The UTS Foundation Studies Scholarship 2023 is designed for students pursuing a Bachelor’s degree in any field offered by the University of Technology Sydney (UTS). Interested candidates should click on the Apply button and submit their application. The deadline for submitting your application is June 30, 2023. The University of Technology Sydney (UTS) is responsible for administering this scholarship, which covers only tuition fees and provides a 25% reduction. It is open to students of all nationalities.
Short Information About UTS Foundation Studies Scholarship 2023
- Host Country: Australia
- Host: University of Technology Sydney (UTS)
- Degree: Bachelors
- Fields: All courses offered by the university
- Funding Type: Only tuition fees, 25% fees
- Eligible Students: Open to all
- Gender: Male/Female
- Application Deadline: 30 Jun 2023
Overview:
The UTS Foundation Studies Scholarship aims to recognize and support high-achieving international students who have successfully completed the UTS Foundation Studies at UTS College, Sydney and are enrolling in an undergraduate program at UTS. The scholarship is awarded to individuals who embody the university’s core values and can demonstrate a commitment to excellence, innovation, entrepreneurship, and social justice. You can also apply for Donovan-Johnston Memorial Scholarship (MDHS) 2023
Eligibility for the UTS Foundation Studies Scholarship:
- Applicants must be international students (excluding Australian citizens, New Zealand citizens, or permanent residents of Australia).
- Candidates must have completed a UTS Foundation Studies program at UTS Insearch in Sydney, with a minimum overall GPA of 8.5 out of 10.0 and no record of failure.
- Students must meet all admission requirements for the chosen UTS undergraduate course.
- Applicants must commence their studies full-time and on campus (Sydney) in a UTS undergraduate degree in the next available intake after completing the Foundation Studies program.
- Students should apply using the UTS online Scholarships Application form.
