Bachelor of Engineering Science/Master of Engineering Electrical and Electronics Engineering

5 Years On Campus Bachelors Program

Charles Darwin University

Program Overview

The Bachelor of Engineering Science/Master of Engineering (Electrical and Electronics Engineering) at Charles Darwin University is an integrated 5-year program designed for students who are passionate about innovation, technology, and the development of advanced electrical and electronic systems. By combining undergraduate engineering science studies with a professionally accredited master's qualification, the program develops graduates with advanced technical expertise, practical engineering experience, and strong industry-ready skills.

Curriculum Structure

In the first year, students build a strong foundation in mathematics, physics, programming, and engineering fundamentals. Units introduce key concepts in engineering design, problem-solving, and technical communication while developing analytical and computational skills essential for future engineering studies.

During the second year, students expand their understanding of core electrical engineering principles through studies in circuit analysis, electronics, digital systems, and engineering modelling. Laboratory-based learning and practical projects help students apply theoretical concepts to real-world engineering problems.

In the third year, the curriculum focuses on specialised electrical and electronics engineering topics such as control systems, electrical machines, power electronics, signals and systems, and electromagnetics. Students develop the ability to analyse, design, and optimise complex engineering systems while gaining exposure to modern industry practices.

The fourth year introduces advanced engineering applications, including power systems, renewable energy technologies, communications engineering, automation, embedded systems, and industrial control technologies. Students undertake substantial project work that strengthens their technical, teamwork, and project management capabilities.

In the final year, students complete master's-level coursework and an industry-focused capstone or research project. This advanced phase of the program allows students to investigate complex engineering challenges, develop innovative solutions, and demonstrate professional competencies expected of graduate engineers.

Focus Areas

Electrical Power Systems, Electronics Engineering, Control and Automation Systems, Renewable Energy Technologies, Communications Engineering, Embedded Systems, Power Electronics, and Industrial Automation.

Learning Outcomes

Graduates will develop advanced technical knowledge in electrical and electronics engineering, strong analytical and problem-solving abilities, engineering design and project management skills, research capabilities, professional communication skills, and the ability to develop innovative engineering solutions for complex real-world challenges.

Professional Alignment (Accreditation)

The Master of Engineering (Electrical and Electronics Engineering) pathway is accredited by Engineers Australia, ensuring graduates meet internationally recognised professional engineering standards and are eligible to pursue professional engineering registration in Australia and overseas.

Reputation (Graduate Employability)

Charles Darwin University is recognised for its strong industry engagement, practical learning approach, and graduate employment outcomes. Through industry projects, internships, and applied learning opportunities, graduates are well-prepared for careers across energy, infrastructure, telecommunications, automation, manufacturing, mining, defence, and emerging technology sectors.

Experiential Learning (Research, Projects, Internships etc.)

At Charles Darwin University (CDU), the Bachelor of Engineering Science/Master of Engineering in Electrical and Electronics Engineering is designed to provide students with a robust blend of theoretical knowledge and practical skills. The program emphasizes experiential learning, allowing students to engage in hands-on projects, collaborate in teams, and apply their learning in real-world contexts. With state-of-the-art facilities and cutting-edge tools, students are well-equipped to tackle the challenges of the engineering field.

Here are some key aspects of the experiential learning opportunities available in this program:

- Laboratories: Access to specialized laboratories, including the Electrical and Electronics Engineering Lab, where students can conduct experiments and develop practical skills using industry-standard equipment.

- Software Tools: Proficiency in industry-relevant software such as MATLAB, Multisim, and AutoCAD, which are integral for design, simulation, and analysis in engineering projects.

- Group Projects: Collaborative projects that encourage teamwork and problem-solving, allowing students to work on real engineering challenges and develop essential communication skills.

- Internships: Opportunities for industry placements and internships that provide valuable work experience and networking opportunities with leading engineering firms.

