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Able Safety Consulting - Sustainability and Green Building Practices Training Online

Sustainability and Green Building Practices Online Training

Why do you need a Sustainability and Green Building Practices Training course? As the construction industry shifts toward sustainability, professionals must stay updated on best practices, green certifications, and energy-efficient design strategies. This training helps professionals understand LEED certification, reduce environmental impact, optimize energy efficiency, and implement sustainable materials and water conservation techniques. By taking this course, learners gain a competitive edge in the industry while contributing to a greener, more sustainable future.

 

SELF-PACED ONLINE TRAINING ON SUSTAINABILITY AND GREEN BUILDING PRACTICES

This training equips participants with the foundational knowledge, specialized skills needed to design and build eco-friendly, cost-effective structures that meet regulatory standards. A Sustainability and Green Building Practices (LEED and Energy-Efficient Design) Training helps professionals understand how green building initiatives, such as improved indoor air quality, non-toxic materials, and energy-efficient HVAC systems, contribute to a safer work environment.Upon successful completion, participants automatically receive their certification via email, affirming their Sustainability and Green Building Practices Online Training.

 

Sustainability and Green Building Practices – OSHA Requirements

While OSHA (Occupational Safety and Health Administration) primarily focuses on workplace safety, sustainability and green building practices also align with OSHA’s regulations by promoting healthier indoor environments and reducing hazards related to construction materials and energy systems. Additionally, OSHA standards intersect with sustainability efforts in areas like hazardous material handling, noise reduction, and ergonomic design, ensuring compliance while fostering a safer and more sustainable construction industry. 

 

IACET CEUs (Continuing Education Units)

0.6

 

CEU Requirements 

  1. 100% attendance for the Sustainability and Green Building Practices Training Class
  2. Completion of Continuing Education and Training Registration Form
  3. Active participation in all class exercises (determined by course instructor)
  4. Completion of required pre-and post-quiz assessment
  5. As applicable, achievement of a minimum passing score on the required end-of-course examination
  6. Participation and submittal of end-of-course evaluation form (must provide name on form to receive credit)
  7.  

Learning Objectives

Upon completion of this Sustainability and Green Building Practices training, the student will be able to:

  • Understand fundamental principles of sustainability and green building.
  • Explain the LEED certification process and requirements.
  • Apply energy-efficient design strategies to reduce building impact.
  • Identify sustainable materials and construction techniques.
  • Integrate water conservation and waste management practices.
  • Implement renewable energy solutions in green buildings.

 

What you need:

  • Webcam or smartphone
  • Microphone or smartphone
  • Photo ID

What you get:

