Bachelor of Engineering (Honours) CHEMICAL ENGINEERING

4 Years On Campus Bachelors Program

Monash University

Program Overview

The Bachelor of Engineering (Honours) in Chemical Engineering at Monash University is a four-year program that transforms raw materials into innovative products while tackling real-world challenges like sustainability and energy efficiency—perfect for students passionate about science, problem-solving, and making a global impact. You'll start with a common first year to explore engineering basics before specializing, gaining hands-on skills through industry projects and 420 hours of professional development that set you up for immediate career success.

### Curriculum Structure
Year 1
Your first year is a shared foundation across engineering disciplines, building essential scientific and design skills while introducing you to the interactions between engineering and society—think core units like mathematics, physics, and chemistry to solidify your base. This flexible start lets you sample chemical engineering topics early, such as through CHM1011 or CHM1051 if chosen as breadth studies, before applying to specialize at the end of the year.

Year 2
Diving into chemical engineering fundamentals, you'll master mass and energy balances, fluid flow, and core principles that underpin how materials and energy transform into useful products. Units like ENG2005 Advanced Engineering and CHE2161 build your technical toolkit, preparing you for real industry applications with a focus on practical problem-solving.

Year 3
Here, you'll tackle the design of chemical plants and equipment, integrating environmental impact and safety into every process to create efficient, sustainable solutions. Choose two of four technical electives (each with specialized units) alongside core studies, honing skills in areas like reaction engineering while advancing your expertise.

Year 4
Culminate with advanced projects, honors research, and industry-linked experiences like the Engineering Leadership Program or Monash Industry Team Initiative, applying everything to capstone designs and professional challenges. This year polishes your ability to innovate in areas like cleaner production and new materials, ensuring you're graduation-ready.

Focus Areas
Specialize in cutting-edge topics like reaction engineering, process design, environmental protection, pollution control, energy conservation, and sustainable materials—turning raw resources into everyday essentials like fuels, electronics, and pharmaceuticals with minimal environmental footprint.

Learning Outcomes
Graduates emerge as creative problem-solvers skilled in designing safe, profitable processes; conducting environmental studies; developing alternative energies; and leading teams in industry, with strong theoretical and practical preparation for global engineering roles.

Professional Alignment (Accreditation)
Fully accredited by Engineers Australia, IChemE, and the Institution of Chemical Engineers (UK), your degree meets international standards and is recognized in 21 countries, qualifying you as a professional engineer right after graduation.

Reputation (Employability Rankings)
Monash Chemical Engineering ranks #1 in Australia and #43 globally (QS), with 93.3% of graduates landing full-time jobs within four months—thanks to our world-leading researchers, prizewinning teams like Monash Carbon Capture, and unbeatable industry ties.

Ready to kickstart your future? Apply now at [Monash Chemical Engineering](https://www.monash.edu/engineering/future-students/undergraduate-study/specialisations/chemical).

Experiential Learning (Research, Projects, Internships etc.)

At Monash University, our Bachelor of Engineering (Honours) in Chemical Engineering puts practical skills front and center, so you're not just learning theory—you're building real-world expertise from day one. You'll dive into hands-on projects designing chemical plants, mastering mass and energy balances, fluid flow, and sustainable processes, all supported by world-class facilities like the Woodside Building for Technology and Design and the Monash Centre for Membrane Innovation (MCMI). These spaces give you access to cutting-edge tools, from powerful microscopes to immersive VR environments, preparing you to innovate in industries like energy, pharmaceuticals, and sustainability—where 93.3% of our grads land full-time jobs within four months.

This means you'll gain irreplaceable experience through:
- Industry-based internships and integrated training: High-achievers spend 4-5 months at company sites, earning credit toward your degree while tackling real chemical engineering challenges.
- Group projects and team initiatives: Join prizewinning student teams like Monash Carbon Capture and Conversion, plus the Monash Industry Team Initiative for collaborative problem-solving on industry problems.
- Advanced laboratories and research facilities: Work in the Department of Chemical Engineering's state-of-the-art labs, including the TITAN Microscope (one of the world's most powerful electron microscopes) and Monash Makerspace for prototyping ideas from concept to reality.
- Design-focused learning in specialized spaces: Use the Woodside Building's dynamic interactive areas and next-gen 2D/3D virtual reality for simulating chemical processes and plant designs.
- Research institutes and enrichment programs: Engage with the Monash Centre for Membrane Innovation (MCMI) and programs like the Summer Research Program or Engineering Leadership Program for hands-on exposure to pioneering work in bioprocessing and sustainable manufacturing.

Imagine turning your passion for chemical engineering into a career where you're leading breakthroughs—Monash is ranked #1 in Australia and #43 globally, accredited by Engineers Australia, and packed with these opportunities to make it happen. Ready to apply? Check the full facilities list here: [Monash Engineering Facilities](https://www.monash.edu/engineering/future-students/undergraduate-study/specialisations/chemical). Let's chat about your next steps!

Progression & Future Opportunities

At Monash University, our Bachelor of Engineering (Honours) in Chemical Engineering puts practical skills front and center, so you're not just learning theory—you're building real-world expertise from day one. You'll dive into hands-on projects using cutting-edge facilities like the Woodside Building for Technology and Design, where you can experiment with dynamic interactive learning spaces and advanced tools that mirror industry setups. High-achievers even get integrated industry training, spending four to five months at a company site for credits toward your degree, plus opportunities like the Monash Industry Team Initiative and prizewinning teams such as Monash Carbon Capture and Conversion.

This builds directly into specific experiential opportunities tailored for chemical engineering students:
- World-class labs and research facilities: Access the Monash Centre for Membrane Innovation (MCMI), TITAN Microscope (one of the world's most powerful electron microscopes), and dedicated spaces in the Department of Chemical Engineering for bioprocessing, reaction engineering, and plant design simulations.
- Industry internships and placements: Join the Integrated Industry Training program for 4-5 months of on-site experience with leading companies, plus the Monash Industry Team Initiative for team-based industry challenges.
- Group projects and team initiatives: Work on prizewinning student teams like Monash Carbon Capture and Conversion, plus third- and fourth-year projects designing chemical plants with environmental and safety focus, often with industry guest lecturers.
- Makerspaces and digital tools: Use the Monash Makerspace to prototype ideas, plus next-generation immersive hybrid 2D/3D virtual reality environments and computer-aided design/simulation software in the Woodside Building.
- Enrichment programs: Participate in the Engineering Leadership Program, Summer Research Program, and work alongside leading researchers in chemical engineering science.

These experiences, backed by our #1 ranking in Australia for chemical engineering and 93.3% graduate employment rate, make Monash grads incredibly employable—imagine turning your passion into a career transforming raw materials into everything from sustainable fuels to life-saving meds. Ready to take the next step? Check the full facilities list and apply today: https://www.monash.edu/engineering/future-students/undergraduate-study/specialisations/chemical