This course focuses on the practical aspects of Heating, Ventilating, and Air-Conditioning (HVAC) systems. You will explore the latest energy-efficient HVAC technologies, including variable air volume, chilled beam, positive displacement, ventilation, variable refrigerant flow, natural ventilation, and hybrid natural ventilation systems. The course delves into Green Net Zero Energy Buildings and evaluates practical solutions for energy-efficient and sustainable HVAC design, aiming to provide professional advancement for those involved in HVAC systems. Topics cover HVAC systems, fans, air distribution and zoning, pumps, HVAC coils, and chiller and boiler selection, with a strong emphasis on fundamentals, practical application, and real-life examples.
The course covers key areas of HVAC systems design, moving from fundamentals to practical application. Students will gain hands-on experience through team projects.
This course is designed for individuals seeking professional advancement in the HVAC field. It is recommended for anyone involved with HVAC systems, including designers, engineers, building and hospital engineers, and recent graduate engineers.
Students should have a desire to learn concepts in heating, ventilating, and air conditioning (HVAC).
This course is part of a certificate program. Specific fees for the course or certificate are not detailed on the program page.
While not strictly required, two years of HVAC-related experience or an associate degree in an engineering field is preferred. A desire to learn HVAC concepts is essential.
You should contact the Science & Technology department directly via email at unexengr@ucsd.edu or by phone at 858-534-9152 for course information and application procedures.
The course covers HVAC systems overview, innovative solutions for green buildings, air distribution, fan and pump selection, piping design, coil selection, HVAC zoning, indoor air quality, and chiller/boiler selection.
This certificate is designed for professional advancement and can lead to roles such as HVAC Designers, HVAC Engineers, Building Engineers, and Hospital Engineers.
Specific tuition fees are not detailed on the program page. Please contact the Science & Technology department for current tuition information.