Bachelor of Science (Advanced Mathematics)(Honours)/Science (Computer Science)

If you’re thinking about studying the Bachelor of Science (Advanced Mathematics) (Honours) / Science (Computer Science) at the University of New South Wales (UNSW), you’re looking at a degree that’s all about doing, not just studying. This program takes you beyond theory — you’ll explore deep mathematical concepts while also developing practical skills in computing, algorithm design, system development, data analysis and research. With world-class facilities, strong industry connections and research-driven teaching, you’ll gain hands-on experience that prepares you for real-world careers from day one.

Here’s how you’ll gain experiential learning through this program:

• Hands-on facilities: You’ll have access to UNSW Science’s state-of-the-art labs, simulators and research centres. These spaces let you put classroom theory into practice, experimenting with real data, models and systems.

• Honours research year: Your final year includes an original research project supervised by leading academics. It’s your chance to dive into a topic that interests you, contribute new insights, and experience what real scientific research is like.

• Work-Integrated Learning (WIL): UNSW offers placements, industry projects and research-based internships where you can work directly with professionals in science or tech, earning credit while gaining valuable workplace experience.

• Cutting-edge computer science majors: You can specialise in areas like Artificial Intelligence, Security Engineering or Embedded Systems — developing practical skills in programming, algorithm design and system development through applied coursework.

• Blended learning approach: Your studies will combine pure and applied mathematics (in areas like applied maths, pure maths or advanced statistics) with computer science, helping you build both analytical precision and technical expertise.

• Strong industry connections: With over 400 industry and research partners, UNSW gives you direct access to networking opportunities, internships and collaborations that help you build a professional foundation before you graduate.

• Comprehensive academic support: You’ll make use of UNSW’s world-class library, research institutes and computing centres — all part of the Science faculty’s infrastructure that supports your projects, coding and data analysis.

• Collaborative learning environment: You’ll work in team-based tutorials and group projects that mirror professional settings, sharpening your problem-solving, communication and teamwork skills alongside your technical knowledge.

In short: this degree is about designing, building, researching and collaborating. With modern facilities, innovative teaching and real-world learning opportunities, you’ll graduate ready to take on complex challenges — whether in advanced tech roles, research or postgraduate study.

Progression & Future Opportunities:
Graduates of the Bachelor of Science (Advanced Mathematics) (Honours) / Science (Computer Science) at the University of New South Wales (UNSW) are highly sought after for their strong analytical thinking, computational expertise, and problem-solving ability. Many go on to excel in roles across technology, research, finance, and data-driven industries. Typical career paths include Data Scientist, Software Engineer, Quantitative Analyst, and Machine Learning Specialist.

UNSW supports students in translating their skills into meaningful careers through a range of dedicated services and industry connections:

• UNSW Employability Service helps students build professional experience through internships, mentoring, and networking events with leading employers.

• Graduates benefit from UNSW’s strong industry partnerships with organisations such as Microsoft, Atlassian, Deloitte, and CSIRO, giving students access to real-world projects and career pathways.

• According to the UNSW Graduate Outcomes Survey, over 90% of science and technology graduates find full-time employment or pursue further study within four months of graduating.

• UNSW ranks 1st in Australia for graduate employability (QS Graduate Employability Rankings 2024), reflecting the long-term value and global recognition of its degrees.

• This double degree’s accredited and research-led curriculum ensures that graduates meet international professional standards and are prepared for emerging fields in AI, data analytics, and computational modelling.

Further Academic Progression:
After completing this program, students can progress into advanced research or professional study. Many pursue a Master of Data Science, Master of Information Technology, or a PhD in Computer Science, Applied Mathematics, or Artificial Intelligence at UNSW or other leading global universities. This pathway positions graduates to contribute to innovation, research, and leadership in technology and science sectors.