What is electrical engineering?
Electrical engineering examines the fundamental nature of electricity and electromagnetism, and the creation, design and implementation of technology that uses these forces for a variety of applications.
Electronic engineering is a specialisation within electrical engineering and focuses specifically on pairing active and passive electrical components to enhance, limit and overall control electrical currents.
When electrical currents are directed and controlled, they can form the basis of numerous pieces of technology, from the simple light switch to something as complex as a global positioning system.
Design is a core component of this field. Electrical engineers use their knowledge of electrical systems to find new ways of harnessing electricity’s potential. They respond to problems within their specialised field and create new systems and means of operation to make processes simple and effective.
Practical analysis skills are also key to electrical engineering. Engineers within this sphere are frequently required to work in a diagnostic capacity. Here, they analyse systems within a machine, identify issues affecting the machine’s function and propose solutions to resolve the issue.
Electrical engineering in particular has strong applications within critical infrastructure. Electricity distribution, telecommunications and transport all rely heavily on electrical engineers to design, implement and maintain their various systems.
Electronics engineering is also hugely relevant to the information technology sector. Much of the physical construction of computers and other electronic devices is performed by electronic engineers.
What does an electrical engineer do?
Due to the widespread use of electricity and the growing popularity of electronics within every facet of life, there are numerous roles for electrical engineers.
You may find yourself working for a large infrastructure body, either governmental or private. Here, you would be called upon to integrate your knowledge to facilitate the day-to-day delivery of services such as electricity or internet. You would be required to devise procedures to handle complex processes or problems, and might oversee other staff, such as technicians or fellow engineers.
Those with a passion for electronics may find themselves in the research and development sphere of a technology-driven company. Here, you will use your critical research skills to identify gaps in the product market and come up with designs to meet that need. You will need well-honed communication skills necessary to persuade your company or investors to move forward with your proposals.
Some electrical engineers delve into the manufacturing processes of electrical equipment. In a role such as this, you may be responsible for testing equipment before it is mass-produced, to ensure it meets safety and functionality requirements. You could also be responsible for overseeing the construction of this technology or be called upon to innovate manufacturing processes to increase efficiency.
Electrical engineers with strong communication and time-management skills may find themselves suited to a role within project management. Here, you might oversee a team of individuals with different skillsets. You will delegate responsibilities, and draw on your own learnings to ensure the delivery of a project to specification standards.
No matter where your study takes you, you will find yourself drawing on your analytical and creative skills to address problems and implement solutions.
What jobs are there in electrical engineering?
Electrical engineers often work with vital infrastructure that keeps a nation functioning. It is a skillset that is in high demand across industries.
Studying Electrical and Electronic Engineering at JCU will see you create and deepen your connections with industry, commercial and community leaders. Your recognised qualifications, skills and experience will provide you with local, national and international opportunities.
As an electrical engineer, you may find yourself working for private corporations, multinational organisations, or state and federal government departments.
A major in Electrical and Electronic Engineering with the Bachelor of Engineering (Honours) from JCU could empower you to take on positions such as:
- Electrical engineer
- Test engineer
- Project manager
- Electrical systems designer
- Telecommunications engineer
- Sustainability engineer
- Industrial engineer
- Solar technology specialist.
Why study Electrical and Electronic Engineering at JCU?
When you study Electrical and Electronic Engineering through a Bachelor of Engineering (Honours) at JCU, you’ll be equipped to integrate industry knowledge into coursework, and emerge ready to hit the ground running when you graduate.
As an electrical engineering student, you’ll receive advanced theoretical and technical know-how from expert lecturers. You’ll benefit from small, interactive classes and be able to put your learning into practice sooner.
Not only will you develop the skills you need right now, but you’ll be also encouraged to consider the role and relevance of engineering to JCU’s unique location in North Queensland. You’ll consider innovation alongside sustainability, as you contribute to future-proofing your chosen field and facilitating positive change for the region.
The Bachelor of Engineering (Honours), with a major in Electrical and Electronic Engineering, also gives you an opportunity to focus on your passion. Your Honours year will involve creating a personal project and thesis, where you’ll put your theoretical knowledge to the test in a practical scenario.
With study options at both our Cairns and Townsville campuses, you’ll be empowered to immerse yourself in the infrastructure needs of the Tropics. Help to sustain the future today with a Bachelor of Engineering (Honours) from JCU.