COURSE CURRICULUM

The Bachelor of Computing (Honours) program requires a total of 120.00 units, combining core courses, electives, and options. Students begin with foundational courses in discrete structures (CISC 102), computing science (CISC 121 and CISC 124), and linear algebra (MATH 110 or MATH 112), followed by an introduction to statistics or computational probability (CISC 171, STAT 263, STAT 268). Core courses deepen understanding of computer science, with subjects like Discrete Structures II (CISC 203), Logic for Computing Science (CISC 204), System-Level Programming (CISC 220), Computer Architecture (CISC 221), Software Specifications (CISC 223), and Data Structures (CISC 235). Key advanced courses include Operating Systems (CISC 324), Programming Paradigms (CISC 360), and Algorithms I (CISC 365). Students then explore topics in software engineering, including Human-Computer Interaction (CISC 325), Software Quality Assurance (CISC 327), and Formal Methods in Software Engineering (CISC 422), culminating in a capstone Information Technology Project (CISC 498). The program also offers options, with 3.00 units of courses in software architecture or game architecture (CISC 322, CISC 326), and 6.00 units in software design (SOFT_Design). Students must complete 45.00 units of electives or other plan requirements. This comprehensive curriculum prepares graduates for careers in software development, systems design, and computing science, integrating both theoretical and practical aspects of the field.