Overview

Energy is everywhere. Understanding it is central to 
our understanding of the universe. This course introduces 
three of the most powerful concepts in science: Conservation 
of Mass, Conservation of Energy, and the Second Law of 
Thermodynamics.  Together, these concepts enable us 
to understand, quantify and predict the performance 
of biological, physical and engineering systems. 
The course is mandatory for Mechanical Engineers 
and provides a sound introduction to the concept of energy 
for all engineering and science disciplines.

The course is divided into three parts. In the first part, 
we learn how to characterize states of matter through the 
use of properties. In the second part, we apply the 
concepts of heat, work and Conservation of Energy to 
energetic systems. In the third part, we study the 
Second Law of Thermodynamics and availability analysis. 
These key concepts allow us to define the limits, direction, 
and effectiveness of physical processes.

The course lays the groundwork for the effective
design and analysis of all energetic systems.  Concepts 
are introduced in historical context to enhance appreciation 
for the richness of the ideas and great leaps of thought 
which characterize this discipline.  Throughout the course, 
the emphasis is on conceptual understanding and developing 
good problem solving skills. Team learning is encouraged. 
The successful student will leave the course with a new 
set of skills for analyzing energetic systems and with 
increased confidence in her/his ability to master new 
material and solve seemingly complex problems.