Build solutions that improve the world
Explore UC's Bachelor of Engineering (Honours) in full detail, from flexible study options to degree specialisations, career opportunities and more.
Discover solutions to complex problems with a UC's Bachelor of Engineering (Honours).
Engineering is about more than understanding how things work. It is about using that knowledge to create smarter systems, solve complex problems and improve the way people live and work. With a Bachelor of Engineering (Honours) from UC, you will build strong foundations in engineering design, research and management, then apply them to real global challenges across in-demand areas in the field.
Over four years, you’ll build specialised skills in two high-growth fields, either Intelligent Robotics or Network Engineering, giving you the competitive edge to thrive in the rapidly evolving world of technology.
Hands-on engineering degree
Through hands-on projects and Work Integrated Learning with industry partners including Cisco and Omron, you will build practical skills and professional networks while working through real world engineering challenges.
Learn in state-of-the-art classrooms
At UC your learning goes beyond the traditional classroom. Engineering students have access to specialist facilities including the Advanced Engineering Lab, AR/VR Laboratory, Collaborative Robotics Laboratory and more. These spaces are designed to support hands-on learning across robotics, networking, cyber security and emerging technologies.
Schedule a call with our friendly team to learn about UC's flexible Bachelor of IT.
Intelligent Robotics
Intelligent Robotics
Intelligent robotics is one of the fastest growing and most exciting fields in engineering. At UC, you'll gain a comprehensive understanding of the control and dynamics of machines, industrial robotics, algorithms, smart engineering and more. You'll also learn to design, program and test robotic systems that solve real-world challenges across industries.
Explore careers in automation engineering, biomedical robotics, defence technologies, advanced manufacturing, research and development, where you will help drive the innovations shaping the future.
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Network Engineering
Network Engineering
Network engineering sits at the core of our digital future and demand for skilled graduates has never been higher. At UC, you'll build in-depth expertise in designing, developing and operating software-based networked systems. With opportunities to explore mobile and wireless data communications, network security, cloud computing, big data and multimedia networks.
With a Network Engineering specialisation you can pursue careers in cybersecurity, telecommunications, enterprise IT, cloud services, or work as a network architect, systems engineer or infrastructure consultant, all vital roles for keeping our modern world running.
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A clear, comprehensive pathway into tech and engineering careers.
Hands-on learning in state-of-the-art labs from day one.
Numerous Work Integrated Learning (WIL) opportunities, including site visits and fieldwork.
Chance to participate in the Engineers Without Borders Challenge.
Smaller classes with direct access to expert academics and industry mentors.
Strong industry connections with government and business stakeholders.
Course content reviewed annually by leading industry experts.
A globally recognised qualification, accredited by Engineers Australia (Professional Engineer) and the Australian Computer Society (Professional level).
Curious about what your future study pattern might look like? Explore your course in detail with the option to view your typical pattern based on your chosen intake and study mode below.
Professional Accreditation
Both Network Engineering and Intelligent Robotics specialisations are accredited by Engineers Australia.
Engineering is at the heart of the innovations shaping our world. From designing intelligent systems and developing advanced robotics, to securing networks and harnessing the power of data, it's a field where creativity meets problem-solving.
With rapid growth in technology, infrastructure and digital transformation across Australia and globally, demand for skilled engineers has never been stronger. Whether you're passionate about AI and robotics, cyber security or network systems, UC's Bachelor of Engineering (Honours) gives you the expertise to design, build and lead the technologies of the future.
You won't just study theory, you'll apply it through hands-on projects, real-world challenges and industry placements that prepare you for the workplace from day one. And with UC's strong industry connections, you'll graduate ready to step into diverse and rewarding roles such as:
- Cyber Security Engineer
- Network Architect
- Chief Technology Officer
- Artificial Intelligence Engineer
- Robotics Engineer
- Data Scientist
- Business Intelligence Analyst
- Data Analyst
- Software Engineer
- Network Engineer
- ICT Manager
- Automation Engineer
- Control Systems Engineer
Admission to this course is based on an entrance rank. A rank can be achieved by the following means:
- Year 12 ATAR
- Other Australian Qualification
- Work experience
- Overseas qualification
We also offer a number of entry initiatives that give you the opportunity to gain entry to the University via alternate pathway programs and admissions schemes.
More information is available on our Alternative Entry page.
