Founded in 1850, the University of Sydney is a world-class institution of higher learning located in the center of Sydney, Australia's financial capital. As the first university in Australia and Oceania, the University of Sydney is also a core member of Australia's G8, and a member of the Pacific Rim University Alliance and the Asia-Pacific International Trade Education and Research Alliance of internationally renowned research universities. According to the official statistics of the Australian government, 1/3 of the Australian Nobel Prize winners are alumni of the University of Sydney, which is far ahead of other Australian universities and leads the scientific and technological development of Australia as a whole.
Not only that, graduates from the University of Sydney have been firmly in control of Australia's political and economic lifeline for a century and a half. Alumni include three of Australia's current six federal justices and six Australian prime ministers (including the current prime minister Tony? Albert), 23 Supreme Court judges, President of the United Nations General Assembly and President of the World Bank; At the same time, well-known political and business people such as President commonwealth bank and President of Macquarie Investment Bank Group all graduated from the University of Sydney. Therefore, the University of Sydney has always been the university with the largest number of Australian billionaire graduates.
1, Master of Professional Engineering (Acceleration) (Chemistry and Biomolecules)
The Master of Professional Engineering (Accelerated) (Chemistry and Biomolecules) program of the University of Sydney provides students with professional knowledge, skills and practical opportunities in the fields of chemistry and biomolecules, enhances students' communication, management and leadership abilities, and aims to train qualified engineers. Chemistry and biomolecular majors explore industrial processes, and a large number of materials undergo physical or chemical changes.
2. Engineering (chemical and biomolecular engineering)
The Master of Engineering (Chemistry and Biomolecular Engineering) program at the University of Sydney is suitable for engineers who want to hold management positions and graduate from engineering majors who specialize in studying or improving engineering skills. The Master of Engineering (Chemistry and Biomolecular Engineering) program of the University of Sydney mainly studies the design and management of industrial production processes affected by economic, environmental and social factors. Students will learn professional and technical knowledge in the fields of chemistry and biomolecular engineering. Graduates of the Master of Engineering (Chemistry and Biomolecular Engineering) program of the University of Sydney have excellent professional qualities and can stand out in the field of work. Graduates of the Master of Engineering (Chemistry and Biomolecular Engineering) program at the University of Sydney can get more promotion opportunities by mastering professional engineering skills that match the current industry standards. Graduates of the Master of Engineering (Chemistry and Biomolecular Engineering) program at the University of Sydney also have the opportunity to pursue further studies in the field of engineering research and innovation.
3, professional engineering (structural engineering)
The Master of Engineering (Structural Engineering) program at the University of Sydney is suitable for those who want to become engineers from science or mathematics, or those who have obtained an engineering degree but want to pursue other research directions. The Master of Professional Engineering (Structural Engineering) program of the University of Sydney will grant students the qualification certification of engineers needed for employment in Australia and overseas. The Master of Professional Engineering (Structural Engineering) program of the University of Sydney studies the design of high-rise buildings, industrial centers, bridges, stadiums, sports and exhibition centers. The Master of Professional Engineering (Structural Engineering) program at the University of Sydney aims to improve students' communication, management and decision-making abilities in order to explain and discuss complex professional problems. Students in the Master of Engineering (Structural Engineering) program at the University of Sydney will participate in the training of engineering practice and research skills and become certified engineers in Australia. At the same time, the students of the Master of Professional Engineering (Structural Engineering) program of the University of Sydney will obtain the world-recognized engineer qualification certified by washington accord, the international engineering union. A structural engineer who graduated from the University of Sydney with a master's degree in professional engineering (structural engineering) has innovative ability and can apply art, creativity and technical skills to design work. Many graduates of the Master of Engineering (Structural Engineering) program at the University of Sydney work in structural engineering consulting companies.
4, professional engineering (geotechnical engineering)
The Master of Engineering (Geotechnical Engineering) program at the University of Sydney is suitable for those who want to transition from science or mathematics to become engineers, or those who already have an engineering degree but want to change their major direction. The master of professional engineering program of the University of Sydney provides students with the qualification certification of engineers needed for employment in Australia and overseas. Through the master program of professional engineering (geotechnical engineering) in the University of Sydney, students will have a deep understanding of soil and rock layers and be able to design foundation and earthwork according to their physical and chemical properties. The Master of Professional Engineering (Geotechnical Engineering) program of the University of Sydney is dedicated to cultivating students' communication, management and decision-making abilities and helping them to explain and discuss complex professional problems more smoothly. The Master of Engineering (Geotechnical Engineering) program at the University of Sydney provides students with training in engineering practice and research skills. Graduates of the Master of Engineering (Geotechnical Engineering) program of the University of Sydney will be certified as qualified engineers by the International Engineering Union washington accord. Graduates of the Master of Engineering (Geotechnical Engineering) program of the University of Sydney can engage in land exploration, basic design, planning and design of roads, railways and canals, offshore exploration, and design of cable lines, pipelines, offshore facilities and social waste landfills in the future.
