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ECO-FRIENDLY DESIGN#1
Design practices that minimize environmental impact, focusing on sustainability and resource conservation.
SUSTAINABLE MATERIALS#2
Materials sourced and produced in ways that reduce environmental harm, promoting recycling and renewable resources.
ENERGY EFFICIENCY#3
Using less energy to provide the same service, often achieved through innovative design and technology.
ARCHITECTURAL DRAFTING#4
The process of creating detailed drawings that communicate building design and construction details.
GREEN ARCHITECTURE#5
An approach to architecture that seeks to reduce the negative environmental impact of buildings.
BUILDING CODES#6
Regulations that govern the construction and safety standards of buildings, ensuring public health and safety.
ENVIRONMENTAL IMPACT ASSESSMENT (EIA)#7
A process to evaluate the potential environmental effects of a proposed project before it is carried out.
PASSIVE SOLAR DESIGN#8
Design strategies that utilize natural sunlight for heating and lighting, reducing energy consumption.
LOCAL SOURCING#9
Obtaining materials from nearby suppliers to reduce transportation emissions and support local economies.
ENERGY MODELING#10
Simulating a building's energy use to optimize design and improve energy efficiency.
TECHNICAL DRAWINGS#11
Detailed illustrations that convey specific aspects of a building's design and construction.
SUSTAINABILITY COMPLIANCE CHECKLIST#12
A tool to ensure that designs meet established sustainability standards and regulations.
RENEWABLE RESOURCES#13
Natural resources that can be replenished, such as solar energy, wind, and sustainably harvested materials.
STAKEHOLDER ENGAGEMENT#14
Involving all parties affected by a project in the decision-making process to ensure their needs are met.
MITIGATION STRATEGIES#15
Actions taken to reduce adverse environmental impacts identified in an EIA.
DRAFTING SOFTWARE#16
Digital tools used to create architectural drawings and plans, enhancing precision and efficiency.
COMPLIANCE REPORT#17
A document detailing how a project adheres to relevant building codes and sustainability regulations.
CASE STUDIES#18
Real-world examples examined to illustrate best practices and lessons learned in sustainable design.
PROJECT REVIEW#19
A critical assessment of a project to identify strengths, weaknesses, and areas for improvement.
FINAL PRESENTATION#20
A comprehensive showcase of a project, demonstrating design concepts, processes, and outcomes.
ENERGY-EFFICIENT SYSTEMS#21
Technologies and methods that reduce energy consumption in buildings, such as advanced HVAC systems.
ENVIRONMENTAL STEWARDSHIP#22
The responsible use and protection of the natural environment through sustainable practices.
GREEN BUILDING CERTIFICATION#23
A recognition that a building meets specific sustainability criteria, often assessed by third-party organizations.
SUSTAINABLE DESIGN PRINCIPLES#24
Guidelines that inform eco-friendly building practices, focusing on efficiency, resource conservation, and minimal waste.