Science
Bachelor of Science
Learning Mode
Full Time
Duration
3 Years
Start date
March, July
Qualification
Bachelor Degree (AQF Level 7)
Fees
AUD 48,290
Location
City Campus (Sydney)
About the Course
The Bachelor of Science at the University of Technology Sydney (UTS) is a dynamic and hands-on program designed to cultivate critical thinking, scientific inquiry, and practical problem-solving skills across a diverse range of scientific disciplines. UTS is renowned for its commitment to industry-relevant education, and this degree integrates rigorous scientific theory with extensive laboratory work, cutting-edge facilities, and opportunities for real-world research. You will develop a deep understanding of scientific principles in your chosen major and learn to apply them to address complex challenges in health, technology, environment, and society.
The program offers a broad spectrum of majors, including Applied Chemistry, Applied Physics, Biotechnology, Environmental Sciences, Forensic Science, Mathematics, and Medical Science, allowing you to specialised in an area that aligns with your passions and career aspirations. A distinguishing feature is the strong emphasis on practical, inquiry-based learning and the opportunity to engage in research projects, ensuring you gain valuable laboratory and analytical experience. Taught by leading academics and active researchers, the UTS Bachelor of Science prepares you to be an innovative, adaptable, and highly skilled scientist in a wide array of industries.
Career prospects
Graduates of the Bachelor of Science from UTS are highly employable and valued for their analytical skills, research capabilities, and practical laboratory experience. This degree prepares you for a diverse range of roles in research and development, quality control, data analysis, scientific consulting, and technical support across industries such as pharmaceuticals, biotechnology, environmental management, forensic services, and scientific research. You will be equipped to contribute to scientific advancement and solve pressing global issues.
Why choose Science at UTS?
Industry Connected
Gain real-world skills through lab work, fieldwork, and projects starting in your first year.
Global Opportunities
Study in advanced labs with cutting-edge technology, supporting high-quality experimentation and scientific discovery.
Professional Accreditation
Collaborate with researchers and industry experts, gaining insights and experience for future science careers.
Course Overview
The Bachelor of Science (C10200) at UTS is a 144-credit point (3-year full-time equivalent) undergraduate degree that offers a flexible and comprehensive education across a variety of scientific disciplines. The program is designed to develop scientifically literate graduates with strong analytical, problem-solving, and communication skills.
The course structure typically includes:
- Core Science Foundations: Introductory subjects covering fundamental concepts in chemistry, biology, physics, and mathematics, providing a broad scientific literacy.
- Majors and Sub-majors: Students choose a primary major and can elect to complete a second major or sub-majors, allowing for specialization in areas such as:
- Applied Chemistry
- Applied Physics
- Biotechnology
- Environmental Sciences
- Forensic Science
- Mathematics
- Medical Science
- Statistics
- Inquiry-Based and Project Learning: Emphasis on laboratory work, fieldwork, and independent research projects to develop practical skills and scientific inquiry.
- Professional Stream (optional): Opportunity to undertake professional placements or internships to gain industry experience.
This program fosters adaptable and highly skilled scientists ready for diverse career paths or further postgraduate study.
Course Duration
Length of the course
- 3 years full-time
Mode of Study for international students:
- Full-time enrolment is generally required for international students to comply with visa regulations.
Course Curriculum
The Bachelor of Science curriculum at UTS is designed for progressive skill development, moving from foundational scientific principles to specialised knowledge and advanced research methodologies, with a strong emphasis on hands-on application.
- Year 1: Foundational Science and Exploration This year introduces core concepts across fundamental scientific disciplines, including chemistry, biology, physics, and introductory mathematics. Students gain essential laboratory skills and begin to explore different scientific fields before confirming their major.
- Year 2: Major Specialization and Intermediate Scientific Skills Students deepen their knowledge within their chosen major (e.g., Biotechnology, Environmental Sciences). This year focuses on intermediate-level theoretical concepts, advanced laboratory techniques, and more complex data analysis within their specialization.
- Year 3: Advanced Topics, Research, and Professional Practice The final year delves into advanced topics within the chosen major. It often includes opportunities for an independent research project or advanced practical applications, allowing students to integrate their knowledge and contribute to scientific inquiry. Units on scientific communication, ethics, and professional practice prepare students for careers or further study.
Admission Requirements
Entry Criteria
- Academic qualifications Applicants must have successfully completed Australian Year 12 (HSC) or equivalent, with a competitive ATAR or equivalent international qualification.
- Prerequisites: Minimum Band 4 in English Advanced, English Standard, English as an Additional Language (EAL/D).
- Recommended Studies: Depending on the chosen major, strong performance in specific science subjects (e.g., Chemistry, Biology, Physics) and Mathematics Advanced or higher is highly recommended.
- Prior Tertiary Study: Applicants with prior tertiary studies in related fields may be considered, and credit for prior learning may be available.
- Non-Academic Requirements:
- No formal non-academic requirements; however, a genuine interest in scientific inquiry and problem-solving is crucial.
Language Proficiency
- English language requirements (e.g., IELTS, TOEFL) For international applicants, demonstrated proficiency in English is mandatory. This is typically evidenced by:
- IELTS Academic: Overall band score of 6.5, with no band less than 6.0.
- TOEFL iBT: Minimum score of 79, with specific minimum scores for listening (16), reading (13), speaking (18), and writing (21).
- PTE Academic: Overall score of 58, with no communicative skill score less than 50.
Fees and Funding
Tuition Fees:
- AUD 48,290 (Undergraduate – per 1 year full-time for international students).
Scholarships and Bursaries: UTS offers a range of scholarships and financial aid opportunities to support eligible students in their Bachelor of Science studies. These include:
- UTS International Scholarships: Various scholarships for high-achieving international students across different disciplines.
- Faculty of Science Scholarships: Specific scholarships for students demonstrating academic excellence or potential within scientific fields.
- Research Scholarships: Opportunities for students undertaking research projects or transitioning to postgraduate research.
- Various other bursaries and support schemes are available, designed to assist students with their study costs and enhance their educational experience.
Career Opportunities
Graduates of UTS’s Bachelor of Science are highly versatile professionals, equipped with strong analytical, research, and problem-solving skills, making them valuable across a wide range of industries and scientific fields.
Common career paths include: Research Assistant, Laboratory Scientist, Quality Control Analyst, Data Analyst, Environmental Consultant, Forensic Scientist, Science Communicator, Product Development Assistant, Technical Sales Representative, or roles in education. Industries include pharmaceuticals, biotechnology, medical research, environmental consulting, government agencies, food and beverage, manufacturing, and education. This degree also provides an excellent foundation for further postgraduate studies in specialised scientific fields, medicine, or research.
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