Canberra Institute of Technology
- ICT40120 Certificate IV in Information Technology & ICT50220 Diploma of Information Technology (35569)
- ICT40120 Certificate IV in Information Technology (35589)
Melbourne College of Advanced Studies
- Bachelor Qualifying Program (BQP) Engineering Course (two semester's study with EE1 and EE2) (31984)
- Bachelor Qualifying Program (BQP) Engineering Course (Completion of one semester's study) (31865)
- Bachelor Qualifying Program (BQP) Engineering Course (two semester's study without EE1 and EE2) (31985)
- Bachelor Qualifying Program (BQP) Business Course (Completion of two semester's study) (31885)
- Bachelor Qualifying Program (BQP) Business Course (Completion of one semester's study) (31807)
- Bachelor Qualifying Program (BQP) Science-IT Course (Completion of two semester's study) (32184)
- Bachelor Qualifying Program (BQP) Science-IT Course (Completion of one semester's study) (32024)
University of Canberra College
Additional admission requirements
Year 12 Mathematical Methods (T) or equivalent.
Assumed knowledge
Basic knowledge and skills in ICT (Information and Communication Technology); Basic numeracy and literacy skills.
Study your course with reduced fees.
A course with Commonwealth Supported Places (CSP) means the Australian Government has subsidised a portion of your degree, reducing the total balance you are required to pay (known as the student contribution amount).
The CSP amount is determined by the course you are undertaking and the industry you'll be working in after graduation.
Some students (such as Australian citizens or holders of an Australian permanent humanitarian visa) may be eligible to apply to defer payment of their tuition fees via the Commonwealth Government's FEE-HELP and HECS-HELP schemes.
Visit our fees page for useful information about eligibility and how to apply and pay. You can apply for FEE-HELP or HECS-HELP once you have enrolled in a course.
Advanced Engineering lab
The Advanced Engineering Lab is a state-of-the-art engineering teaching space. Designed for flexible teaching of both Robotics and IoT, it provides students with a high-tech, modern learning experience. Opening onto a large deck, the space allows a combined indoor/outdoor experience with room to test and learn both wheeled and air drones.
Network and Cyber Lab
UC's brand new Network Engineering and Cyber Security Lab gives students real, hands-on experience with industry-grade network equipment. With its own isolated network, students can simulate real-world networking, server, and cyber security scenarios, all while understanding the inner workings of an organisation's networking infrastructure with exposed cabling and back-end frameworks.
Human-Centred Computing Laboratory
Designed for interdisciplinary research at the intersection of computer science, engineering, health technology, psychology, sports technology and design. This state-of-the-art human observation laboratory contains high-end computing facilities used to analyse video, audio and physiological sensor data.
Collaborative Robotics Laboratory
Our Collaborative Robotics Lab features cutting-edge humanoid robots, robotic arms and more. Students can explore new, innovative concepts and human-robot interactions.
Internet of Things Laboratory
Experiment with sensor equipment, drones and WiFi networks used for engineering, network engineering and software engineering. This dedicated space for hands-on project work, allows students to connect and investigate the latest devices, datasets for research and applications.
Innovation Lab
Equipped with high-powered PC's and specialist software, this multipurpose computer laboratory has been specifically created to help students learn mobile technology, games programming, natural user interface, networking, cyber security and robotics.
Take a look at our state-of-the-art facilities you'll have access to when studying Technology at UC.
Whether you’re pursuing a career in Intelligent Robotics, or wish to specialise in Network Engineering, Engineering at UC opens doors to careers in cyber security, artificial intelligence or robotics, software engineering and networking engineering. Graduates can work in government, defence, startups and global tech companies with roles including network architects, robotics engineer, chief technology officer and more.
UC’s Bachelor of Engineering (Honours) offers two specialisations, Intelligent Robotics and Network Engineering, giving you the chance to build expertise in two fast-growing and future-focused areas of engineering. Over four years, you’ll develop strong technical skills and apply them to real engineering challenges, while tailoring your degree to the area that best matches your interests and career goals.
In Intelligence Robotics, you’ll explore robotics, smart machines, control systems, algorithms and industrial automation, learning how to design, program and test robotic systems that solve real-world problems. If you choose Network Engineering, you’ll focus on software-based networked systems, including mobile and wireless communications, network security, cloud computing, big data and multimedia networks. Both specialisations prepare you for in-demand careers and equip you with skills that can be applied across a wide range of industries.
To study Engineering at UC, you will need Year 12 Mathematical Methods or an equivalent qualification as part of the admission requirements. This helps ensure you have the mathematical foundation needed for engineering study.
While not essential, basic numeracy, literacy and ICT skills can also be beneficial, as these will support your learning throughout the course.
Not everyone follows the same path to uni. Whether you have work experience, life skills or other qualifications, we offer a range of entry options to help you study at UC.
Your experience could make you eligible to gain entry to university, receive credit for your chosen qualification and reduce your study time.
Whether you’ve served in the defence force, owned your own business or just want a fresh start, we’re here to help you build on what you’ve already achieved and make your experience count.