- Field Trips: Organized visits to local industries and engineering sites, giving students firsthand exposure to the practical applications of their studies.

- Research Institutes: Access to research facilities and institutes at CDU, where students can engage in innovative projects and contribute to cutting-edge research in electrical and electronics engineering.

- Digital Tools: Utilization of advanced digital tools and platforms for project management and collaboration, enhancing the learning experience and preparing students for the modern workplace.

- Library Resources: Comprehensive library resources, including access to engineering journals, databases, and study materials that support academic success.

These experiential learning components not only enhance your understanding of electrical and electronics engineering but also prepare you for a successful career in the field. By choosing CDU, you are investing in a program that prioritizes practical experience alongside academic excellence.

Progression & Future Opportunities

Students enrolled in the Bachelor of Engineering Science/Master of Engineering in Electrical and Electronics Engineering at Charles Darwin University (CDU) benefit from extensive practical learning opportunities that prepare them for leadership roles in the engineering profession. The integrated 5-year program combines foundational engineering knowledge with advanced technical expertise, ensuring graduates are equipped to address complex challenges across power systems, electronics, communications, automation, and emerging technologies.

The strong emphasis on experiential learning, industry engagement, and advanced engineering practice enables graduates to develop the technical, analytical, and professional skills highly valued by employers across Australia and internationally.

Key career development advantages include:

Industry-Focused Learning: Practical laboratory work, engineering design projects, simulations, and real-world problem-solving activities help students develop workplace-ready skills throughout their studies.
Professional Networking Opportunities: Internships, industry projects, guest lectures, and employer engagement activities provide valuable opportunities to build professional connections and gain industry exposure.
Advanced Technical Expertise: Graduates develop specialist knowledge in electrical power systems, electronics, communications engineering, automation, control systems, renewable energy technologies, and intelligent engineering applications.
Professional Accreditation: The program is accredited by Engineers Australia, ensuring graduates meet internationally recognised professional standards and are eligible for engineering practice in Australia and many overseas jurisdictions.
Research and Innovation Exposure: Students can participate in research initiatives and advanced engineering projects that address real-world challenges across energy, infrastructure, telecommunications, and technology sectors.
Growing Employment Demand: Strong investment in renewable energy, smart infrastructure, defence, telecommunications, industrial automation, and digital transformation continues to drive demand for highly qualified electrical and electronics engineers.
Graduate Career Opportunities: Potential roles include Electrical Engineer, Electronics Engineer, Communications Engineer, Power Systems Engineer, Control Systems Engineer, Renewable Energy Engineer, Automation Engineer, Instrumentation Engineer, Systems Engineer, Project Engineer, and Engineering Consultant.
Graduate Salary Potential: Graduates typically enter the workforce with salaries ranging from AUD $85,000–$105,000 per year, depending on industry, location, and employer. With experience, engineers working in mining, energy, telecommunications, defence, and infrastructure sectors frequently earn AUD $120,000–$180,000+ annually.
Median Industry Salary: Electrical and Electronics Engineering professionals in Australia generally earn median salaries of approximately AUD $110,000–$130,000 per year, while senior engineers, project managers, technical specialists, and engineering leaders often command substantially higher salaries.

Further Academic Progression:

Graduates may pursue advanced research qualifications such as a Doctor of Philosophy (PhD) in Electrical Engineering, Electronics Engineering, Renewable Energy Systems, Communications Engineering, Automation, Robotics, Artificial Intelligence, Smart Grid Technologies, or related engineering disciplines. Additional professional certifications in project management, systems engineering, cybersecurity, renewable energy, asset management, and leadership can further enhance career prospects and support progression into senior technical, consulting, and management positions.

With an advanced engineering qualification, strong practical experience, and industry-relevant expertise, CDU graduates are exceptionally well-positioned to contribute to the development of innovative technologies, sustainable energy solutions, and critical infrastructure projects that will shape the future of engineering worldwide.