Capital University

What you'll study

The programme builds from a foundation of mathematics and physics into core topics that bridge hardware and software. Early study focuses on calculus, linear algebra, discrete mathematics and introductory programming. In later years students progress to circuits and electronics, digital logic and microprocessor systems, data structures and algorithms, operating systems and computer architecture.

Typical modules and learning experiences include:

• Foundations: calculus, linear algebra, discrete mathematics and signals.
• Programming and software: structured programming, data structures, algorithms, software engineering and embedded software development.
• Hardware and systems: digital systems, microprocessors, analog and digital electronics, circuit design and PCB fundamentals.
• Systems integration: computer architecture, operating systems, real-time systems and communications/networks.
• Laboratory and design work: hands-on labs, soldering and prototyping, FPGA and microcontroller projects, and a team-based capstone design project that integrates hardware and software.
• Optional topics / electives: robotics, Internet of Things (IoT), VLSI basics, embedded security and machine learning for edge devices.

The degree emphasises practical skills through laboratory sessions, project work and industrially-relevant toolsets (hardware description languages, embedded C/C++, version control and simulation tools). A final-year honours or capstone project lets students apply their learning to a substantial real-world problem.

Entry requirements

Applicants should demonstrate strong ability in mathematics and a science or computing-related subject. Typical academic preparation includes A-level, IB or equivalent qualifications with mathematics at higher level; alternatively, applicants from other systems should have a sound foundation in algebra, calculus and physics.

Admissions take into account prior programming or electronics experience but this is not mandatory; many successful applicants enter with independent coding projects, robotics club experience or college-level computing modules. Mature and transfer applicants are welcome and are assessed on their academic background and relevant experience.

International applicants must meet the university's English-language requirements through recognised tests or prior study in English.

Career prospects

Graduates of Computer Engineering are prepared for roles that require both hardware understanding and software skill. Common career paths include embedded systems engineer, firmware developer, hardware design engineer, systems engineer, network/communications engineer and IoT developer. Graduates also move into related areas such as robotics, automotive systems, telecommunications, consumer electronics and defence technology.

Many students pursue industry placements, internships or cooperative education during the degree to build experience; others continue to postgraduate study in specialised fields such as computer architecture, communications, control systems or machine learning.

Why study at Capital University

Capital University's programme emphasises small-group teaching and hands-on laboratories that let students build practical engineering skills alongside theory. The university’s location gives access to regional technology and engineering employers for internships and project collaboration. Teaching is delivered by staff with academic and industry experience, and the curriculum is designed to develop teamwork, professional practice and design competence through progressive laboratory and project work.

Students benefit from dedicated computing and electronics labs, opportunities to join student engineering groups and support for placement seeking and career development throughout the degree.