Foundation Studies Program (Fast Track) - Physical Science (X0G:5) (0100809) + Bachelor of Information and Communication Technology and Bachelor of Science - Software Development (93H) (102982H)

Program Description Foundation Studies Program (Fast Track) - Physical Science (X0G:5) (0100809):

The Foundation Studies program is a direct academic pathway to first-year undergraduate degree study, or an equivalent. The program acts as a bridging course for international students who wish to study a university undergraduate degree course but who don’t yet meet academic requirements and/or have the English language skills for tertiary study.

To successfully complete the program, students must achieve a 50% pass in all units, including English.

Upon successful completion of the course, graduates can enter one of the University of Tasmania’s undergraduate degree courses.

Bachelor of Information and Communication Technology and Bachelor of Science - Software Development (93H):

The double degree allows students to deepen their knowledge and expertise within two separate study areas. This means students can choose from University of Tasmania’s range of exciting, diverse courses and they can embark on a journey as unique as they are.

The University of Tasmania’s science degree provides students with a foundation of core skills in science, analysis, and rational thinking. They have options to focus their studies in one or more scientific disciplines and learn the methods to apply their skills and knowledge to the practical needs of industry, business, and government in both scientific and non-scientific roles.

The BICT is a specialist degree with both a theoretical and practical focus. It develops technological understanding and skills that are in high demand world-wide, plus builds project management and other business soft-skills that make students an ICT professional.

Software development is a set of computer science activities dedicated to the process of designing, creating, deploying and supporting software.

Students get an opportunity to learn: • Programming extends the students' knowledge and experience of programming. It introduces dynamic data structures, foundational collection abstract data types, and computational algorithms and techniques. • Artificial Intelligence provides an introduction to many AI sub-fields, including: expert systems, machine learning, natural language processing, computer vision, intelligent agents. Students will be exposed to state-of-the-art examples as well as emerging technologies and get practical experience of solving interesting problems in each of these sub-fields. • Students also get an opportunity to learn about Data Structures and Algorithms, Intelligent and Secure Web Development, Mobile Application Development, Multicore Architecture and Programming, Computer Graphics and Animation: Principles and Programming, Big Data and Cloud Computing.