9 courses with the subject ENGR, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
ENGR 1002Introduction to Energy Management2
This course will introduce the student to energy supply, energy management principles, and the energy sector. Topics covered in lecture/lab include properties of energy, energy management systems and building integration, energy consumption and the environmental impact, and various forms of energy production. Lecture 2 hours and Laboratory 2 hours per week.
This course introduces students to energy auditing methods for evaluating and improving building performance. Students will learn to analyze building envelopes through detailed inspections, diagnostic testing, and data collection to identify opportunities for energy savings and comfort improvements. Topics covered in lecture and lab include building envelope analysis, insulation and air leakage assessment, thermal imaging, blower door setup and testing, moisture and indoor air quality evaluation, and health and safety protocols. Emphasis is placed on interpreting diagnostic data, preparing energy audit reports, and formulating cost-effective retrofit recommendations in preparation for the BPI Building Analyst certification. Lecture 3 hours and Laboratory 3 hours per week.
ENGR 1103Building Science and Weatherization Principles3
This course introduces students to the principles of building science and how environmental factors influence building performance, comfort, and energy efficiency. Students will examine the interactions between heat, air, and moisture flow through the building envelope, learning how construction materials, insulation, and ventilation systems affect durability and occupant health. Lecture and lab include topics in weatherization techniques such as air sealing, insulation installation, and moisture control to improve building performance. Lecture: 3 hours per week.
This course will introduce the students to the various types of HVAC/R Systems used in residential and commercial applications. Topics covered in lecture / lab include HVAC/R theory and applications, energy consumption analysis, energy efficiency ratings, Balance Point, COP, installations practices, proper duct sealing methods, and duct blasting procedures. Lecture 2 hours and Laboratory 2 hours per week.
ENGR 1024 . Lecture 2 hours and Laboratory 6 hours per week.
ENGR 2104HVAC Systems and Building Management4
This course provides an overview of heating, ventilation, and air conditioning (HVAC) systems and their role within integrated building management and control systems. Students will explore the principles of HVAC system operation, energy efficiency, and load management, while examining how electrical systems, lighting, and automation contribute to overall building performance. Topics in include system components, control strategies, smart thermostats, variable frequency drives (VFDs), electrical monitoring, and energy conservation measures. Laboratory exercises include the use of digital controls, sensors, and data acquisition tools to analyze HVAC performance, lighting energy use, and electrical system efficiency. Lecture: 3 hours and Laboratory: 3 hours per week.
This course introduces students to the principles and practices of building energy modeling, load calculation, and performance analysis using industry-standard software tools. Students will explore methods for simulating energy use, optimizing efficiency, and analyzing the impact of building envelope, mechanical systems, and renewable technologies on overall energy consumption. Through hands-on lab exercises, students will perform residential and light commercial load calculations and construct digital energy models. Lecture 2 hours and Laboratory 5 hours per week.
This advanced course builds on the principles introduced in Solar Photovoltaic Systems and Renewable Energies I, focusing more on the design, installation, and performance analysis of grid-tied and off-grid PV systems with integrated battery storage. Students will apply electrical theory and system design methodologies to create functional solar and hybrid systems. Topics include advanced PV array configuration, inverter selection, string sizing, charge controller integration, and system troubleshooting. Lab activities provide hands-on experience with multi-string PV systems, battery management systems (BMS), and system monitoring tools. The course prepares students for the NABCEP PV Associate exam and entry-level employment in solar installation and maintenance. Lecture: 3 hours and Laboratory: hours.
This course will introduce the student to high building performance design that optimizes the life cycle of a building through integrated high performing attributes and components in energy conservation, design, environmental, safety, sustainability, and productivity. Topics in lecture/lab will also include building controls, lighting, passive systems, LEED certification, Green Star certification, and other high-performance building ratings. Students will also prep for the LEED Green Associate Certification Exam. Lecture 2 hours and Laboratory 3 hours per week.
