Bachelor of Engineering (Honours) Chemical Engineering

4 Years On Campus Bachelors Program

James Cook University

Program Overview

The Bachelor of Engineering Honours (Chemical Engineering) at James Cook University is a 4-year program designed for students passionate about turning raw materials into innovative products while tackling global challenges like sustainable energy and water treatment—perfect if you love science, problem-solving, and making a real impact in industries from mining to food production. You'll build expertise in chemistry, physics, maths, and engineering design, with hands-on learning at our Townsville campus that connects you directly to industry leaders and exciting career paths.

### Curriculum structure
Year 1 lays a solid foundation in core engineering principles, introducing you to the basics of how materials behave and how to model real-world systems. You'll dive into subjects like Mathematical Methods for problem-solving tools, Chemistry for Engineers to understand reactions at a molecular level, and Introduction to Engineering Design, where you'll start sketching solutions to practical challenges right from the start.

Year 2 ramps up with process-focused learning, teaching you how to design and optimise chemical systems safely and efficiently. Key units include Chemical Process Principles, exploring mass and energy balances in industrial settings, Fluid Mechanics, which covers how liquids and gases flow in pipes and reactors, and Heat and Mass Transfer, essential for everything from cooling systems to purification processes.

Year 3 gets you into advanced applications, blending theory with cutting-edge techniques used in modern industry. You'll study Reaction Engineering, mastering how to control chemical reactions for maximum yield, Process Control and Instrumentation, learning to automate plants with sensors and software, and Separation Processes, like distillation and filtration, to purify products at scale.

Year 4 (Honours year) focuses on your capstone project, where you'll innovate on real industry problems while wrapping up with professional skills. Courses like Advanced Process Design help you engineer full-scale plants sustainably, Chemical Engineering Practice, emphasising safety and ethics, and your Honours Thesis let you research something cutting-edge, like renewable fuels or waste minimisation.

Focus areas: Sustainability in resource processing, water/wastewater treatment, energy production, food manufacturing, minerals extraction, and new materials development—skills that solve tomorrow's big problems.

Learning outcomes: Graduates gain expertise in chemical process design, reaction kinetics, thermodynamics, and sustainable engineering practices, plus strong skills in lab techniques, data analysis, and teamwork for diverse global industries.

Professional alignment (accreditation): Prepares you for Engineers Australia accreditation (standard for all JCU Engineering Honours majors), with chemistry components recognised by the Royal Australian Chemical Institute (RACI) for worldwide professional status.

Reputation (employability rankings): JCU ranks #1 in Queensland for graduate starting salary and full-time employment (Good Universities Guide), with Chemical Engineering grads entering high-demand roles—median salaries over $90,000 early career, leading to roles in environmental science, manufacturing, and mining.

Ready to take the next step? Check out the full details and apply here: [jcu.edu.au/courses/bachelor-of-engineering-honours](https://www.jcu.edu.au/courses/bachelor-of-engineering-honours).

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Engineering Honours (Chemical Engineering) at James Cook University, you'll dive straight into hands-on learning from day one, building real-world skills through lab classes, field trips, and industry-inspired projects that mirror what chemical engineers do every day. Our Townsville campus gives you access to cutting-edge facilities like the Engineering Lab and Pilot Plant and Chemical Engineering Garage, where you can experiment with processes for turning raw materials into products in water treatment, energy, and minerals processing. Plus, with 60 days of mandatory vacation practice (that's 12 weeks of paid industry placements usually in your final year), you'll get that crucial on-the-job experience to hit the ground running after graduation.

Here's what makes experiential learning in this program stand out, all tailored to chemical engineering:
- 60 days of industry placements: Complete professional engineering practice with partners in diverse sectors like food manufacturing, energy production, and minerals processing to apply your skills in real workplaces.
- Laboratory classes and pilot plant work: Hands-on sessions in the dedicated Engineering Lab and Pilot Plant and Chemical Engineering Garage, focusing on chemistry, physics, and design techniques for solving global challenges.
- Field trips: Excursions to local industries for insights into chemical processes, complementing award-winning labs and small-class practicals.
- Project-based assessments: Tackle real-world scenarios and group projects that build teamwork, design thinking, and problem-solving, often linked to industry needs.
- Work Integrated Learning (WIL): Embedded throughout the degree via the College of Science and Engineering, including professional placements to boost employability.

Check out the full facilities list here: [JCU Placements Examples by Study Area](https://www.jcu.edu.au/placements/examples-by-study-area) and [Townsville Campus Map](https://www.jcu.edu.au/about-jcu/campuses/maps/Townsville-Campus-Map-2024.pdf). Ready to turn your passion for chemical engineering into a career? Applying is straightforward—let's get you started today!

Progression & Future Opportunities

# Bachelor of Engineering Honours in Chemical Engineering at JCU

Chemical Engineering at James Cook University is designed to get you career-ready through hands-on learning from day one. You'll combine fundamental chemistry, physics, and mathematics with real-world engineering principles to solve complex global challenges in industries like water treatment, food manufacturing, and minerals processing. The program emphasizes practical application through laboratory classes, field trips, and work experience that bridges the gap between theory and industry practice.

JCU's Chemical Engineering program integrates experiential learning throughout your degree via dedicated facilities and industry partnerships:

- Award-winning laboratories and specialized equipment – Study in cutting-edge facilities including the Engineering Lab and Pilot Plant, where you'll gain hands-on experience with instrumental techniques widely used across the industry
- Twelve weeks of paid professional engineering placement – Complete 60 days of full-time industry work experience, typically in your third or fourth year, working directly with real projects and industry partners
- Real-world scenario-based learning – Engage with in-depth lessons grounded in current industry challenges and design techniques that prepare you to address complex problems
- Field trips and site visits – Visit local industries and companies in the chemistry and engineering sectors to gain practical insights into professional environments
- Work Integrated Learning (WIL) approach – The College of Science and Engineering embeds employability skill development throughout your degree via practical learning activities and workplace-relevant assessments
- Access to expert researchers and professional networks – Learn from leading academics and build connections with industry professionals through your degree

This combination of laboratory work, industry placements, and field-based learning ensures you graduate with both theoretical knowledge and proven practical capabilities that employers value.

For detailed information about campus facilities and resources, visit JCU's Townsville Campus Map.