A science education is by nature exploratory and evidence-based, balancing broad foundational study with opportunities for focused specialization. In the early years, Science students typically take a range of introductory courses across disciplines such as biology, chemistry, engineering, geology, mathematics or physics. This not only builds a strong foundation of scientific knowledge but also helps you identify the areas that spark your interest for advanced study. Most programs encourage you to explore multiple branches of science before choosing a concentration, ensuring that you understand the connections between different fields and how they apply to real-world challenges.
A science education does not train you for a single career path, but it equips you with highly valuable skills for many professions. Through laboratory work, research projects, and problem-solving exercises, you develop analytical thinking, quantitative reasoning, data literacy, and the ability to apply the scientific method. Just as importantly, you learn how to question assumptions, evaluate evidence, and adapt to new discoveries, skills that prepare you not only for scientific and technical careers but also for a lifetime of learning, innovatio, and critical inquiry.
