Bachelors of Engineering (Honours) (Chemical Engineering) / Arts

5 Years On Campus Bachelors Program

University of Queensland

Program Overview

The The University of Queensland Bachelor of Engineering (Honours) (Chemical Engineering) / Arts is a dynamic 5-year dual degree that combines advanced engineering expertise with the creativity, communication, and critical thinking skills developed through arts studies. Delivered across the St Lucia, Gatton, Herston, and Dutton Park campuses, this program is ideal for students who want to build technical chemical engineering knowledge while also exploring areas such as international studies, communication, politics, sociology, languages, or humanities to broaden their career opportunities in global industries.

Curriculum Structure

Year 1

In the first year, students establish strong foundations in mathematics, chemistry, engineering design, and academic communication while beginning their arts specialisation. Core subjects such as Engineering Modelling and Problem Solving, Process Principles, and introductory Arts courses help students develop analytical thinking, scientific understanding, and communication skills essential for interdisciplinary careers.

Year 2

Second year introduces students to the core principles of chemical engineering systems and industrial processes while continuing studies in their chosen Arts discipline. Courses including Fluid and Particle Mechanics, Energy and Mass Flows, and Arts electives strengthen both technical engineering capability and broader social, cultural, or policy awareness.

Year 3

By third year, students begin advanced chemical engineering analysis and process design while developing deeper expertise in their Arts major. Subjects such as Thermodynamics, Process Equipment and Control Systems, and higher-level Arts courses encourage students to connect engineering innovation with communication, ethics, society, and global challenges.

Year 4

Fourth year focuses on specialised engineering applications, collaborative projects, and practical problem-solving experiences. Students engage with advanced subjects including Chemical Reaction Engineering, engineering design projects, and specialised Arts studies that help them understand the wider economic, political, environmental, and cultural impacts of engineering solutions.

Year 5

In the final year, students complete an honours-level engineering research project that integrates technical expertise, innovation, and professional practice. The capstone experience allows students to apply chemical engineering knowledge to real-world industry challenges while graduating with a versatile interdisciplinary skill set that combines engineering precision with strong communication and critical thinking abilities.

Focus Areas

Chemical process engineering, sustainability, renewable energy, process systems design, industrial innovation, communication, global studies, ethics, environmental management, leadership, interdisciplinary problem-solving

Learning Outcomes

Develop advanced chemical engineering knowledge, design and optimise industrial processes, apply sustainable engineering solutions, communicate effectively across technical and non-technical environments, analyse social and global challenges, and integrate engineering expertise with critical thinking and leadership skills

Professional Alignment (Accreditation)

The engineering component of the program is accredited by Engineers Australia, enabling graduates to pursue professional engineer status and internationally recognised engineering qualifications.

Reputation (Employability Rankings)

The University of Queensland is ranked among the world’s leading universities for engineering and technology and is internationally recognised for graduate employability, research excellence, and industry engagement. UQ consistently performs strongly in global rankings including the QS World University Rankings and Times Higher Education Rankings, enhancing graduate career opportunities across engineering and interdisciplinary industries.

Experiential Learning (Research, Projects, Internships etc.)

Students in The University of Queensland’s Bachelor of Engineering (Honours) (Chemical Engineering) / Arts gain hands-on experience through advanced engineering laboratories, collaborative design projects, research activities, and interdisciplinary learning opportunities that connect engineering with social, cultural, and global perspectives. The program combines technical chemical engineering training with Arts-based communication and analytical skills, helping students build practical industry knowledge while understanding the broader impact of engineering solutions on society, policy, sustainability, and international development. Through access to world-class facilities, research institutes, engineering technologies, and collaborative learning spaces, students graduate with both technical capability and strong professional communication skills:

