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The University of New South Wales (UNSW) offers a Master of Engineering in Mechanical Engineering, a two-year extensive program designed to increase the knowledge and expertise of students in mechanical engineering. The course is meant to prepare graduates to have the capabilities to function in higher-level engineering practice, research, and leadership roles across a wide range of industries, such as manufacturing, energy, aerospace, and robotics. The course strikes a balance between the theoretical basis and practical problem-solving as well as innovation, enabling the students to tackle complex engineering issues with confidence.
Curriculum Structure:
The UNSW Mechanical Engineering program involves intensive coursework and practical experience, aimed at building expertise in the following fundamental areas:
Core Engineering Fundamentals: Advanced coursework in thermodynamics, fluid mechanics, materials science, dynamics, and control systems.
Specialised Mechanical Engineering Subjects: Specialised modules such as advanced manufacturing, robotics, mechatronics, energy systems, and computational mechanics.
Laboratory and Design Projects: Practical courses centered on experimentation, design, and prototyping that allow students to put theory into practice in addressing engineering problems in the real world.
Capstone Project: A concluding group project where students collaborate to create, analyse, and implement new engineering solutions, drawing together their knowledge from across the degree.
Accreditation:
The program is accredited by Engineers Australia at the highest level, which represents the most rigorous standards of professional engineering education in Australia and globally. The accreditation enables graduates to move towards Chartered Professional Engineers.
Campus Location:
The campus of UNSW is located in Sydney, Australia, and offers students exposure to world-class research facilities, well-equipped labs, and a vibrant campus life. The School of Mechanical and Manufacturing Engineering has a challenging learning environment with strong connections with industry.
UNSW places great emphasis on hands-on, experiential learning to complement academic coursework:
Research Opportunities: Students can engage in innovative research projects with leading faculty in areas like renewable energy, robotics, and new materials.
Industry Internships: The university also arranges internships with major corporations and engineering firms in Sydney and beyond, giving students industry experience and professional connections.
Engineering Clubs and Competitions: Students are encouraged to join UNSW engineering societies and participate in design competitions such as Formula SAE and robotics competitions, which foster teamwork and practical creativity.
Global Exposure: UNSW offers exchange programs and international internships that allow students to broaden their horizons and gain cross-cultural engineering experience.
UNSW's Career Hub is specifically designed to provide expert career guidance to assist students in making a smooth transition from study to professional life, such as:
Engineering student-specific career counselling.
CV writing, interview technique, and networking skill workshops.
On-campus recruitment drives by top engineering employers on a regular basis.
Employability:
Graduates of the Master of Engineering in Mechanical Engineering at UNSW are highly regarded by employers worldwide. Alumni have gone on to work in areas such as aerospace, automotive, energy, and robotics, and have embarked on careers in research, design, project management, and consultancy. The degree equips graduates with the knowledge and skills to succeed in a dynamic and evolving engineering landscape.
Further Academic Progression:
Students who are interested in pursuing further studies can opt for research degrees or a PhD in Mechanical Engineering or a related field. Specializing in emerging areas with postgraduate diplomas or professional development modules in artificial intelligence, advanced manufacturing, or sustainable energy systems is also an option.
A three or four year Bachelor of Engineering degree that is equivalent to the first three years of an accredited Engineering degree in a related discipline with a minimum 65% average (70% for Electrical and Telecommunications), TOEFL ibT 90 overall (min. 23 in writing, 22 in reading, listening and speaking), PTE of 64 overall (min. 54 in each subtest), Successful completion with a minimum overall grade of C+ and a minimum grade of C in the writing component, CAE 176 overall (min.169 in each subtest), CPE 180 overall (min.180 in each subtest), ANU College Access Program Successful completion with a minimum of 70% overall, Grade C+ or 70% in EnglishMechanical EngineerDesign EngineerProject EngineerManufacturing EngineerRobotics EngineerEnergy Systems EngineerAerospace EngineerAutomotive EngineerResearch EngineerQuality Assurance EngineerMaintenance EngineerProduct Development EngineerSystems EngineerProcess EngineerConsulting EngineerTechnical SpecialistEngineering ManagerR&D EngineerSustainability EngineerMechatronics EngineerMaterials Engineer
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University of New South Wales