5, professional engineering (civil engineering)
The Master of Engineering (Civil Engineering) program at the University of Sydney is suitable for those who want to transition from science or mathematics to become engineers, or those who already have an engineering degree but want to change their major direction. The master of professional engineering program of the University of Sydney provides students with the qualification certification of engineers needed for employment in Australia and overseas. The Master of Professional Engineering (Civil Engineering) program at the University of Sydney aims to improve students' professional qualifications in architectural planning, design and structural testing. The Master of Professional Engineering Program of the University of Sydney is dedicated to cultivating students' communication, management and decision-making abilities and helping them to explain and discuss complex professional problems more smoothly. The Master of Engineering program at the University of Sydney provides students with practical opportunities and research skills training in engineering. Graduates of the Master of Engineering Program of the University of Sydney will be recognized as qualified engineers by the International Engineering Union washington accord. The employment scope of graduates of the Master of Engineering (Civil Engineering) program of the University of Sydney includes construction and mining companies, engineering and infrastructure consulting companies, municipal councils, public works, airport and seaport authorities, banks and project management consulting companies.
6, engineering (structural engineering)
The Master of Engineering (Structural Engineering) program of the University of Sydney is suitable for engineers who want to hold management positions, and graduated from engineering majors specializing in studying or improving engineering skills. Students in the Master of Engineering (Structural Engineering) program at the University of Sydney will learn the technical knowledge of structural engineering and understand how structures and buildings resist and transmit natural and other forces to the ground. Graduates of the Master of Engineering (Structural Engineering) program of the University of Sydney have excellent professional qualities and can stand out in the field of work. Graduates of the Master of Engineering (Structural Engineering) program at the University of Sydney can master professional engineering skills that match the current industry standards and get more promotion opportunities. Graduates of the Master of Engineering (Structural Engineering) program at the University of Sydney also have the opportunity to pursue further studies in the field of engineering research and innovation.
7. Engineering (geotechnical engineering)
The Master of Engineering (Geotechnical Engineering) program of the University of Sydney is suitable for engineers who want to hold management positions and graduate from engineering majors specializing in studying or improving engineering skills. Students in the Master of Engineering (Geotechnical Engineering) program at the University of Sydney will learn the technical knowledge of geomechanical engineering, learn how to investigate soil and rock layers, and design foundation and civil engineering according to their physical and chemical characteristics. Graduates of the Master of Engineering (Geotechnical Engineering) program of the University of Sydney have excellent professional qualities and can stand out in the field of work. Graduates of the Master of Engineering (Geotechnical Engineering) program at the University of Sydney can get more promotion opportunities by mastering professional engineering skills that match the current industry standards. Graduates of the Master of Engineering (Geotechnical Engineering) program at the University of Sydney also have the opportunity to pursue further studies in the field of engineering research and innovation.
8. Master of Professional Engineering (Acceleration) (Geomechanics)
The Master of Engineering (Acceleration) (Geomechanics) program of the University of Sydney provides students with professional knowledge, skills and practical opportunities in geomechanics, enhances their communication, management and leadership abilities, and aims to train qualified engineers. In geomechanics, you will learn to examine soil and rock layers and determine their physical and chemical properties to design foundations and earthwork structures. It will help you develop good communication, management and decision-making skills to explain and discuss complex problems in your professional field.
9. Engineering (Civil Engineering)
The Master of Engineering (Civil Engineering) program of the University of Sydney is suitable for engineers who want to hold management positions, and graduated from engineering majors specializing in studying or improving engineering skills. Students in the Master of Engineering (Civil Engineering) program at the University of Sydney will learn the technical knowledge of civil engineering and the design and construction of systems. Graduates of the Master of Engineering (Civil Engineering) program of the University of Sydney have excellent professional qualities and can stand out in the field of work. Graduates of the Master of Engineering (Civil Engineering) program at the University of Sydney can master professional engineering skills that match the current industry standards and get more promotion opportunities. Graduates of the Master of Engineering (Civil Engineering) program at the University of Sydney also have the opportunity to pursue further studies in the field of engineering research and innovation.
10, Master of Engineering (Acceleration) (Structure)
The Master of Professional Engineering (Acceleration) (Structure) program of the University of Sydney provides students with professional knowledge, skills and practical opportunities in the field of structure, enhances students' communication, management and leadership abilities, and aims to train qualified engineers. Structural specialty involves the design of high-rise buildings, industrial complexes, bridges, stadiums, sports and exhibition centers. It will help you develop good communication, management and decision-making skills to explain and discuss complex problems in your professional field.
1 1, Master of Engineering (Acceleration) (Fluid)
The Master of Professional Engineering (Acceleration) (Fluid) program of the University of Sydney provides students with professional knowledge, skills and practical opportunities in the field of fluid, enhances their communication, management and leadership abilities, and aims to train qualified engineers. The fluid major will teach you engineering systems related to fluid mechanics and fluid environment.
12, Master of Professional Engineering (Accelerated) (Civil)
The Master of Professional Engineering (Acceleration) (Civil Engineering) program of the University of Sydney provides students with professional knowledge, skills and practical opportunities in the field of civil engineering, enhances students' communication, management and leadership abilities, and aims to train qualified engineers. It will teach you how to plan, design and test structures in a built environment.