Computational Physicist Courses

The Bachelor of Science (Physics) delves into the study of matter, energy, space, and time, aiming to uncover the underlying principles of our universe. This course equips students with skills to conduct experiments and develop models that offer foundational insights into the physical world. It has practical applications, such as in biomedical imaging, as well as theoretical implications for understanding complex systems like climate. The skills acquired are versatile and can be applied to various fields, from financial modeling to sustainability solutions.

The Master of Data Science equips students with the ability to apply analytical methodologies, effectively manage large data sets, grasp foundational statistical and machine-learning concepts, and evaluate and articulate the impact of new technologies. It delves into contemporary data management and analysis tools, including data collection, storage, visualisation, and internet-based applications. The course readies students for an international career amidst the global ascent of data science.

The Bachelor of Science (Computational Science) delves into the world from sub-atomic interactions to galactic processes, encompassing areas from molecular biology to ecosystem dynamics. It's tailor-made for those eager to harness computers for mathematical models, simulations, and problem-solving. With a foundation in computer science fundamentals and advanced techniques like 3D graphics, this course paves the way for varied career opportunities in sciences like biology, earth sciences, and even fields like archaeology and visual art where computational skills are crucial.