-class lectures
- small group tutorials
- hands-on laboratory work
- team-based design and simulation projects
- web-based learning resources, bulletin boards, online tutorials and quizzes
- portfolio development, with an emphasis on reflection and self-evaluation
- participation by industry representatives, exposing students to professional practice.
First-year studio
The first-year studio and project rooms reflect the modern working environment, enabling you to familiarise yourself with the layout of a professional career setting.
The studio is also a hub to develop social and academic networks. It comprises:
- an open-plan office
- computing, electrical and mechanics laboratories
- one-on-one learning assistance Engineering Tutor Access Points (ETAPs)
- project meeting rooms.
Years 2–4
In years 2 and 3 of your engineering degree you will study units relevant to your chosen major. You also have the option to undertake research or specialisations outside of your major. This flexibility ensures you acquire transferrable and problem-solving skills.
In year 4 you will undertake an honours-level, independent research project. Structured across two units of study, the project will give you an in-depth understanding on your thesis topic. It will demonstrate to potential employers your skills in planning and undertaking a complex body of work within deadlines.
Professional practice
To graduate from this course you must have completed 480 hours of exposure to professional engineering practice.
Professional practice can comprise a combination of real-world experiences. Examples include paid and voluntary work placements, university-based experience in industrial projects, attending extra-curricular technical lectures and workshops, and industry site visits in Australia and/or overseas.
Please refer to the handbook for more course information.
What you'll learn
- develop and apply fundamental theoretical and technical knowledge to identify and provide solutions to complex problems in an engineering discipline.
- demonstrate development of advanced knowledge and understanding in an engineering discipline.
- apply knowledge using realistic, practical and analytical approaches to problem-solving, design and research
- communicate effectively with a variety of audiences through the development of appropriate plans and reports
- identify and use suitable technologies to plan and execute project work and/or a piece of research and scholarship with some intellectual independence
- demonstrate self-discipline, self-management skills, personal responsibility and the ability to set learning and achievement goals
- work effectively in teams with global, international and environmentally responsible perspectives
- recognise the impact of cultural diversity in the implementation engineering works of projects
- demonstrate leadership, professional behaviour and ethical practice in the context of engineering projects
