
Green buildings are environmentally responsible, resource-efficient structures considered throughout their lifecycle from siting to deconstruction. They mirror natural systems, turning waste into sustainable cycles and evolving toward higher performance.
Explore how built environments drive environmental impact and how green buildings reduce energy use, emissions, and pollutants, while regenerative design aims for net zero energy.
Balance economic prosperity, social responsibility, and environmental stewardship in green buildings, as a skylight demonstrates energy efficiency, lower costs, and healthier spaces.
Explore how greenhouse gases drive warming; water vapor, carbon dioxide, nitrous oxide, methane, and ozone. The built environment accounts for 67 percent of emissions; consider scope 1, 2, and 3.
Explore sustainable thinking in green buildings by integrating systems thinking, lifecycle thinking, and an integrated process to connect envelope, materials, energy, and occupants throughout the project life.
Analyze systems thinking by identifying interconnections between open and closed systems, emergent properties, and the impact of feedback loops (positive and negative) through leverage points and ripple effects.
Apply the life-cycle approach to green buildings by evaluating materials from extraction to disposal, using cradle to grave and cradle to cradle principles, embodied energy, LCA, and lifecycle costing.
Learn how the integrated process connects stakeholders through information flow and collaboration to deliver sustainable projects, contrasting it with the design-bid-build approach that causes delays and extra costs.
Engage the full project team early to implement an integrated process. Evaluate location, climate, code requirements, and community needs to guide design toward long-term savings.
Explore an iterative process where the entire project team discovers, researches, and refines ideas through charettes, team meetings, and stakeholder workshops, using metrics to measure success and drive integrated design.
Explore the U.S. Green Building Council's mission to transform buildings through LEED certification, GBCI administration, and a global community advancing green, healthy, and sustainable design.
Explore how LEED certification improves energy and water efficiency, lowers lifecycle costs, increases building value and occupant productivity, and compare LEED to BREAM, green globes, G.B. tool, and Caspi.
Explore how municipalities spur green development with structural incentives, density bonuses, and expedited permitting, and financial incentives like tax credits, grants, and revolving loan funds.
Discover the three levels of LEED credentials—Green Associate, LEED AP with specialty, and Fellow—and what each designation signals about green building knowledge, practice, and leadership.
Maintain LEED credentials every two years by earning 15 CEs (green associates) or 30 CEs (AP with specialty); otherwise, retake exam. LEED Online streamlines project registration, submissions, and credit templates.
Select the appropriate LEED rating system and meet minimum program requirements. Earn credits and meet prerequisites to reach the 40-point threshold for LEED certification.
Apply 40/60 rule to select a LEED rating system by dividing the project and calculating floor-area share; under 40% cannot be used, over 60% must be used, 40–60% is discretionary.
Identify the LEED minimum program requirements (MPRs) that govern location permanence, lead project boundary, and size thresholds across rating systems to determine eligibility for certification.
Evaluate LEED eligibility through minimum program requirements, choose the rating system, and review mandatory prerequisites and credits to earn points, including transit credits, pilot credits, and the innovation credit.
Learn how credit interpretation rulings, LEED interpretations, and addenda clarify prerequisite and credit requirements, with online submissions, fees, and consensus-based review.
Prepared by the world's most trusted LEED exam prep provider, this LEED Green Associate Exam Preparation Introductory Course will introduce students to the LEED rating system and provide deep insight about the principles of green buildings. This course is designed to be a solid starting point for the candidates who want to earn the LEED Green Associate credential, which is created for professionals who want to demonstrate green building expertise in non-technical fields of practice. Please note that this course in an introductory course, and cannot be used as a complete exam preparation material for the LEED Green Associate exam.
On the first section, the course will provide deep insight about green buildings and sustainability, and explain the main principles behind green buildings. The discussion will then continue with the integrative process, which is one of the main elements of green building design and construction. In the second section, the students will be introduced to the U.S. Green Building Council, LEED, and the LEED professional credentials. On the third section, the candidates will be introduced to the structure of the LEED rating system and will gain a deeper understanding on how the LEED rating system actually works.
The course will help the student to learn, rather than to memorize the essential information for the exam. It does not matter how much time passes after taking the exam, as learning the real reasons behind the green building and LEED principles through observation will help to consolidate this information concisely.
This course is also recommended for students, professionals, and anyone who has not chosen to take an LEED professional exam, but nonetheless retains a strong interest in LEED and green buildings.
*LEED® and USGBC® are registered trademarks of the U.S. Green Building Council. We are not affiliated with the USGBC or the Green Business Certification Inc. (GBCI) and we do not administer LEED professional exams or the LEED green building certification program. We do not claim any endorsement or recommendation of our products or services by USGBC or GBCI.