Chemical Engineering Laboratories: Students undertake practical experiments in fluid mechanics, thermodynamics, heat transfer, process control, and reaction engineering using industry-standard laboratory equipment and pilot-scale systems.
Process Simulation and Engineering Software: Students develop digital engineering skills using professional tools such as Aspen Plus, MATLAB, and computational modelling platforms for process analysis, optimisation, and systems design.
Engineering Design Projects: Team-based projects throughout the degree allow students to solve real engineering problems related to sustainability, industrial efficiency, process safety, and environmental performance.
Honours Research Project: In the final year, students complete an independent research project connected to areas such as renewable energy, advanced materials, environmental engineering, biotechnology, or industrial process innovation.
Interdisciplinary Learning Opportunities: The Arts component encourages students to integrate engineering with disciplines such as communication, international studies, sociology, politics, ethics, history, or languages, helping students understand the social and global dimensions of engineering practice.
Industry Engagement and Internships: Students can access industry placements, vacation work opportunities, networking events, and employer engagement activities through UQ’s engineering industry partnerships.
Australian Institute for Bioengineering and Nanotechnology (AIBN): Students benefit from exposure to cutting-edge interdisciplinary research involving biotechnology, nanotechnology, sustainable processing, and medical innovation.
Sustainable Minerals Institute (SMI): Students gain insight into sustainable resource management, environmental responsibility, clean energy technologies, and industrial innovation through research-linked activities.
Advanced Engineering Learning Spaces: UQ provides collaborative engineering studios, computer laboratories, and innovation spaces that support group projects, technical workshops, and problem-solving activities.
UQ Libraries and Research Resources: Students have access to extensive engineering databases, scientific journals, humanities resources, digital archives, and collaborative study facilities across UQ campuses.
Communication and Professional Skills Development: Arts studies strengthen written communication, presentation, policy analysis, and intercultural understanding, which are highly valued in leadership and global engineering careers.
Global and Sustainability Focus: Students explore how engineering solutions interact with environmental sustainability, economics, policy, and society, preparing them for multidisciplinary and internationally focused careers.

Progression & Future Opportunities

Graduates of The University of Queensland’s Bachelor of Engineering (Honours) (Chemical Engineering) / Arts are equipped with a rare combination of technical engineering expertise and strong communication, analytical, and social awareness skills. This interdisciplinary profile prepares graduates for leadership roles across engineering, sustainability, consulting, policy, energy, manufacturing, and international industries where both technical knowledge and human-centred thinking are highly valued. Typical career outcomes include Chemical Engineer, Process Engineer, Environmental Consultant, and Sustainability or Policy Advisor:

UQ Careers and Employability Support: Students benefit from the university’s dedicated Careers and Employability Service, which provides resume workshops, interview preparation, career consultations, employer networking events, internship guidance, and graduate recruitment support.
Industry Engagement Opportunities: UQ engineering students can participate in industry placements, vacation work, mentoring programs, and collaborative projects with employers across the engineering, resources, energy, biotechnology, and sustainability sectors.
Interdisciplinary Career Advantage: The Arts component strengthens communication, leadership, critical thinking, and intercultural understanding, giving graduates an advantage in management, consulting, international development, policy, and globally focused engineering careers.
University–Industry Partnerships: UQ maintains strong industry relationships with organisations connected to sectors such as renewable energy, mining, manufacturing, advanced materials, environmental management, and industrial innovation.
Research and Innovation Exposure: Students gain connections to leading research centres including the Australian Institute for Bioengineering and Nanotechnology (AIBN) and the Sustainable Minerals Institute (SMI), supporting pathways into innovation-driven and research-intensive careers.
Professional Accreditation Value: The engineering component is accredited by Engineers Australia, helping graduates pursue professional engineer status and internationally recognised engineering credentials through global engineering agreements.
Graduate Employability Reputation: The University of Queensland is internationally recognised for graduate employability and industry engagement, with engineering graduates highly regarded for their practical training, research capability, and interdisciplinary problem-solving skills.
Median Salary: Engineering graduates in Australia commonly achieve strong graduate employment outcomes, with median early-career salaries for engineering-related fields generally ranging from AUD $75,000–$85,000, with higher long-term earning potential in chemical engineering, consulting, and industrial leadership roles.
Global Career Opportunities: The combination of engineering and arts studies prepares graduates for careers with multinational organisations, government agencies, consulting firms, sustainability-focused industries, and internationally connected engineering companies.

Further Academic Progression:

After completing this dual degree, graduates can continue into specialised postgraduate study in both engineering and arts-related disciplines. Pathways may include a Master of Engineering, Master of Sustainable Energy, Master of Environmental Management, Master of International Relations, or research-focused programs such as a Doctor of Philosophy (PhD) in chemical engineering, sustainability, policy, biotechnology, or interdisciplinary innovation fields. The honours qualification also provides a strong foundation for advanced research and academic careers.