Bachelor of Engineering (Honours) and Master of Engineering(Civil engineering)

4 Years On Campus Bachelors Program

Monash University

Program Overview

The combined Bachelor of Engineering (Honours) and Master of Engineering in Civil Engineering at Monash University is designed to take you from a strong foundation in engineering right through to advanced technical expertise in just under five years. You’ll gain the skills to design and manage major infrastructure projects, while specialising in areas like water systems, transport, geomechanics, and modern computational methods — perfect for students aiming to become leaders in civil engineering.

Curriculum Structure

This accelerated pathway blends undergraduate and postgraduate learning, so you graduate ready to tackle high-level engineering challenges from day one.

Year 1
You’ll start by building the core engineering skills you’ll need throughout your studies. Units like Engineering Methods, Mathematics for Engineering, and foundational civil engineering subjects help you understand the principles behind how infrastructure shapes our world.

Year 2
This year you’ll dive into specialised civil engineering topics such as Transport and Traffic Systems, Geomechanics, and Water Engineering Principles. You’ll apply your knowledge in labs and project-based work, combining theory with hands-on experience.

Year 3
By the third year, you’ll tackle more complex engineering problems, including Structural Analysis, Infrastructure Dynamics, and integrated systems planning. You’ll also start taking graduate-level units, deepening your knowledge in preparation for professional practice.

Year 4
You’ll focus on advanced topics like Bridge and Transportation System Design, Environmental Engineering Solutions, and Professional Practice and Project Management. This is where you’ll develop both technical expertise and the leadership skills needed for real-world projects.

Final Semester (Master Level)
In your final semester, you’ll complete your Master of Engineering units, applying your skills to real-world infrastructure projects. This includes industry-connected design challenges and opportunities to collaborate on advanced engineering solutions.

Focus areas: civil infrastructure design, water and transport systems, geomechanics, structural analysis, sustainable and smart engineering solutions.

Learning outcomes: you’ll graduate with deep technical knowledge, advanced problem-solving skills, and the confidence to lead complex projects in both public and private sectors.

Professional alignment (Accreditation): the Bachelor of Engineering (Honours) is accredited by Engineers Australia, giving you a professional pathway toward chartered status.

Reputation (employability rankings): Monash Engineering is recognised globally, and graduates consistently enjoy strong employment outcomes in both undergraduate and postgraduate roles.

Experiential Learning (Research, Projects, Internships etc.)

In this combined degree at Monash University, learning goes far beyond lectures and textbooks. You’ll gain hands-on experience that helps you develop the skills employers value, from working on real infrastructure projects to testing ideas in advanced labs. The program gives you multiple ways to apply what you learn, whether through team projects, industry placements, or using the latest engineering tools and technology:

Industry experience and internships: You can take part in practical industry placements, working on real civil engineering projects in areas like transport planning, water systems, or infrastructure design. These experiences give you professional confidence and help you build valuable networks before you graduate.
State-of-the-art engineering facilities: Monash’s Clayton campus offers facilities such as the Alan Finkel Building for Technology and Design, makerspaces, innovation labs, and specialised engineering labs where you can experiment with design, modelling, and fabrication.
Collaborative projects and student teams: Throughout the degree, you’ll work with peers on real-world engineering challenges, developing teamwork, problem-solving, and communication skills that mirror professional practice.
Master-level projects: In your postgraduate year, you’ll take on industry-connected projects, applying advanced methods and leadership skills to complex infrastructure problems.
Engineering software and digital tools: You’ll use industry-standard modelling, analysis, and design software across your coursework, ensuring you’re ready to handle the tools used by civil engineers in the field.

Progression & Future Opportunities

Graduating from this combined engineering degree gives you the skills and confidence to step straight into meaningful, high-impact careers. You’ll be ready for roles such as Civil Engineer, Infrastructure Project Manager, Structural or Transport Designer, or Consulting Engineer, where you can apply both technical expertise and problem-solving skills to real-world challenges:

Career support services: Monash’s Career Connect team is there to guide you from study to work, offering help with CVs, interviews, networking events, and connections to industry professionals.
Strong employment outcomes: Monash civil engineering graduates are highly sought after, with around 93 % securing full-time employment within four months of graduating.
Industry partnerships and practical experience: Through internships, industry-linked projects, and the Monash Industry Innovation Program, you’ll gain hands-on experience, build professional networks, and see how your skills translate to the workplace.
Accreditation and professional recognition: The Bachelor of Engineering (Honours) is accredited by Engineers Australia, giving your qualification professional credibility both in Australia and internationally, and a pathway toward chartered engineer status.
Graduation outcomes: You’ll graduate with a combination of practical engineering skills and advanced technical knowledge, ready to lead projects, contribute to sustainable infrastructure, and take on leadership roles in consulting, construction, government agencies, or specialised engineering teams.

Further Academic Progression:
After completing this degree, you have many options to continue your studies. You could pursue a PhD in Civil Engineering to engage in cutting-edge research, or explore postgraduate programs in engineering management or sustainable infrastructure. Professional qualifications or leadership-focused postgraduate degrees can further expand your expertise and open doors to senior roles in engineering, consulting, and beyond.