Bachelor of Science (Professional) Majoring in Chemistry

4 Years On Campus Bachelors Program

Swinburne University of Technology

Program Overview

The Bachelor of Science (Professional) Majoring in Chemistry at Swinburne is perfect for students who want to combine a deep understanding of chemistry with real-world professional experience. You’ll explore core chemical principles, analytical and forensic techniques, and advanced applications, while spending time in a professional environment where you can apply what you’ve learned and build skills that employers value.

Curriculum Structure

Year One – Building Strong Foundations
In your first year, you’ll get a solid grounding in the essentials of chemistry and science. Units like Chemistry 1 and Introduction to Chemistry introduce fundamental chemical concepts and laboratory techniques, while courses like Concepts of Biology and Sustainability Challenges in Science give you a broader scientific perspective. By the end of the year, you’ll feel confident conducting experiments safely and analysing data, preparing you for more advanced work.

Year Two – Developing Core Skills and Industry Awareness
Year two focuses on applying your chemistry knowledge to real problems. Alongside core chemistry units, you’ll begin your structured professional experience through units like Integrated Professional Placement A – Science, where you tackle real-world projects and work closely with peers and industry mentors. This helps you build teamwork, problem-solving skills, and practical insights into how chemistry is applied outside the classroom.

Year Three – Deepening Expertise and Professional Experience
In your third year, you’ll alternate between advanced chemistry topics and longer professional placements. Units such as Work Experience in Industry B and Integrated Professional Placement B – Science give you extended time in a workplace setting, helping you understand the applications of chemistry in areas like pharmaceuticals, environmental testing, or materials science. You’ll leave this year with both technical skills and professional confidence.

Year Four – Final Integration and Career Preparation
Your final year is all about tying everything together and preparing for your career. You’ll complete advanced or specialised units like Computational and Advanced Organic Chemistry and wrap up any remaining professional experience. By the end of the year, you’ll graduate with strong academic knowledge and real-world experience that makes you highly employable.

Focus Areas

Chemistry fundamentals, analytical and polymer chemistry, environmental and forensic chemistry, laboratory practice, research skills, industry-linked projects, professional placements.

Learning Outcomes

Graduates will be able to conduct and interpret chemical experiments, apply scientific principles to solve real-world problems, work effectively in professional science environments, communicate results clearly, and demonstrate workplace readiness through extended professional experience.

Professional Alignment (Accreditation)

This degree is accredited by the Royal Australian Chemical Institute (RACI), ensuring your qualification meets professional standards and supports membership and recognition within the chemistry community.

Reputation (Employability Rankings)

Swinburne is known for its industry-focused approach and strong graduate employability. Its science programs rank highly nationally and internationally, with top positions in physical sciences subject areas, reflecting both teaching quality and research strength.

Experiential Learning (Research, Projects, Internships etc.)

At Swinburne, learning chemistry goes far beyond lectures. From day one, you’ll spend time in purpose-built laboratories, conducting experiments, using advanced instruments, and analysing real data — all while learning the practical skills that make you job-ready. A standout feature of this program is the 12-month professional placement, where you apply your knowledge in a real workplace, develop professional confidence, and build connections with potential employers:

Here’s what your hands-on experience will include:

12‑month Work Integrated Learning placement, allowing you to gain real-world experience in a professional science environment through units like Work Experience in Industry and Integrated Professional Placement – Science.
Industry-linked projects throughout the degree, where you solve real scientific problems, collaborate in teams, and develop project management skills.
State-of-the-art chemistry and biotechnology laboratories, designed for applied and industrial research, giving you hands-on experience in analytical chemistry, environmental testing, and lab techniques.
Advanced research facilities, including specialised labs and platforms that support cutting-edge investigations and collaboration with industry partners.
Libraries and digital research tools, giving you access to scientific literature, databases, and resources to support experiments, reports, and projects.

Progression & Future Opportunities

Graduating from the Bachelor of Science (Professional) with a major in Chemistry at Swinburne opens doors to a variety of exciting science careers. Many graduates go on to work as analytical chemists, research scientists, forensic or environmental scientists, or pharmaceutical scientists, combining their technical expertise with the hands-on professional experience gained during the degree. Because the program includes a full year of industry placement and integrated work projects, you’ll leave not just with knowledge but with practical skills and professional connections that make you highly employable:

Career support services: Swinburne’s Careers & Employability team provides personalised help with resumes, interviews, and LinkedIn profiles. You’ll also have access to SwinEmploy, the university’s job and internship platform, which connects students directly with employers.
Strong employment outcomes: Swinburne graduates enjoy excellent prospects, with many securing full-time roles soon after graduation. Employers value the combination of academic knowledge and practical workplace experience.
Industry partnerships and Work Integrated Learning (WIL): The program’s WIL approach embeds real-world projects and professional placements into your degree, giving you hands-on experience and connections that often lead to job offers directly from your placement.
Accreditation and professional value: The degree is recognised by the Royal Australian Chemical Institute (RACI), which ensures your qualification meets professional standards and is valued by employers in chemistry and related fields.
Graduation outcomes: You’ll leave with strong laboratory skills, research experience, and professional confidence, ready to pursue roles in laboratories, government agencies, research institutes, or industrial settings.

Further Academic Progression:
After completing this degree, you can expand your expertise through an Honours year in Science, which focuses on research and strengthens your skills for postgraduate study. From there, you might pursue a Master of Science or specialised postgraduate program in areas such as environmental chemistry, pharmaceuticals, or materials science. For those interested in research or academic careers, a PhD opens doors to advanced research roles, teaching opportunities, and leadership positions in science and innovation.