Science Programs provides engineering students with a strong interdisciplinary grounding in physics, chemistry, and biology. These fundamental sciences are essential for understanding and solving the complex challenges faced in modern engineering. Through this program, students explore the fundamental laws of nature, chemical processes, and biological systems that underpin innovations in engineering design, materials, energy systems, healthcare technologies, and environmental solutions.

Courses in the three programs are specifically tailored to support various engineering disciplines, ensuring students gain both theoretical knowledge and practical scientific skills relevant to their field.

Graduates of engineering programs supported by this science curriculum are prepared to apply scientific principles across diverse applications, such as:

• Analysing material properties for engineering and energy systems.
• Understanding chemical reactions in environmental, biochemical, or process engineering.
• Applying biological concepts in biomedical engineering and biotechnology.
• Modelling physical systems in electrical, aerospace, and energy engineering.
• Addressing sustainability challenges through interdisciplinary scientific and engineering approaches.