Bachelor of Computer Systems Engineering (Honours) / Bachelor of Computer Science

5 Years On Campus Bachelors Program

University of Newcastle

Program Overview

This combined degree equips you with both engineering and computer science expertise, allowing you to design and build intelligent systems that solve real-world challenges. It is ideal for students interested in emerging technologies like artificial intelligence, cybersecurity, and smart systems, while developing strong skills in both hardware and software integration.

Curriculum structure

Year 1

You begin by building a strong foundation in engineering and computing, focusing on core principles of programming, mathematics, and electronics. Subjects such as Introduction to Programming, Engineering Design, and Mathematics for Engineers help you develop problem-solving and analytical thinking skills essential for both disciplines.

Year 2

In the second year, you deepen your understanding of how computer systems function by studying both software and hardware components. Modules such as Data Structures and Algorithms, Digital Systems, and Communication Networks introduce you to system design and efficient computing processes.

Year 3

This year focuses on advanced technical knowledge and application, where you explore areas such as Operating Systems, Embedded Systems, and Cyber Security. You will also begin working on more complex projects that simulate real-world engineering and computing challenges.

Year 4

You further specialise in cutting-edge technologies and system design, studying subjects like Machine Intelligence, Autonomous Systems, and Software Engineering. This stage strengthens your ability to integrate computing solutions into industrial and large-scale environments.

Year 5

The final year focuses on professional readiness, where you complete a capstone project and undertake 12 weeks of industry placement, gaining hands-on experience and applying your knowledge in real-world settings.

Focus areas (in a string):

Embedded systems, internet of things, communication networks, cyber security, machine intelligence, software engineering, electronics design

Learning outcomes (in a string):

Ability to design and develop integrated hardware and software systems, strong programming and system architecture skills, problem-solving in complex engineering environments, readiness for emerging technology fields

Professional alignment (accreditation):

Accredited engineering degree aligned with industry standards and includes mandatory professional experience (12 weeks), preparing graduates for engineering practice and global careers

Reputation (employability rankings):

The program reports 94.9% graduate employment within four months, reflecting strong industry demand and career outcomes in engineering and technology fields

Experiential Learning (Research, Projects, Internships etc.)

This combined Bachelor of Computer Systems Engineering (Honours) / Bachelor of Computer Science at the University of Newcastle is designed for students who want to build, test, and solve real problems—not just sit back and study theory. From early in the degree, you’ll be applying what you learn in hands-on projects and real workplaces, bringing together hardware and software skills to tackle areas like cybersecurity, embedded systems, machine intelligence, and connected technologies. Just as importantly, you’ll develop teamwork, communication, and professional confidence, so by the time you graduate, stepping into industry feels like a natural next step.

What really brings this degree to life is the way learning extends beyond the classroom. As an engineering student, you’ll complete 12 weeks of structured professional practice, working with real organisations and gaining first-hand experience of how engineering teams operate. Alongside this, the computer science component includes a career-ready placement of around 200–250 hours, where you apply your computing and IT skills in a professional setting and start building a network before you even graduate.

Your courses are built around project-based learning, meaning you’re constantly designing, building, and problem-solving. Whether you’re working on embedded systems, Internet of Things applications, machine intelligence, or software engineering projects, you’ll be learning by doing. You’ll also have opportunities to showcase what you’ve built, through robotics competitions, engineering demo days, and other presentation events that mirror how ideas are tested and shared in industry.

On top of this, many learning experiences are linked directly to industry partners, bringing real workplace challenges into your studies through initiatives like ResTech and other collaborations. All of these experiences are carefully woven into the degree, so when you graduate, you don’t just leave with two qualifications—you leave with practical experience, confidence in your abilities, and real evidence that you’re ready to contribute from day one.

Progression & Future Opportunities

Graduating from the Bachelor of Computer Systems Engineering (Honours) / Bachelor of Computer Science at the University of Newcastle puts you in a really strong position when it comes to jobs — and not just any jobs, but roles that are meaningful, well-paid, and in high demand.

Most students move into work quickly after finishing their degree, and engineering graduates in particular see excellent outcomes, with around 95% employed within four months of graduation. That reflects just how sought-after these skills are. Alumni step into roles like Computer Systems Engineer, Cloud Computing Engineer, Cyber Security Advisor, AI Engineer, and many others across systems analysis, software development, and technical leadership. Because this degree blends engineering with advanced computing, you’re not boxed into one path — you’re prepared for both hardware-focused engineering roles and cutting-edge software and systems careers.

What this means for you

Real career support, not just advice
You’re not left to figure things out alone. The University of Newcastle’s Careers Service works with you one-on-one, helping with career planning, interview prep, job applications, and employability workshops. Along the way, you’ll also be connected with employers and career-ready programs that make the transition from study to work much smoother.

Hands-on experience before you graduate
Industry experience is built into the degree. All engineering students complete at least 12 weeks of professional placement, gaining real workplace experience, practical skills, and valuable industry contacts. Computer science students also work on substantial real-world projects tied to actual organisations, so what you learn isn’t just theoretical — it’s directly relevant.

Learning shaped by industry
Through industry-linked initiatives like the ResTech partnership with Ampcontrol, you’ll tackle real engineering and technology challenges while still studying. These experiences let you apply your skills in authentic settings and give employers a chance to see what you can do before you even graduate.

Strong outcomes and real flexibility
With exposure to both engineering and computer science, your qualification opens doors across multiple sectors — from automation and smart systems to cybersecurity, AI, and software development. It’s a degree that adapts with the tech industry, giving you long-term career flexibility.

Thinking about postgraduate study?

If you decide to keep going academically, this combined honours degree sets you up perfectly. At Newcastle, you could move into a Master of Professional Engineering for advanced engineering practice, or specialise further with a Master of Computer Science, Cyber Security, or Data Science. These pathways can lead to senior technical roles, research careers, or even academia. And when the time comes, friendly academic advisors are there to help you map out a path that fits your interests — whether you’re driven by industry impact or research ambition.

In short, this degree doesn’t just teach you how technology works — it helps you build a future in it.