Last Updated on December 24, 2022
Monash University Mechanical Engineering’s dynamic undergraduate program, our world-class facilities and our award-winning lecturers make us one of the leading engineering institutions in Australia. Come with us on an opportunity-packed journey that will open your mind, help you discover your strengths and create a pathway to a successful career.
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Monash University Mechanical Engineering
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Your qualification will be a Bachelor of Mechanical Engineering (Honours)As a mechanical engineer, you might design advanced materials for supersonic and hypersonic space travel, design robots and automatic control systems, or work with medical professionals to investigate the human body and design instruments for medicine.Mechanical engineering is about the efficient use of energy for the design and function of all types of mechanisms, from the simplest to the most complex. It builds on physics, chemistry, materials, mathematics and biology to achieve this goal.Mechanical engineers design and develop everything from door locks to space shuttles. In fact, if it moves, you will find mechanical engineering at the heart of its design.Start of expanded contentFrom Formula One to the next chapter in robotics, there are countless growth sectors that you can participate in as a future mechanical engineer.Mechanical engineers work on robots, propulsion systems, power plants, renewable energy systems, electrical generators, computer systems, climate-control systems, engine cooling, respiratory and air-conditioning systems, aircraft engines and cars.New investigation areas include prosthetic limb and joint design, noise and vibration restriction, high-performance composite materials development, flexible manufacturing, mechanical design automation and industrial pollution control.Industries employing mechanical engineers include:petrochemicaltransportationaerospaceminingmanufacturingautomotiveelectronicsroboticsOther growth industries include communications, banking, public utilities, consulting practices and the entertainment industry.Why study a Bachelor of Mechanical Engineering (Honours)?Mechanical engineering is about turning energy into motion and power. It covers the generation, conversion, transmission and use of mechanical and thermal energy, and includes the design, construction and operation of devices and systems. It also involves the behaviours of solids, liquids and gases when forces are applied and when they are heated and cooled.As a mechanical engineer you could work in research and development, product and process design, technical sales and support, manufacturing, field and test engineering, project management, systems design and power plant operations and quality control. You could work in the petrochemical, automotive, transportation, aerospace, electronic, mining and robotic industries.Areas of studyLEVEL ONECore UnitsComputing for engineersMathematics for engineeringEngineering design A: lighter, faster, strongerEngineering design B: cleaner, safer, smarterDesign C: engineering mobile applicationsGeneral Studies UnitLeadership and InnovationElective UnitsSelect two units from:Chemistry I advancedPhysics for engineeringMechanics of fluids (level two)Telecommunications (level two)Digital systems (level two)Introduction to Systems Engineering (level two)Total: 48 pointsWhen specialisation in the field of mechanical engineering begins at level two of the program, it focuses on engineering practice and the engineering sciences. At level three, engineering science and practice studies are extended to a professional level and students are encouraged to learn independently by utilising learning resources available to them.At level four, students undertake an independent full-year project in an area of personal interest. The results of this project are presented and examined by thesis. In addition, studentscomplete one professional practice and one design core unit plus three engineering electives offering scope for specialisation. An interfaculty business unit completes the final level.DurationThe course takes four years of full-time study to complete.Course structureThe common first year lays a foundation in the basic sciences of mathematics, physics and chemistry and introduces the disciplines available to you for further study. You will learn to apply your developing maths and science knowledge to real-life problems and begin to understand the interaction between engineering and society.Depending on academic performance and quotas, you can pursue a specific discipline from your second year of study.Monash Malaysia campus students must undergo training in an industrial-based environment after their third year of study, as required by the Board of Engineers Malaysia’s Engineering Accreditation Council. After the 12-week training, students must submit a written report, detailing your work experience.The Monash University Handbook has detailed information about the structure and requirements for the Bachelor of Engineering.Career outcomesGraduates can work in fields such as:biotechnologybuilding and constructioncomputer programmingfood processingindustrial electronicsmanufacturingminingnanotechnologypower