Energy System Fundamentals

This intermediate-level course is designed for professionals in operations, manufacturing, and facilities management. It's ideal for those looking to deepen their understanding of energy systems in high-performance buildings. Learners should have some foundational knowledge in related fields to benefit most from the content.

You will learn to identify components of energy systems, understand thermodynamic principles, and apply mathematical models for efficiency analysis. The course also covers comparing environmental impacts of different energy sources and calculating performance metrics. These skills are crucial for improving system efficiency and supporting sustainable operations.

The course is structured into four units, covering various aspects of energy systems. While the duration is flexible, learners can progress at their own pace through the practical, workforce-focused content. It's designed to fit into busy schedules, allowing you to master the material effectively.

This course helps prepare individuals for roles focused on optimizing building operations, energy management, and sustainable facility practices. It enhances skills for positions that require improving system efficiency, managing water resources, and ensuring indoor environmental quality. The knowledge gained is valuable for advancing careers in operations and manufacturing sectors.

The Energy System Fundamentals course emphasizes practical, workforce-focused content, preparing learners for real-world scenarios. While it covers foundational thermodynamic principles and mathematical models, the primary goal is to equip participants with actionable knowledge to improve system efficiency and support sustainable operations in high-performance facilities.

The course covers how building operations, controls, energy use, water management, and indoor environmental quality interact within facilities. You will explore conventional and renewable energy systems, thermodynamic principles, and methods for analyzing energy efficiency. It also delves into the environmental impacts of different energy sources.