Integrative design process - early analysis of the interrelationships among systems; systems thinking; charettes

Integrative project team members - architect, engineer, landscape architect, civil engineer, contractor, facility manager, etc.

Standards that support LEED - American Society of Heating, Refrigeration and Air-conditioning Engineers [ASHRAE]; Sheet Metal and Air Conditioning Contractors National Association [SMACNA] guidelines; Green Seal, ENERGY STAR®, HERs, Reference Standards listed in ACPs, etc.

USGBC®/GBCI

Structure of LEED rating systems - credit categories, prerequisites, credits and/or Minimum Program Requirements for LEED Certification

LEED v4 vs. LEED 2009

Scope of each LEED rating system - rating system selection; rating system families [BD+C, ID+C, O+M, ND, Homes]

LEED development process - consensus based; stakeholder and volunteer involvement; rating system updates/evolution

Credit categories - goals and objectives of each and synergies

Impact categories - what should a LEED project accomplish?

LEED certification process - certification levels [Certified, Silver, Gold, Platinum]; LEED Scorecard; 3rd party verification; role of documentation submission; LEED Interpretations; Addenda; awareness of different system versions; Components of LEED Online and Project Registration

Other rating systems – what other green building rating systems are out there?

Site selection - targeting sites in previously developed and brownfields/high-priority designation area, avoiding sensitive habitat, located in areas with existing infrastructure and nearby uses, reduction in parking footprint

Alternative transportation - type, access, and quality; infrastructure and design

Site assessment - environmental assessment, human impact;

Site design and development - construction activity pollution prevention; habitat conservation and restoration; exterior open space; rainwater management; exterior lighting; heat island reduction

Outdoor water use - use of graywater/rainwater in irrigation; use of native and adaptive species

Indoor water use - concepts of low flow/waterless fixtures; water-efficient appliances

Water performance management - measurement and monitoring

Building loads - building components, space usage [private office; individual space; shared multi-occupant spaces]

Energy efficiency - design, operational energy efficiency, commissioning, energy auditing

Alternative and renewable energy practices - demand response, renewable energy, green power, carbon offsets

Energy performance management - energy use measurement and monitoring; building automation controls/advanced energy metering; operations and management; benchmarking; ENERGY STAR®

Environmental concerns - sources and energy resources; greenhouse gases; global warming potential; resource depletion; ozone depletion

Reuse - building reuse, material reuse, interior reuse, furniture reuse

Life-cycle impacts - concept of life-cycle assessment; material attributes; human and ecological health impacts; design for flexibility

Waste - construction and demolition; maintenance and renovation; operations and ongoing; waste management plan

Purchasing and declarations - purchasing policies and plans; environmental preferable purchasing (EPP); building product disclosure and optimization [i.e., raw materials sourcing; material ingredients; environmental product disclosure]

Indoor air quality - ventilation levels; tobacco smoke control; management of and improvements to indoor air quality; low-emitting materials; green cleaning; integrated pest management

Lighting - electric lighting quality, daylight

Sound - acoustics

Occupant comfort, health, and satisfaction - controllability of systems, thermal comfort design, quality of views, assessment/survey

Environmental impacts of the built environment - energy and resource use in conventional buildings; necessity of green buildings; environmental externalities; triple bottom line

Codes - relationship between LEED® and codes [building, plumbing, electrical, mechanical, fire protection]; green building codes

Values of sustainable design - energy savings over time; healthier occupants; money-saving incentives; costs [hard costs, soft costs]; life-cycle

Regional design - regional green design and construction measures as appropriate, regional emphasis should be placed in Sustainable Sites and Materials & Resources

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