Bachelor of Science (Honours) in Computer Science with a specialism in Quantum Computing

Students will learn fundamental skills required by every IT professional, and the basic understanding of programming, mathematical and algorithmic skills. Some specialised modules will provide them basic knowledge of underlying computer systems such as computer architecture, operating systems, networking and databases. The modules will also help them develop personal and organisational skills, as well as nurture creativity and innovation.

Students will develop a broader range of skills, gaining a deeper understanding of designing and implementing software solutions and solving complex computing problems through theoretical, mathematical, and algorithmic foundations. They will strengthen their understanding of platform technologies through modules in application development while being introduced to the principles of quantum computing, including quantum information, quantum mechanics principles and quantum states; mathematic principles for quantum computing like complex numbers and linear algebra; qubits, quantum gates, and the circuit model. Creativity, innovation, and independent learning will be further nurtured to prepare students for emerging technologies and future workplace demands.

Students will undertake an Internship/Industrial Training for a minimum period of 16 weeks to prepare them for a smooth transition from the classroom to the working environment.

Students will build upon their previous studies and industrial experiences to deepen their expertise in computer science and further enhance their personal and professional development. They will progress into advanced programming techniques, algorithms, interface design, networking, and specialized areas such as quantum circuit theory, advanced qiskit patterns, quantum application development, quantum ecosystem and ethics. Through practical implementation using industry relevant quantum software platforms, students will gain exposure to emerging domains such as quantum machine learning and quantum optimization. A Final Year Project will require students to investigate and develop a solution to a real-world problem, demonstrating their ability to integrate technical knowledge, critical thinking, analytical skills, and innovation to produce a significant personal achievement portfolio.

Asia Pacific University of Technology and Innovation’s Quantum Computing specialised pathway electives are designed to introduce students to one of the world’s most advanced and rapidly emerging areas of computer sciences and engineering technology.

As industries begin preparing for the next generation of computational technologies, quantum computing is increasingly seen as a field that may eventually transform key areas such as cybersecurity, artificial intelligence, scientific simulation, advanced robotics and data science.

Structured from computational science and engineering perspectives, APU’s specialised quantum pathways comprises three modules: Fundamentals of Quantum Computing, Quantum Circuits and Algorithms, and Advanced Quantum Computing which equips students with a strong foundation in quantum concepts, including superposition, entanglement, quantum circuits, quantum information, and algorithm design, while providing exposure to practical quantum programming tools and development environments.