Thermal Fluid Science Lab 2

This module is the second in the thermal fluids science sequence. In this module, students will continue to do laboratory experiments in the areas of heat transfer and thermodynamics, which facilitate the application of the relevant engineering concepts. The students will apply methods of data capture and analysis to a broad range of practical problems and systems while developing their reporting skills

Fluid Mechanics

Fluid mechanics is the study of mechanics in which the fundamental principles of general mechanics (conservation of matter, the conservation of energy and Newton’s laws of motion) are applied to liquids and gases. In this course, students will learn various techniques required to solve realistic fluid flow problems in engineering systems. The emphasis will be placed on developing physical intuition for fluids and problem solving.

Fluid Power

Building on the knowledge gained in the Fluid Mechanics course, this module seeks to extend that knowledge base in hydraulics and pneumatics. A range of topics and concepts are studied, including flow and power transmission, hydraulic machines, hydraulic technology, pneumatic technology and motion of fluids. Using an applications approach, theory and practice are integrated to develop the problem-solving skills fundamental to the fluid power profession.

Energy Management in Buildings and Industry

The module addresses the principles of sustainable energy use in the buildings and industrial sectors. As the two sectors contributing most to emissions, a focus on mitigation technology options, practices and behavioral aspects will not only allow resolving mitigation barriers, but also provide additional benefits.