generationroboticssustainable technologiestelecommunicationstransport.Entry requirementsTo enter Monash University, students must satisfy particular academic, English language and age requirements.Professional attachmentsEngineering students at the Malaysia campus must undergo their industrial training in an industry-based environment after their third year of studies as required by EAC, Board of Engineers Malaysia. The duration of the training is 12 weeks and students must submit a written report detailing the work experience.Companies like British Telecommunications plc, Carrier (M) Sdn Bhd, ExxonMobil Exploration and Production Malaysia Inc., F&N Coca-Cola (Malaysia) Sdn Bhd, Freescale Semiconductor Malaysia Sdn Bhd, Goodyear Malaysia Berhad, Hicom Automotive Manufacturer (M) Sdn Bhd, Malaysia Airlines, IBM (M) Sdn Bhd and Shell Refining Company (Federation of Malaya) Berhad have all provided internship opportunities for our Engineering students. A list of internship providers is available on the noticeboard for students’ reference. A recommendation letter from the School of Engineering is also provided upon request by the student.In preparation of the industrial training, students are strongly encouraged to:Obtain a copy of Industrial Training Guidelines from the Course Management Office, School of Engineering (Building 5, Level 4, Monash University Malaysia)Attend the Industrial Training Briefing, specially conducted for engineering students in April/May each year.Consult the respective Industrial Training Advisors in their individual discipline should there be any queries.PrerequisitesMathematics (Australian Higher Year 12 equivalent) and at least one of Chemistry or Physics (Australian Year 12 equivalent) are formal prerequisites for the Bachelor of Engineering.FeesIn 2021, annual tuition fees for this course are:RM48,101 for Malaysian studentsRM54,915 for international students.Once-only feesApplication – RM100Registration – RM200Per-semester feeGeneral amenities – RM100For more details on the student pass application fee, please click here.Intake periodsEach year, there are three intake periods for the Bachelor of Mechanical Engineering (Honours). This means that you can start in February, July or October.CreditApplications for credit can include credit transfer for previous study or recognition of prior learning.Related coursesBachelor of Civil Engineering (Honours)Bachelor of Chemical Engineering (Honours)Bachelor of Electrical and Computer Systems Engineering (Honours)Bachelor of Robotics and Mechatronics Engineering (Honours)Bachelor of Software Engineering (Honours)
monash university mechanical engineering fees
Your qualification will be a Bachelor of Mechanical Engineering (Honours)
As a mechanical engineer, you might design advanced materials for supersonic and hypersonic space travel, design robots and automatic control systems, or work with medical professionals to investigate the human body and design instruments for medicine.
Mechanical engineering is about the efficient use of energy for the design and function of all types of mechanisms, from the simplest to the most complex. It builds on physics, chemistry, materials, mathematics and biology to achieve this goal.
Mechanical engineers design and develop everything from door locks to space shuttles. In fact, if it moves, you will find mechanical engineering at the heart of its design.Show more
Interested in this Specialisation?
Refer to the courses below for specific details on locations offered, duration, and entry requirements.
This specialisation is offered in the following courses. Entry requirements may differ depending on the course you choose, so click through to see the full details.
- Engineering and Arts
- Engineering and Biomedical Science
- Engineering and Commerce
- Engineering and Design
- Engineering and Engineering
- Engineering and Science
- Laws and Engineering
“My passion for car racing made mechanical engineering the obvious choice. Being able to design, build and race formula cars as part of my degree has been so enjoyable.”
Jack Bell, Bachelor of Mechanical Engineering (Hons)
monash university mechanical engineering entry requirements
Mechanical engineers skills are in demand ^81.4%of graduates secure full-time employment within 4 months of graduatingTOP 75in the world for Mechanical engineering +Professional recognition – accredited by Engineers Australia
What do mechanical engineers do?
Mechanical engineering is about the efficient use of energy in the design and function of all types of mechanisms, from the simplest to the most complex. It builds on physics, chemistry, materials, mathematics and biology to achieve this goal. Growth industries include advanced manufacturing, smart buildings, renewable energy, medical engineering and consulting practice.
Mechanical engineers are increasingly engaged in the design and operation of devices that require skills that cross traditional discipline boundaries. As a mechanical engineer, you could design automatic control systems, or create efficiently heated and cooled buildings. You could manage the water supply for a whole state, take charge of the operation of a smart building, design wind turbines or highly efficient, low-cost products for the developing world.
