University of Technology Sydney

What you'll study

The Bachelor of Science (Flexible) provides a broad grounding in foundational scientific concepts and practical laboratory, field and computational skills, while allowing you to tailor your degree through chosen majors, minors and electives. Core study typically covers scientific methods, statistics and data analysis, research design, professional practice and communication skills.

• Majors and minors: Students can choose from a range of disciplinary majors such as Biotechnology, Molecular Biology, Chemistry, Physics, Environmental Science, Mathematical Science/Data Science, and Applied Biology, alongside minors that may be drawn from allied areas to complement study plans.
• Practical work: Laboratory classes, fieldwork, computing and data-analysis labs form a substantial part of many streams, with training in contemporary techniques such as molecular methods, analytical chemistry, ecological survey methods and scientific programming.
• Capstone and industry experience: The degree emphasises project-based learning with options for capstone projects, research-led projects, internships or industry placement units that connect study to professional contexts.
• Advanced pathways: High-performing students may elect to progress to an honours year or transition into postgraduate coursework or research degrees to specialise further.

Entry requirements

Entry is typically based on satisfactory completion of secondary school qualifications (such as state Year 12/Tertiary Entrance/IB) or recognised alternative qualifications and meeting the University’s English-language requirements. Selection usually considers overall scores (for example ATAR-equivalent) and subject prerequisites where relevant.

• Prerequisites: Some majors require prior study in mathematics and/or science at senior secondary level (for example chemistry, biology or mathematics). Check specific major requirements before applying.
• Alternative entry pathways: Applicants with TAFE or vocational qualifications, prior tertiary study, work experience or recognised prior learning may be eligible through alternative entry schemes or pathways.
• International applicants: Must meet equivalent academic and English-language standards as specified by the University.

Career prospects

Graduates leave with a combination of theoretical knowledge and practical skills that are applicable across research, industry and government roles. Career paths reflect the flexible nature of the program and the majors chosen.

• Laboratory and technical roles: Research assistant, laboratory technician, quality control and analytical roles in biotechnology, pharmaceuticals, food and chemical industries.
• Data and computational roles: Data analyst, bioinformatician or roles in environmental modelling and statistical analysis where quantitative and programming skills are in demand.
• Environmental and field roles: Environmental consultant, conservation officer, ecological surveyor or natural resource manager for graduates with environmental science or ecology majors.
• Further study and research: Many graduates undertake honours, postgraduate coursework or research degrees to pursue specialised scientific research, clinical laboratory science, teaching or postgraduate professional careers.
• Other professional pathways: Science communication, patent and regulatory affairs, policy advisory roles, and roles within government agencies and non-government organisations.

Why study at University of Technology Sydney

UTS emphasises practice-oriented, industry-linked science education with strong emphasis on hands-on learning, collaborative projects and connections to research and industry partners. Facilities include modern laboratories, field equipment and computing resources that support contemporary experimental and data-driven science.

• Industry engagement: The program offers opportunities for internships, placements and industry projects that help build professional networks and employable skills.
• Interdisciplinary flexibility: The flexible structure allows you to combine science study with complementary disciplines, tailoring the degree to your career goals.
• Research opportunities: UTS research units and supervisors provide pathways into undergraduate research projects and honours for students aiming to continue into postgraduate study.