Bachelor of Engineering (Honours), Bachelor of Science major Electrical and Electronic Engineering

5 Years On Campus Bachelors Program

Curtin University Perth

Program Overview

The Bachelor of Engineering (Honours) / Bachelor of Science majoring in Electrical and Electronic Engineering at Curtin University is a comprehensive 5-year dual degree that combines advanced engineering expertise with a strong scientific foundation. Designed for students interested in technology, innovation, and scientific discovery, the program develops the technical, analytical, and research skills needed to solve complex engineering challenges across industries such as energy, telecommunications, automation, electronics, defence, and advanced manufacturing.

Curriculum Structure:

Year 1: Students establish a strong foundation in engineering, mathematics, physics, and scientific principles. Core studies introduce engineering design, programming, calculus, physics, chemistry, and scientific inquiry, building essential analytical and problem-solving skills that underpin both engineering and science disciplines.

Year 2: The curriculum progresses into specialised engineering and science subjects. Students explore electrical circuits, digital systems, engineering mechanics, electronics, and applied mathematics while strengthening their scientific understanding through laboratory-based learning and data analysis. Practical sessions reinforce theoretical concepts and develop technical competence.

Year 3: Students undertake intermediate and advanced studies in electrical and electronic engineering, including control systems, signal processing, electronics, communications systems, and electromagnetic engineering. Science units further develop research skills, analytical thinking, and scientific methodologies that support engineering innovation and technological advancement.

Year 4: Advanced engineering topics include power systems, embedded systems, telecommunications, renewable energy technologies, automation, and intelligent systems. Students also undertake specialised science electives and research-focused studies that broaden their understanding of scientific applications within engineering environments.

Year 5: The final year focuses on honours-level engineering coursework, professional engineering practice, advanced technical electives, and a major capstone project. Students apply their engineering and scientific knowledge to solve complex real-world problems while developing project management, teamwork, communication, and professional skills required in industry and research settings.

Focus Areas: Electrical and electronic engineering, power systems, communications engineering, automation, control systems, embedded technologies, renewable energy, applied science, and engineering research.

Learning Outcomes: Graduates develop expertise in designing and analysing electrical and electronic systems, solving complex engineering challenges, conducting scientific investigations, managing engineering projects, applying research methodologies, and communicating technical solutions effectively.

Professional Alignment (Accreditation): The Bachelor of Engineering (Honours) component is accredited by Engineers Australia, ensuring graduates meet internationally recognised professional engineering standards and are eligible for professional engineering recognition in Australia and globally.

Reputation (Employability Rankings): Curtin University is internationally recognised for its strong industry engagement, research excellence, and graduate employability. The combination of engineering and science provides graduates with a versatile skill set that is highly valued by employers across engineering, technology, research, energy, resources, defence, and innovation-focused industries.

Experiential Learning (Research, Projects, Internships etc.)

At Curtin University, the Bachelor of Engineering (Honours) and Bachelor of Science majoring in Electrical and Electronic Engineering program is designed to provide students with a robust blend of theoretical knowledge and practical skills. This hands-on approach is essential in preparing you for a successful career in the rapidly evolving field of engineering. You'll have access to state-of-the-art facilities and tools that enhance your learning experience, ensuring you are well-equipped to tackle real-world challenges.

The program emphasizes experiential learning through various opportunities, including:

- Dedicated Laboratories: Engage in practical experiments and projects in specialized labs such as the Electrical and Electronic Engineering Lab, where you can work with advanced equipment and technologies.

- Industry-Standard Software: Gain proficiency in essential software tools like MATLAB, Multisim, and AutoCAD, which are widely used in the engineering industry.

- Group Projects: Collaborate with peers on team-based projects that simulate real-world engineering problems, fostering teamwork and communication skills.

- Internship Opportunities: Take advantage of industry placements and internships that provide valuable work experience and networking opportunities with leading companies.

