Queen's University

Overview

The Bachelor of Computing (Honours) in Biomedical Computing at Queen's University offers a unique blend of computer science principles and life sciences. This program is designed to equip students with the skills needed to create data-driven solutions for the healthcare sector and medical research. Students will delve into programming, artificial intelligence, and computational biology, applying these tools to tackle real-world biomedical challenges.

What you'll study

The Biomedical Computing (Honours) program integrates essential computing skills with in-depth biomedical knowledge. The curriculum features a mix of core courses, specialized biomedical studies, and electives that allow students to focus on their specific interests.

Core learning areas

• Computing foundations: programming, discrete structures, and computer systems
• Data and AI: artificial intelligence and computational methods
• Biomedical foundations: molecular biology, genetics, and physiology
• Applied biomedical computing: computational biology and medical informatics
• Professional context: social, ethical, and legal issues in computing

Example course themes

• CISC 102 – Discrete Structures I
• CISC 121 – Introduction to Computing Science I
• BIOL 102 – Fundamentals of Biology: Molecular and Cell Biology
• CISC 330 – Computer-Integrated Surgery
• CISC 352 – Artificial Intelligence
• CISC 471 – Computational Biology
• BCHM 218 – Molecular Biology
• BIOL 205 – Mendelian and Molecular Genetics

Electives and specialisation

Students can select electives to deepen their knowledge in areas such as artificial intelligence, health data analysis, software development, or advanced topics in biomedical computing. The availability of electives may vary depending on the academic year and schedule.

Capstone / honours component

The honours program typically includes a significant academic requirement, such as a research project or a capstone experience. It is advisable to verify the specific honours criteria for your intake with Queen's University.

Entry requirements

Admission to the Biomedical Computing program does not require GRE or GMAT scores. The selection process is based on the applicant's academic history and other application materials.

Career prospects

Graduates of the Biomedical Computing program can pursue various career paths within healthcare, technology, and research sectors. Opportunities may include roles in medical informatics, software development for healthcare applications, and research positions in computational biology, among others.