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Pebralia, Jesi; Amri, Iful; Rifa'i, Ahmad Imam – Physics Education, 2022
This study has proposed a simple method to show the convective heat transfer. The object in this study is an air conditioner (AC) as a simple case of convection. In addition, AC is also easy to find in the class because most classrooms in Indonesia installed AC. Usually, a visualization needs special software (i.e. MatLab or others) and good…
Descriptors: Science Instruction, Heat, Thermodynamics, Climate Control
Olivia M. Reynolds – ProQuest LLC, 2022
Active learning is widely recognized as superior to traditional passive, lecture-based techniques for fostering learning in STEM courses. Interactive, hands-on learning where students interact with their peers and physical systems is an effective type of active learning. As the need for scientists and engineers continues to grow, understanding and…
Descriptors: Active Learning, Thermodynamics, Concept Formation, Undergraduate Students
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Jiang, Han; Iandoli, Matthew; Van Dessel, Steven; Liu, Shichao; Whitehill, Jacob – International Educational Data Mining Society, 2019
"Thermal comfort" (TC) -- how comfortable or satisfied a person is with the temperature of her/his surroundings -- is one of the key factors influencing the "indoor environmental quality" of schools, libraries, and offices. We conducted an experiment to explore how TC can impact students' learning. University students (n = 25)…
Descriptors: Climate, Heat, Environmental Influences, Climate Control
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Míguez-Álvarez, Carla; Crespo, Bárbara; Arce, Elena; Cuevas, Miguel; Regueiro, Araceli – Interactive Learning Environments, 2022
The continued and substantial increase in technological resources generates a new concept of education that utilizes online resources -- blended learning. Blended learning represents a combination of face-to-face experiences and online learning experiences. The advantage of this multiple-method approach is that it offers the opportunity to achieve…
Descriptors: Teaching Methods, Blended Learning, Sustainability, Energy
Wallace, Dan – New England Journal of Higher Education, 2018
In the New England region, where temperatures range from below 0 to over 100 degrees, heating and cooling can present a major opportunity to improve sustainability statistics of a campus. Overt changes such as improving windows come to mind, but recent advancements in boiler technology and strategies for working with the heat of the sun and the…
Descriptors: College Environment, Heat, Climate Control, Equipment
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Jorgenson, Simon; Howard, Scott; Welch, Brianna Tyler – Social Studies and the Young Learner, 2018
Today more than ever, teachers must prepare young learners to understand and address complex social and environmental problems. Many of these problems are directly related to how humans use natural resources to meet their needs. This is a core concept in geography and geography education. The College, Career, and Civic Life (C3) Framework suggests…
Descriptors: Kindergarten, Human Geography, Experiential Learning, Preschool Teachers
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Martin, Paul; Premadasa, Kirthi – College Mathematics Journal, 2012
The project models the conductive heat loss through the ceiling of a home. Students are led through a sequence of tasks from measuring the area and insulation status of a home to developing several functions leading to a net savings function where the depth of insulation is the input. At this point students use calculus or a graphing utility to…
Descriptors: Models, Heat, Climate Control, Calculus
VanOort, Adam – American School & University, 2012
Facility managers everywhere are tasked with improving energy efficiency to control costs. Those strides cannot be achieved at the expense of system performance and reliability, or the comfort of the people within those properties. There are few places where this is truer than in schools and universities. K-12 schools and university lecture spaces…
Descriptors: Energy Conservation, Educational Facilities Design, Facilities Management, Educational Environment
Kennedy, Mike – American School & University, 2010
When the subject of buildings and daylighting arises, most people's thoughts will turn first to windows. To the uninitiated, it seems a simple formula: more windows, more daylight; fewer windows, less daylight. But designers know that effective use of daylighting in a building design involves more than just letting in light to otherwise darkened…
Descriptors: Building Design, Energy Conservation, Energy Management, Energy