Optimise the aerodynamics of trucks and trains, work with the medical profession to create robots that can operate with greater precision than a human, or be at the cutting edge of advanced manufacturing using 3D printers to create aircraft parts with elegance and function.
Your future career options
As a mechanical engineer you will discover countless opportunities in a wide range of industries in Australia and overseas. You could pursue one or more of these specialist areas:
- building systems engineering
- advanced manufacturing
- product process and design
- consulting and project management
- research and development
- aerospace field and test engineering
- mechanical design automation
- robotics prosthetic limb and joint design
- renewable energy systems.
Our graduates have gone on to successful careers in leading companies including Tesla, NASA, Rio Tinto, Department of Defence, Rolls-Royce, Deloitte, Renault Sport Racing, Jacobs, Medtronic, Google, Thales and Dyson.
Leverage our world-wide industry connections, find your entrepreneurial spirit, discover your leadership and professional style and kick-start your career with an internship. There’s a range of extracurricular programs to prepare you for success and your dream career.
Co-operative Education Program
The new Co-operative Education Program provides relevant work experience opportunities through internships with our partner organisations. Undertake a three, six or 12 month paid internship and explore different industry sectors, understand what it is to be a working engineer and connect the experience to your studies in a practical way. You’ll enhance your technical and professional skills, build industry connections and gain skills to give you the edge in a competitive employment market.
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Our Career Connect program gives you access to experienced coaches and industry based professionals. Take part in employability workshops, small group career conversations and, in your final year, one-on-one coaching.
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Engineering leadership program
The Monash Engineering Leadership Program is a development program that prepares you to be an engineering leader. It’s an opportunity to engage with industry professionals from the private sector, with seminars, interactive workshops and industry site visits. Through the program you’ll establish valuable networks and develop ‘soft skills’ such as communication, leadership and teamwork, that are highly regarded by employers and gives you a competitive edge. Students in the program may also be eligible to apply for a generous scholarship thanks to the support of industry partners and donors.
Monash Industry Team Initiative (MITI)
The MITI program provides an invaluable experience that’ll equip you for life’s challenges by offering insights into the business world, practical learning, leadership and teamwork opportunities. Students are competitively selected from a range of fields to form multidisciplinary teams. Working as part of a team, you’ll be placed alongside industry experts and given a challenging, well-defined real-world project to deliver, pushing you to use all of your problem-solving, innovation and design skills. This may even be in a company based overseas.
Creativity and entrepreneurialism are at the centre of engineering design education at Monash. You can access dedicated, collaborative design and build spaces to take an idea to reality. The university’s entrepreneurial initiative, The Generator, provides experiential education, mentors and seed funding to support you and your startup or social enterprise on your entrepreneurial journey.
My passion for car racing made mechanical engineering the obvious choice. Joining the Monash Motorsport team has increased my engineering knowledge in vehicle dynamics, and helped me develop my engineering hands on skills. Being able to design, build and race formula cars as part of my degree has brought me so much enjoyment as well as allowing me to work with my best mates through the team.”
Read Jack’s storyJack Bell
Bachelor of Mechanical Engineering (Honours)
Driver, Monash Motorsport
Australian National Karting Champion
What you’ll study in your undergraduate degree
physical understanding of fluid statics and fluid flow and the interaction of fluid forces with solids, including hydrostatics, boundary layers, measurement techniques and applications
understand the concepts of time, space, coordinate systems, particles, rigid bodies, forces, work, energy and Newton’s Laws of Motion
Mechanical Systems Design
integrate mechanical design with material selection, manufacture, and control systems, in-service monitoring to optimise system performance and assess quality, lifecycle and environmental impact
concepts of heat, work, energy, temperature and pressure and other related concepts that can be used in refrigeration, renewable energy, heating and electricity generation
Systems and control
the nature and behaviour of simple components, processes and subsystems relevant to engineering control, such as mechanical, electrical, fluid pressure devices and complete elementary control systems
Specialised elective topics
such as composite materials, micro and nanotechnologies, wind engineering, advanced dynamics, robotics, neural networks and deep learningNext
Expand your skills with an engineering minor
As a mechanical engineer the career opportunities are diverse and you may find yourself working in one of many adjacent fields of engineering. Selecting your electives from one of our minor programs will ensure that you have the background knowledge required to make strong contributions in your role from day one.