  • Certificate of Completion
  • IACET CEUS .6

Course Content

Learning Objectives
Definition and Importance of Sustainability
The Impact of Buildings on the Environment I
The Impact of Buildings on the Environment II
Principles of Green Building I
Principles of Green Building II
Overview of Green Building Standards
LEED (Leadership in Energy and Environmental Design
WELL Building Standard
Living Building Challenge (LBC)
ENERGY STAR
International Green Construction Code (IgCC)
Comparison Table
Benefits of Sustainable Construction
Economic Benefits
Social Benefits
The Role of Engineers in Green Building I
The Role of Engineers in Green Building II
Overview of Sustainable Development Goals (SDGs) and Building Industry
The Role of the Building Industry in Achieving the SDGs
Green Building Regulations and Codes
Federal Green Building Laws & Regulations
State & Local Green Building Codes
Compliance & Enforcement of Green Building Codes
Overview of LEED (Leadership in Energy and Environmental Design)
Overview of LEED Rating Systems (Project Categories)
LEED Credit Categories
LEED Rating Systems (BD+C, ID+C, O+M, ND, Homes, Cities & Communities) I
LEED Rating Systems (BD+C, ID+C, O+M, ND, Homes, Cities & Communities) II
LEED Rating Systems (BD+C, ID+C, O+M, ND, Homes, Cities & Communities) III
LEED Certification Levels (Certified, Silver, Gold, Platinum)
LEED Certified (40 - 49 points)
LEED Silver (50 - 59 points)
LEED Gold (60 - 79 points)
LEED Platinum (80+ points)
Key Benefits of Higher LEED Certification Levels
LEED Credits and Categories I
LEED Credits and Categories II
Comparison with Other Green Building Certifications I
Comparison with Other Green Building Certifications II
Comparison with Other Green Building Certifications III
Comparison with Other Green Building Certifications IV
Steps to Obtain LEED Certification
Energy-Efficient Building Envelope Design
Key Components of an Energy-Efficient Building Envelope I
Key Components of an Energy-Efficient Building Envelope II
High-Performance HVAC Systems
Key Components of High-Performance HVAC Systems I
Key Components of High-Performance HVAC Systems II
Benefits of High-Performance HVAC Systems I
Benefits of High-Performance HVAC Systems II
Energy Modeling and Building Automation Systems (BAS)
Building Automation Systems (BAS)
Benefits of Building Automation Systems (BAS
Lighting Efficiency (LED, Daylighting, Smart Controls)
LED Lighting: The Standard for Energy Efficiency
Daylighting: Harnessing Natural Light for Efficiency
Smart Lighting Controls: Optimizing Energy Use
Lighting Efficiency and Sustainability Certifications
Passive Design Strategies for Engineers
Natural Ventilation: Harnessing Airflow for Cooling & Comfort
Thermal Mass: Storing and Releasing Heat for Temperature Regulation
Solar Orientation: Positioning Buildings for Maximum Efficiency
Integration of Passive Strategies in Green Building Certifications
ENERGY STAR Certification and Energy Benchmarking
Steps to Obtain ENERGY STAR Certification
Water Efficiency in Buildings
Key Strategies for Water Efficiency in Buildings
Water Efficiency in Green Building Certifications
Low-Flow Fixtures and Rainwater Harvesting Systems
Low-Flow Fixtures
Rainwater Harvesting Systems
Greywater and Blackwater Treatment Strategies
Blackwater Treatment Strategies
Stormwater Management and Permeable Surfaces
Permeable Surfaces in Stormwater Management
Waste Reduction Strategies in Construction and Operations
Waste Reduction Strategies in Construction
Waste Reduction Strategies in Building Operations
Zero-Waste Building Initiatives
Zero-Waste Strategies in Building Operations
Criteria for Selecting Sustainable Materials I
Criteria for Selecting Sustainable Materials II
Recycled and Renewable Materials in Green Construction I
Recycled and Renewable Materials in Green Construction II
Prefabrication and Modular Construction for Sustainability
Sustainable Benefits of Prefabrication
Types of Prefabrication in Sustainable Construction
Reducing Carbon Footprint in Construction
Strategies to Reduce Carbon Footprint in Construction I
Strategies to Reduce Carbon Footprint in Construction II
Life Cycle Assessment (LCA) of Building Materials
Key Stages of Life Cycle Assessment in Building Materials
Construction Waste Reduction and Recycling
Strategies for Construction Waste Reduction
Construction Waste Recycling Methods
Waste Reduction Benefits
Green Roofs and Living Walls
Living Walls (Green Walls or Vertical Gardens)
Integration of Renewable Energy in Buildings I
Integration of Renewable Energy in Buildings II
Net-Zero Energy and Net-Positive Energy Buildings
Key Principles of Net-Zero and Net-Positive Energy Buildings I
Key Principles of Net-Zero and Net-Positive Energy Buildings II
Benefits of Net-Zero and Net-Positive Energy Buildings
Environmental Benefits
Economic Benefits
Social Benefits
Long-Term Sustainability & Future Readiness
Challenges and Considerations I
Challenges and Considerations II
Microgrids and Smart Building Technologies
Smart Building Technologies and Their Role in Sustainability
The Integration of Microgrids and Smart Buildings
Resilient and Climate-Adaptive Building Design
Key Principles of Resilient and Climate-Adaptive Design
Resilient Building Materials and Construction Techniques
Future of Green Building and Emerging Trends I
Future of Green Building and Emerging Trends II
Green Building Financial Incentives and Tax Credits
State and Local Incentives
Utility Rebates and Energy-Efficiency Programs
Summary
Exam