POWR 1290 Thermodynamics I

Fundamental laws of thermodynamics applied to energy conversion and power generation cycles.

About this course

Thermodynamics I covers the fundamental laws governing energy conversion and power generation. You will explore how energy moves through systems and how it transforms between heat and work. The course focuses on practical applications in power plants and industrial processing, giving you the analytical tools needed for senior-level power engineering.

You will study property relations, energy balances, and entropy analysis. Laboratory sessions let you test theoretical concepts using real equipment, including steam tables, calorimeters, and flow rigs. This course is a core requirement for the Power Engineering Technician program.

Who takes this course

• Power Engineering Technician (NPWR)

Credits: 3 · Hours: 45

Prerequisites

• POWR 1110 Chemical Process Fundamentals

Learning outcomes

• Apply the first and second laws of thermodynamics to closed and open systems.
• Analyze energy transfer in steady-flow devices such as turbines, compressors, and heat exchangers.
• Calculate thermal efficiency for standard power generation cycles.
• Use property tables and charts to determine state variables for pure substances.
• Evaluate entropy generation and exergy destruction in thermodynamic processes.

Evaluation