A minor offers you a depth and breadth of study in the adjacent field which widens your knowledge and enhances your career opportunities – all within your four-year Engineering degree. The engineering minors available in mechanical engineering specialisation of the Bachelor of Engineering (Honours) are:
Artificial intelligence in engineering
Micro and nano technologies
Renewable energy engineering
Bachelor of Mechanical engineering (Honours)
4 years full-time / 8 years part-time
Starts: February and July
At Monash you can become a fully qualified and accredited engineer in just four years. Your degree kicks off with a ‘common first year’ that allows you to explore the ten engineering disciplines before specialising from second year.
Minor options available
Complement your engineering specialisation with a minor and tailor your studies to explore your interests and expand your career opportunities. Choose from:
- Artificial intelligence in engineering
- Computational engineering
- Micro and nano technologies
- Mining engineering
- Renewable energy engineering
- Smart manufacturing
- Sustainable engineering
Learn more about the minor study options
Double degree options
Earn two degrees with only one* extra year of study and broaden your career opportunities. Combining engineering with another degree gives you a distinct set of skills and helps you stand out in today’s competitive job market.
Combine mechanical engineering with:
- Biomedical Science
- Law (Honours)
Discover more about this course, including study areas, entry requirements, fees and scholarships
Visit Study at Monash
Your pathway to success
From your first day to your final lecture, you’ll have everything you need to be prepared for a successful career.
There’s a range of extracurricular activities and programs to support you to pursue your passions and get the most from your uni experience. Develop hands-on skills, build friendships and networks, undertake opportunities to think and work globally, plus get a head start on your career through work-based learning.Previous
Join a student team
You can join one of the many student teams like Monash Motorsport, High Powered Rocketry, Monash Nova Rover or Monash Human Power and form lasting friendships, get hands on experience and put your classroom learning into practice.
Learn in world-leading facilities
Some of the facilities and research centres that will enhance your learning experience include the Woodside building for Technology and Design, Monash Makerspace, Monash Wind Tunnel, Institute of Railway Technology and Monash Centre for Additive Manufacturing (MCAM). We work with industry to carry out pioneering research and deliver sustainable solutions to global challenges.
Professional development opportunities
You’ll have access to extracurricular programs that will unlock your potential and prepare you for work and a successful career.
Apply for a scholarship
Scholarships available to help unlock your engineering talents and contribute to a better future.
Graduate study options
Whether you want to gain a professional edge, or are looking to explore your specialisation at an advanced level or pursue research interests, graduate study will take your qualification to the next level.
Master of Engineering
This course will extend your technical knowledge in your chosen specialisation area and advance your leadership and complex problem-solving skills. There are five engineering specialisations to choose from: biological, civil, electrical, materials and mechanical. Giving you the opportunity to explore your specialisation at an advanced level and pursue your career goals.
Designed to foster innovative thinking, entrepreneurship and professional development, you will be well-positioned to lead and deliver sustainable engineering solutions.
Find out more
Master of Professional Engineering
This course is for students who have completed undergraduate studies in engineering or in another field such as science, mathematics or pharmacy and are seeking an internationally recognised engineering qualification to practice as a professional engineer. In this masters program, you’ll specialise in engineering technical, research and professional units and undertake a design and a research project, blending theory and practice.
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Engineering (Honours) and Masters Degree Package
This is pathway program for high-achieving students to be on track to earn, in just five years, both a Bachelor of Engineering (Honours) and an expert master’s degree in engineering. The Masters Accelerated Pathway program allows you to gain practical and theoretical skills for a career in engineering. There’s a rich selection of specialist electives to choose from, and the course offers strong links to industry and a focus on leadership skills to strengthen your critical reasoning and strategic thinking skills.