Bachelor of Engineering Honours(Chemical and Biomolecular Engineering) and Bachelor of Commerce

5 Years On Campus Bachelors Program

University of Sydney

Program Overview

At University of Sydney, this 5.5-year combined degree brings together advanced engineering expertise with strong commercial and leadership knowledge, making it ideal for students who want to solve real-world industrial and environmental challenges while also understanding business strategy, innovation, and global markets. The program is delivered primarily at the Camperdown/Darlington campus in Sydney, which is the university’s main campus and home to both the Faculty of Engineering and the Business School.

Students develop technical capabilities in chemical process design, biomolecular systems, sustainability, and manufacturing alongside business skills in finance, economics, management, and commercialisation. The degree particularly suits students interested in careers that combine engineering innovation with business decision-making, such as sustainable energy, consulting, process engineering, operations management, biotechnology, and industrial leadership.

Curriculum Structure

Year 1

The first year builds a strong scientific, mathematical, and business foundation while introducing students to engineering problem-solving and commercial thinking. Students study core units such as Calculus and Linear Algebra, Chemistry for Engineers, and Introduction to Engineering, while commerce studies often begin with subjects like Accounting, Economics, and Business Analytics. This combination helps students understand both technical systems and how organisations operate within competitive industries.

Year 2

In the second year, students move deeper into chemical and biomolecular engineering concepts while continuing business studies. Engineering units commonly include Mass and Energy Balances, Fluid Mechanics, and Thermodynamics, giving students practical knowledge of industrial processes and system design. At the same time, commerce subjects strengthen analytical and managerial skills through areas such as finance, marketing, and business law.

Year 3

Third year focuses on applying engineering theory to real industrial and environmental challenges. Students explore subjects such as Transport Phenomena, Reaction Engineering, and Process Design, while learning how chemical plants and biomolecular systems are developed, controlled, and optimised. Commerce studies become more specialised through majors and electives, allowing students to align their business knowledge with industries like consulting, operations, or entrepreneurship.

Year 4

Students begin advanced professional and industry-focused learning in fourth year through multidisciplinary projects and specialised engineering electives. Units related to Process Control, Separation Processes, and Sustainable Engineering prepare students for large-scale industrial applications, environmental management, and emerging technologies. The commerce component continues with advanced strategic and leadership-oriented subjects that strengthen communication, innovation, and decision-making capabilities.

Year 5 and Honours

The final stage of the degree centres on honours-level research, industry engagement, and professional practice. Students complete significant engineering design or research projects while participating in the university’s Professional Engagement Program (PEP), gaining hands-on industry exposure and workplace experience. By graduation, students are prepared to manage technically complex projects while also understanding commercial strategy, operations, and organisational leadership.

Focus Areas

Chemical process engineering, biomolecular engineering, sustainability, water and environmental treatment, reaction engineering, thermodynamics, process optimisation, industrial innovation, business analytics, finance, management, entrepreneurship, commercialisation

Learning Outcomes

Develop expertise in chemical and biomolecular engineering principles; design and optimise industrial processes and systems; apply thermodynamics, transport phenomena, and reaction engineering concepts; solve complex engineering challenges; evaluate sustainability and environmental impacts; communicate professionally across multidisciplinary teams; combine technical engineering knowledge with commercial and managerial decision-making.

Professional Alignment (Accreditation)

The engineering component is accredited by Engineers Australia and recognised under international engineering agreements including the Washington Accord, supporting global professional recognition for graduates.

Reputation (Employability Rankings)

University of Sydney is consistently recognised as one of Australia’s leading universities for engineering and business education. The university is globally ranked in QS subject rankings for engineering disciplines and is widely respected by employers for producing graduates with strong technical expertise, leadership ability, and industry readiness.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor of Engineering Honours (Chemical and Biomolecular Engineering) and Bachelor of Commerce at the University of Sydney is designed to give students hands-on experience from the beginning of the degree. Students work in advanced engineering laboratories, participate in project-based learning, and apply business knowledge to real industry challenges through practical design tasks, process simulations, and collaborative industry engagement. The program combines technical engineering training with commercial problem-solving, helping students build the confidence to work across industries such as energy, biotechnology, sustainability, manufacturing, consulting, and finance.

Students also benefit from the university’s strong research environment, industry-connected learning model, and access to multidisciplinary institutes such as the Sydney Nano Institute and Net Zero Institute. Through laboratory practice, industrial projects, engineering workshops, and commerce-based teamwork, students graduate with practical experience that mirrors professional engineering and business environments:

