New Mexico – Ethics including NM Laws and Rules for Professional Engineers: 4 PDH

Continuous Energy Improvement in Motor Driven Systems: 5 PDH

In this course the student will understand the principles, strategies, and best practices for achieving continuous energy improvement in motor-driven systems. They will learn how to develop and implement motor management programs, assess motor system efficiency, apply energy-saving technologies, and adopt life-cycle cost approaches to decision-making.

Fuel Cell Technology and Performance: 4 PDH

In this course the student will understand the fundamental principles, design, operation, and performance characteristics of various fuel cell technologies, including their system components, fuel processing, and real-world applications.

Geothermal Heat Pump Systems: 4 PDH

In this course the student will understand how geothermal (geoexchange) heat pump systems function, including heat transfer mechanisms, system components, ground loop configurations, performance considerations, and environmental and economic impacts.

Guide to Chilled Water Plant Design: 5 PDH

In this course the student will understand how to design, operate, and optimize chilled water plants with respect to energy efficiency, load variability, system configurations, equipment characteristics, and instrumentation strategies. They will develop a systems-level understanding of chilled water distribution, including how to manage load uncertainty, evaluate life-cycle costs, and integrate effective controls.

Introduction to Composite Materials: 3 PDH

In this course the student will understand the fundamental concepts, structures, classifications, and applications of composite materials. They will learn how different fibre and matrix combinations influence properties, and they will grasp the benefits and limitations of thermoset and thermoplastic composites as well as reinforcement mechanisms.

Vacuum Technology and Applications: 5 PDH

In this course the student will gain a comprehensive understanding of vacuum technology, including its principles, terminology, pump technologies, measurement methods, system design, leak detection, and application across industries. They will learn how vacuum environments are created, maintained, and optimized for various engineering and industrial processes.