- Field Trips: Participate in excursions to local industries and engineering firms, giving you insights into the practical applications of your studies.

- Research Institutes: Access to Curtin’s research institutes, such as the Curtin Institute of Radio Astronomy, allows you to engage in cutting-edge research and innovation.

- Library Resources: Utilize extensive library resources, including access to engineering journals, databases, and study spaces tailored for engineering students.

- Innovation and Design Facilities: Work in innovation hubs equipped with the latest technology, encouraging creativity and problem-solving in engineering design.

These experiential learning opportunities not only enhance your academic experience but also prepare you for a successful career in engineering. If you're ready to take the next step in your education, I encourage you to apply for this exciting program at Curtin University.

Progression & Future Opportunities

Graduates of the Bachelor of Engineering (Honours) / Bachelor of Science majoring in Electrical and Electronic Engineering at Curtin University develop a strong combination of engineering expertise, scientific knowledge, analytical thinking, and practical problem-solving skills. The dual-degree structure provides a broader understanding of scientific principles alongside advanced engineering capabilities, preparing graduates to work across diverse sectors including energy, telecommunications, automation, electronics, defence, advanced manufacturing, and emerging technologies.

Curtin University's strong focus on industry engagement and practical learning ensures graduates are well-positioned to transition successfully into professional careers:

Career Development and Employability Support: Curtin Careers offers career coaching, resume and interview preparation, networking events, employer engagement programs, mentoring opportunities, and graduate recruitment support.
Industry Partnerships: Students benefit from Curtin's extensive industry connections with engineering firms, energy providers, mining companies, telecommunications organisations, government agencies, defence contractors, and technology companies.
Work-Integrated Learning: Industry placements, laboratory projects, design challenges, capstone projects, and research opportunities provide valuable practical experience and workplace exposure before graduation.
Research and Innovation Opportunities: The Science component strengthens students' research capabilities and analytical skills, opening pathways into innovation, advanced technologies, and scientific research environments.
Professional Accreditation: The Bachelor of Engineering (Honours) component is accredited by Engineers Australia, ensuring graduates meet internationally recognised professional engineering standards.
Growing Industry Demand: Significant investment in renewable energy, smart infrastructure, automation, electrification, telecommunications networks, artificial intelligence, robotics, and advanced manufacturing continues to drive demand for electrical and electronic engineering professionals.
Graduate Outcomes: Career opportunities include Electrical Engineer, Electronics Engineer, Power Systems Engineer, Control Systems Engineer, Telecommunications Engineer, Automation Engineer, Embedded Systems Engineer, Renewable Energy Engineer, Research Engineer, Systems Engineer, and Technical Consultant.
Graduate Salary Potential: Graduates typically begin their careers earning between AUD $80,000–$100,000 per year, depending on industry, location, and role. Experienced engineers and technical specialists commonly earn AUD $120,000–$170,000+ annually, particularly in sectors such as energy, resources, defence, and advanced technology.
Median Industry Salary: Electrical and Electronic Engineering professionals in Australia generally earn median salaries ranging from AUD $110,000–$125,000 per year, while senior engineers, project leaders, and engineering managers often earn substantially higher remuneration.

Further Academic Progression:

Graduates may pursue advanced study through programs such as a Master of Engineering, Master of Electrical Engineering, Master of Renewable Energy Engineering, Master of Data Science, Master of Engineering Management, Master of Artificial Intelligence, or specialised postgraduate qualifications in telecommunications, automation, robotics, and power systems. Research-focused graduates may continue into PhD studies in engineering, electronics, renewable energy, advanced materials, smart systems, or related scientific disciplines. Professional certifications in project management, systems engineering, automation, cybersecurity, renewable energy, and emerging technologies can further enhance career opportunities and support progression into technical leadership and management roles.

With expertise spanning both engineering and science, graduates are well-equipped to drive innovation, solve complex technical challenges, and contribute to the development of future technologies across a wide range of industries.