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Canberra, Australia
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Undergraduate Fees International Students
Post Graduate Fees International Students
The below information is required while
completing the university application :
Completion of High School Education – Applicants must have successfully completed secondary school (Year 12 or equivalent) with a competitive academic record.
Minimum ATAR or Equivalent Score – Domestic students need a minimum Australian Tertiary Admission Rank (ATAR), while international applicants must meet equivalent academic requirements based on their country's education system.
English Language Proficiency – International students must demonstrate English proficiency through tests like IELTS (minimum 6.5 overall, with no band below 6.0), TOEFL, or other recognized assessments.
Prerequisite Subjects – Some programs, such as science, engineering, or law, may require specific high school subjects (e.g., mathematics, physics, or chemistry) as prerequisites for admission.
Personal Statement or Supplementary Application (if required) – Certain programs may require a personal statement, portfolio, or interview, particularly for competitive courses like music, design, or scholarship applications.
Know more
In 2021, ANU launched Australia’s first university-led space mission program, aimed at developing next-generation satellite technology and space exploration research. The initiative involved collaborations with NASA, the Australian Space Agency, and private aerospace companies. The program focuses on earth observation, climate monitoring, and deep-space exploration. ANU’s role in the program positioned it as a key player in Australia’s space industry, contributing to space technology advancements. This achievement marked a major step forward in Australia’s independent space capabilities.
Following Australia’s devastating bushfires, ANU researchers developed an AI-driven bushfire prediction system that integrates satellite imagery, climate data, and machine learning. This innovation helps authorities predict and prevent major wildfires, reducing risks to lives and property. The technology has been adopted by emergency services and disaster management teams. It plays a crucial role in climate change adaptation and environmental protection. This achievement underscores ANU’s commitment to using technology for global challenges.
In 2018, ANU was ranked Australia’s #1 university by the QS World University Rankings, recognizing its excellence in research, teaching, and international outlook. It also secured a spot among the top 25 universities worldwide for multiple disciplines, including politics, law, philosophy, and environmental sciences. This ranking reaffirmed ANU’s position as a global academic leader. It has consistently maintained its top-ranking status, attracting students and faculty from around the world. The university continues to push boundaries in cutting-edge research and innovation.
In a major breakthrough for computing, ANU developed a hybrid optical-quantum chip designed to enhance quantum computing performance and data processing speeds. This chip integrates photonics and quantum circuits, allowing faster and more efficient quantum computations. It has major implications for machine learning, artificial intelligence, and secure communication. This innovation brings the world closer to achieving scalable, practical quantum computers. Tech companies and government agencies are now exploring ways to commercialize this groundbreaking technology.
ANU engineers developed a plasma thruster system for nano-satellites and small spacecraft, enabling long-duration space missions at a lower cost. This innovation uses electric propulsion to generate thrust, allowing small satellites to maneuver efficiently in space. The technology is designed to extend satellite lifespans, making space exploration and satellite communication more sustainable. It has been tested in collaboration with international space agencies and commercial satellite providers. The thruster system is a major step towards affordable space missions and deep-space exploration
In response to Australia’s devastating bushfires, ANU scientists developed an AI-based early warning system to predict and track wildfire movements. This system integrates satellite imagery, climate data, and real-time weather conditions to model fire behavior with unprecedented accuracy. The technology has been adopted by fire departments and emergency services to improve evacuation strategies and disaster management. It helps authorities predict high-risk areas before a fire starts, potentially saving lives and property. This innovation is now being adapted for use in wildfire-prone regions worldwide.
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