
Examine the worldwide green building rating system landscape, with leed as the standard, and compare schemes in United Kingdom, Australia, Germany, India, and Canada, including categories and certification levels.
Compare global green building rating systems, including LEED, Green Star, and the Canadian Green Building Council, and examine objectives, third-party assessment processes, and milestones shaping sustainable design.
Explore worldwide green building rating systems, from Saudi Arabia to India and Germany, comparing bronze to platinum levels, regional focus, and categories like energy, water, comfort, and local materials.
Explore how building envelopes, materials, and orientation influence heat transfer and thermal mass, shaping daytime heat gain and nighttime loss through walls and roof, using u-value, area, and climate-zone considerations.
Explore how the building envelope, glazing, and skylights influence heat transfer and solar heat gain coefficient, while assessing insulation options and r-values for different climates.
Explore how air infiltration and exfiltration affect building performance and energy loss, their causes: wind, stack effect, and pressure differences, and prevention with sealing, weatherstripping, and proper insulation.
Explore how lighting choices—from incandescent to CFL, fluorescent, HID, and LEDs—affect energy use, color rendering, glare, and visual comfort in green building design, with smart controls for efficiency.
This lecture explores HVAC design for green buildings, detailing chillers by cooling method and compressor type, with emphasis on energy efficiency, cooling towers, and selection guidelines.
Learn to select and sequence building chillers for green design, focusing on load-based capacity, standby strategies, and energy savings from lower condenser and chilled-water temperatures and variable speed drives.
Learn about packaged and ductless (DX) HVAC for green buildings, including package versus split systems, rooftop and modular configurations, capacity considerations, and efficiency standards like EER and SEER.
Packaged and ductless dx systems provide flexible, space-saving installation for small, single-zone buildings, guided by efficiency standards like erp, eers, and energy star tiers, with limited ventilation.
Is Green Building means a building cover surrounded by Green Plants & Trees..? Well, It's more than this. A Green Building combines a aspects like Energy Efficiency, Water Conservation, Sustainable Material, Indoor Environment Quality, Sustainable Building Planning & Design etc.
With the Focusing on this Aspects, The Course is Design to provide you immersive Learning of " How to Design Green Building" with different Parameters that are discussed in following lectures.
Section 1 : This Section is about LEED Rating system for Green Building that bundled with three Lectures. Lecture 1 consists Basics of LEED, Area of LEED rating systems, LEED credit categories, LEED certification levels. Lecture 2 consist basics of GBCA, it's Categorise, Certification Process etc..., Basics of CaGBC, it's working procedure, rating system as well as Basics of BREEAM, it's Categories, Credit categories & Point, Rating Scale, Standards etc. Lecture 3 consist MOSTADAM rating system of Saudi Arabia, it's vision, Rating levels as well as GRIHA & IGBC rating system of INDIA, it's Rating Structure, Rating system, IGBC Rating system, Key areas etc.
Section 2 : This Section is about Green Building - Building Envelope. There are 2 Lecture that consist the contents on Factors of building envelope, thermals through building material, U - values on building performance, Cool roofs, Glazing & Skylights, SHGC/VLT for Glasses, Insulation & it's R-Value etc.
Section 3 : This section consist 1 lecture of Air filtration. Lecture has a topics like about infiltration, selection of Building Materials for infiltration, Methods for air flow sealing, Controls of Moisture flow.
Section 4 : This section is about Green building - lightning. There is a 1 Lecture that bundled with topics like basics of Lightning & Appliances, Fundamentals of lightning, types of lightning systems, how to select efficient lightning system, lightning density, efficiency comparison.
Section 5 : This section is about Green Building - HVAC design. The section consists total 2 lecture that comprises following contents like Chillers, chiller bases condenser / compressor, selection of chiller, energy performance terms, chiller energy conservation guidelines.
Section 6 : This section is about Green Building - Packaged & Ductless HVAC systems. There is a 2 lecture in this section that bundled with topics like basic of this HVAC systems & it's types, Technical terms for HVAC systems, Efficiency Recommendation, Efficiency rating of HVAC equipment's, PROs & CONs of Packaged AC Units.
This course series is useful for those who wish to understand design aspects of Green Building. The course is not about remembering points and credits but it is about conceptual understanding of different parameters affecting Design process of Green Building. Prior going for LEED or any other Green building exam, if the Design concept is understood, It will make the process of Green certification as well as credentialing process much easier.