This module develops essential scientific knowledge for biomedical design with an emphasis on temperature, heat energy and transfer, work and power. The module will also present the core concepts in moments, torque, circular motion and Hooke's Law.
Temperature: Different temperature scales, thermal expansion, thermodynamic properties, calorimetry and substance phase changes will be explained together with calculations in these areas.
Energy: The types of energy will be covered with a focus on potential and kinetic energy. The principle of conservation of energy will be delivered and calculations related to energy, work and power will be conducted.
Heat Energy: Specific heat, latent heat and specific heat capacity will be explained and calculations undertaken in the area of heat transfer.
Chemistry: This section introduces atomic structure and electron configuration, along with periodic trends and their significance. Students will study different types of chemical bonding—ionic, covalent, and metallic—and understand how these affect the physical and chemical properties of materials. Basic stoichiometry will be covered, including how to balance chemical equations and calculate the amounts of reactants and products.
Magnetism and Electromagnetic Applications: Students will be introduced to the fundamentals of magnetism and electromagnetic fields, with a focus on their relevance to biomedical engineering. The module will explore applications such as magnetic resonance imaging (MRI), electromagnetic sensors, and the use of the electromagnetic spectrum in medical imaging and communication technologies.