Professional Engagement Program (PEP) : Students complete the university’s engineering-focused Professional Engagement Program, where they develop employability skills, professional communication, leadership abilities, and industry awareness through workshops, engineering activities, and workplace experiences.
Industrial Project Experience : High-performing students may undertake the Major Industrial Project, working on real engineering investigations and sustainability-focused projects within industrial environments while producing professional technical reports and presentations.
Pilot Plant Training : Students gain operational experience with process plants and pilot plants through laboratory-based units such as Laboratory and Industrial Practice, where they work with systems involving distillation, filtration, crystallisation, fermentation, reverse osmosis, and heat transfer.
Process Simulation Software : The program includes process modelling, flowsheet analysis, optimisation, and control-system learning using engineering computational and flowsheeting software integrated into process design projects.
Group Design Projects : Students participate in interdisciplinary and project-based learning activities where they design chemical and biomolecular processes, analyse plant systems, and collaborate in engineering teams to solve industry-style problems.
Immersive Learning Laboratory : Engineering students have access to the university’s Immersive Learning Laboratory, one of Australia’s largest VR-enabled engineering learning spaces, allowing students to experience simulated industrial and engineering environments.
Research Institutes : Students learn alongside researchers connected with the Sydney Nano Institute and Net Zero Institute, exposing them to emerging technologies in nanotechnology, renewable energy, biomolecular engineering, and sustainable systems.
Specialised Engineering Laboratories : The Faculty of Engineering provides access to facilities such as Chemical Engineering Analytical Services laboratories, advanced materials laboratories, clean combustion laboratories, fluids laboratories, and environmental engineering facilities.
Biotechnology and Biomolecular Exposure : Students explore practical applications of biochemical engineering and biotechnology through laboratory work and industry-relevant case studies linked to pharmaceutical, biotech, and food-processing industries.
Commerce Integration : Commerce studies include collaborative business projects, case analyses, presentations, and strategic decision-making exercises that complement engineering innovation with commercial understanding.
Engineering Libraries and Digital Resources : Students can access the University of Sydney’s extensive engineering and business library resources, research databases, collaborative study spaces, and digital learning platforms that support both technical and commercial studies.
Industry Advisory Connections : The School of Chemical and Biomolecular Engineering maintains an Industry Advisory Committee with leaders from engineering, energy, consulting, and manufacturing sectors, helping align student learning with current industry expectations.

Progression & Future Opportunities

Graduates of the Bachelor of Engineering Honours (Chemical and Biomolecular Engineering) and Bachelor of Commerce from the University of Sydney are well positioned for careers that combine technical engineering expertise with commercial and strategic decision-making. The degree prepares students to work across industries such as energy, biotechnology, pharmaceuticals, consulting, manufacturing, finance, sustainability, and infrastructure, where professionals with both engineering and business capabilities are highly valued. Typical career outcomes include Chemical Engineer, Process Engineer, Management Consultant, Sustainability Analyst, Operations Manager, Biotechnology Engineer, Project Engineer, and Commercial Analyst.

The program’s combination of engineering accreditation, practical industry engagement, and commerce specialisation gives graduates strong long-term employability advantages across both technical and managerial sectors:

Career Services : Students receive support through the University of Sydney Careers Centre, which provides career coaching, resume and interview workshops, employer networking events, internship guidance, and access to graduate recruitment opportunities.
Professional Engagement Program (PEP) : Engineering students complete the university’s Professional Engagement Program, where they build workplace communication, leadership, teamwork, and industry-readiness skills through practical activities and professional development experiences.
Industry Partnerships : The Faculty of Engineering collaborates with industry organisations across energy, manufacturing, biotechnology, consulting, and infrastructure sectors, giving students opportunities for industry-linked projects, networking, and professional exposure.
Business School Industry Connections : Commerce students benefit from engagement with corporate partners, industry case competitions, consulting-style projects, and employer presentations delivered through the University of Sydney Business School.
Employment Outcomes : University of Sydney graduates are recognised globally for employability, with employers valuing the university’s strong balance of academic excellence, industry engagement, and practical learning.
Median Salary : Engineering and commerce graduates from the University of Sydney commonly achieve median full-time graduate salaries ranging from AUD $75,000–$95,000+, depending on industry, role, and specialisation.
Global Accreditation Advantage : The engineering component is accredited by Engineers Australia and recognised under the Washington Accord, supporting international professional recognition and career mobility in multiple countries.
Research and Innovation Exposure : Students gain exposure to innovation-focused institutes such as the Sydney Nano Institute and Net Zero Institute, helping graduates develop expertise in emerging technologies, sustainability, renewable energy, and advanced manufacturing.
Graduate Employability Reputation : The University of Sydney consistently ranks among Australia’s leading universities for graduate employability and industry reputation, particularly across engineering, technology, and business disciplines.
Leadership and Commercial Skills : The integrated commerce component gives graduates a competitive edge for leadership, consulting, operations management, entrepreneurship, and executive-track career pathways.

Further Academic Progression:
After completing this combined degree, graduates may continue into advanced postgraduate study in areas such as Chemical Engineering, Biomolecular Engineering, Biotechnology, Sustainability Engineering, Energy Systems, Data Analytics, Finance, Management, or Business Administration. Students interested in research and innovation may also pursue Master by Research or PhD programs through the University of Sydney’s engineering and business faculties, particularly in fields connected to clean energy, advanced materials, biotechnology, process systems, and industrial sustainability.