Energy Efficiency in Building Design
in Construction Technology and InnovationAbout this course
This course "Energy Efficiency in Building Design" expands on the inexorable relationship between built environments and energy consumption, emphasizing on the indispensable role energy efficiency plays in sustainable building design. This curriculum is designed in accordance with the standards set by the Occupational Safety and Health Administration (OSHA) and aims to provide a comprehensive understanding of the fundamental principles of energy-efficient design.
The integrative course dwells extensively on the multilayered facets of the building design process in relation to energy efficiency, providing a broad spectrum approach in understanding how to leverage sustainable design principles to reduce energy use, enhance building operability, and contribute to global environmental goals. As environmental performance standard becomes stricter under OSHA guidelines, architects, engineers, and construction professionals will benefit from our rigorous exploration of insulation, air sealing, high-performance glazing, energy-efficient equipment, and advanced framing techniques - all vital components of energy-efficient building design.
Moreover, we delve into the exploration and application of renewable energy systems, such as solar, wind, and combined heat and power systems, in the context of building design. The course also explores techniques for conducting energy audits, identifying potential energy savings in buildings, and methods to quantify these savings.
Apart from technical proficiency, the learners will have the opportunity to explore innovative design methods that prioritise energy efficiency without jeopardizing the aesthetic elements of construction. This comprehensive approach melds basic theory and advanced consultancy level education, providing a solid foundation in energy efficiency and sustainable building design.
Through a combination of lectures, case study examinations, laboratory exercises, and project-based assignments, students will hone their knowledge about how to design new buildings with optimized energy performance and renovate existing buildings to conform to the OSHA energy efficiency norms.
Furthermore, the course also covers the more abstract but equally important aspect of the human element in terms of energy usage, with a string focus on solutions that do not compromise occupant comfort, health, or productivity.
Overall, this course offers learners the knowledge and skills necessary not merely to understand the energy efficiency concepts but to apply them to practical building designs as well, fulfilling the OSHA’s vision for energy efficiency and sustainable building design.
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Buildings are one of the largest consumers of energy globally, accounting for significant portions of electricity, heating, and cooling demand. Understanding energy consumption in buildings is critical for reducing greenhouse gas emissions, enhancing energy efficiency, and promoting sustainable development. This lesson provides an overview of energy use in buildings, factors that influence consumption, and strategies for improving energy efficiency.
Energy-efficient building design incorporates principles that reduce energy consumption, improve comfort, and promote environmental sustainability. By integrating energy efficiency into building design, architects, engineers, and builders can create structures that minimize reliance on nonrenewable energy sources while reducing costs and carbon emissions. This lesson explores the key principles of energy-efficient building design, including passive design strategies, material selection, and advanced technologies.
Choosing sustainable building materials is essential for creating eco-friendly and efficient buildings that have a minimal impact on the environment. Sustainable materials help reduce the embodied energy of a building (the energy consumed by all processes associated with the building), conserve resources, and often improve the overall performance and longevity of a structure. This lesson covers the importance of sustainable material selection, criteria for choosing such materials, and examples of eco-friendly options widely used in modern construction.
Lesson 2: Innovative Technologies for Energy Conservation
Lesson 1: Building Orientation, Insulation, and Natural Ventilation
Lesson 2: Daylighting and Thermal Mass in Building Design
Lesson 1: Energy-Efficient HVAC Systems and Lighting
Lesson 2: Integration of Solar, Wind, and Other Renewable Energy Sources
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