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2 Years On Campus Masters Program
Macquarie UniversityMacquarie University, Sydney, Australia, offers the Master of Engineering (Professional) in Mechanical Engineering, a two-year postgraduate course for aspiring engineers wishing to advance their technical expertise while gaining a sound foundation in professional engineering practice. It is ideal for students who want to continue to progress their career in mechanical systems, design, manufacturing, and green engineering solutions. With focus on real-world applications, students are trained to solve complex problems in sectors like energy, transport, robotics, and manufacturing.
Curriculum Structure:
The program combines key mechanical engineering principles with professional development and practical experience. Students can look forward to learning:
Fundamental and Advanced Mechanical Engineering Principles – These include mechanics of fluids and solids, thermodynamics, system dynamics, control systems, and advanced manufacturing.
Engineering Management and Innovation – Students are taught subjects like project management, engineering leadership, and commercialisation of technology.
Design and Research Projects – Real-world application is built in through experiential design projects and a capstone research project that deals with existing engineering issues.
Professional Practice Preparation – Ethics training, sustainability, and workplace readiness are built in to professionally prepare students.
Accreditation:
This course is temporarily accredited by Engineers Australia, meaning it satisfies global standards of engineering in the Washington Accord. This ensures your qualification is recognized in a range of countries and creates career opportunities worldwide.
Campus Location:
Macquarie University is located in North Ryde, Sydney, within one of Australia's most prominent business and innovation hubs. The campus has access to cutting-edge engineering laboratories, collaborative learning spaces, and industry connections, allowing students to have a life at university full of depth.
Macquarie takes learning by doing seriously, which means the graduates are work-ready from day one. Some of the ways in which students learn by experience are:
Industry Placements and Joint Projects – Incentivized to undertake industry placements or collaborative projects with national and global firms, giving them work experience and networking opportunities.
Engineering Work Integrated Learning (WIL) – Incorporated into the course of study, WIL offers the potential for students to apply what they have learned to real-world engineering environments and assess their professional growth.
Innovation Challenges and Student-Led Clubs – From national design competitions to the Macquarie University Engineering Society, opportunities exist for students to engage in projects that excite collaboration and creativity.
Research with Impact – In their final-year project, students engage in research that continues to evolve in fields like renewable energy, biomechanics, and automation, possibly in collaboration with academics and industry experts.
Macquarie University supports career growth in students through its Career and Employment Service, which offers:
One-on-one career counseling
Resume preparation workshops
Mock interviews and career counseling
Employer network sessions and career fairs
Employability:
Graduates of this program are most apt for roles such as Mechanical Engineer, Systems Engineer, Design Engineer, Project Manager, etc. Given that Sydney is a hub of advanced manufacturing, transport, and energy innovation, the majority of students easily migrate into full-time employment with top businesses, start-ups, or government projects.
Academic Progression:
Such graduates can pursue higher study in PhD in Mechanical Engineering or other disciplines such as Mechatronics, Robotics, Renewable Energy, or Engineering Management. The course can also be a suitable launching pad for MBA opportunities for those who are interested in business strategy and technical management.
IELTS - Overall: 6.5. Reading:6 Writing: 6. Listening: 6. Speaking:6.TOEFL - Minimum overall score of 83.Certified copies of your academic records from all previous institutions attended.An updated document detailing your academic and professional background.A one-page statement outlining your motivation for pursuing this program and how it aligns with your career goals.Two letters, preferably from academic or professional referees who can attest to your suitability for the program.Evidence of sufficient funds to cover tuition fees and living expenses, such as a bank statement.Mechanical engineeraerospace engineerautomotive engineermanufacturing engineerrobotics engineerdesign engineerproject engineermaintenance engineerresearch and development engineersystems engineermechatronics engineerenergy engineerdefense engineermining engineer
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