
Discover building envelope design through fenestration, glazing guidelines, and solar heat gain management—covering solar heat gain coefficient, u-factor, visual transmittance, infiltration, insulation, and daylighting.
Explore how building orientation, shading, and cross ventilation lower energy use and solar heat gain, with moisture management insights balancing wetting and drying for a durable envelope.
Investigate how fenestration and glazing shape envelope performance by examining u-factor, solar heat gain coefficient (SHGC), and visible light transmittance (VLT), and compare single and double glazing on heat transfer.
Explore fenestration strategies to maximize daylight and minimize cooling loads in commercial buildings, championing high-performance double glazing, selective glazing with 50–70% visible transmission, and exterior shading for energy efficiency.
Explore daylighting strategies and fenestration design that reduce electric lighting needs while balancing interior heat gains, shading, and glazing decisions.
Examine skylights as roof glazing that affects daylighting, heat transfer, and energy performance under CBC and green building codes, noting flush-mounted vs mounted variants and skylight area limits five percent.
Explore how cool roofs with reflective coatings and high albedo reduce heat gain on roofs and cut energy use.
Explore how overhangs and insulation shape building envelope performance, controlling heat transfer, window to wall ratios, and daylighting while meeting prescriptive R-value and U-value requirements.
Explore air leakage in building envelopes, including infiltration and exfiltration, their causes like wind, stack effect, and negative pressure, and practical sealing remedies to reduce energy loss and moisture-related issues.
Explore how early integration of building envelope decisions—glazing, insulation, and shading—lowers cooling and operating costs, with energy modeling and daylight controls guiding glazing selection and system sizing.
Recall sitting in your office shivering from cold drafts, or fanning yourself from the heat? Building envelope design is the cause. A building envelope is the structural barrier between the interior and exterior of a building. It is responsible for maintaining climate control within the interior of a building. Climate control refers to cooling and heating a building. The building envelope also keeps the interior free from moisture, sound, and light. The building envelope structure includes Roof, Walls, Foundation, Doors and Windows.
The Course has total 7 section which contains couple of lectures that provides immersive learning of making the Building Envelope that Compliance Green Building Mechanism. The section are as follows.
Section 1 : The section consists a lecture that provides you a overview of full course.
Section 2 : This section is about Orientation of the building. This consists 1 lecture that provides learnings on Orientation strategy, critical missteps in building envelope design, guidelines for building envelope design, Moisture management etc.
Section 3 : This section is about Fenestration. The section consists of 2 lecture that provides learnings on basic of fenestration, U - Factors, Direct & Indirect Solar radiation, Solar heat gain coefficient, Glazing etc.
Section 4 : This section has total three lecture that provide learnings on different aspects which are as follows. Lecture 1 : This lecture is about Daylighting that provides learning on how to achieve efficient daylighting in building. Lecture 2 : This lecture is about Skylights/Roof lights that provides learnings on basic of skylights as well as U-Factor for skylights and SHGC requirement as per Building Conservation Code. Lecture 3 : This lecture is about Basic understanding of Cool roof.
Section 5 : This section has 1 lecture that provides learning on Basics Overhangs & Insulation. The lecture gives the learnings on desirable values for insulation in Opaque walls as well as Vertical fenestration & Overhangs as Building compliance code with Mathematical means.
Section 6 : This section consists 1 lecture on Air leakage that provides understandings on Basics of air leakage (Infiltration) as well as Building envelope sealing.
Section 7 : This section has 1 lecture that provides learnings on Guidelines for HVAC system that are energy efficient for desired Building Envelope.
Course is helpful to Engineers, Consultants, Architects and Energy managers who wish to adopt Energy efficient design of building.