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Smart Building Design: Daylight & Ventilation Essentials
Original price was: USD $770.00.USD $199.00Current price is: USD $199.00.
Buildings rarely fail because a designer forgot that daylight exists or that air moves. They fail because those forces were treated too late, too separately, or too superficially.
This course focuses on daylighting and natural ventilation as design variables, not afterthoughts. It teaches participants how to read climate conditions, shape space, evaluate performance, and make better building decisions using practical design logic and simulation-supported analysis.
About the Course
Smart building design is often discussed in terms of automation and energy systems, but high-performing buildings depend equally on how designers work with daylight, airflow, orientation, and envelope choices from the start. This course addresses that design layer directly.
The emphasis is not just on terms, but on understanding how choices affect usable light, airflow quality, cooling load, and operational efficiency. It serves as an applied bridge between passive design thinking and measurable performance.
Stronger academic and professional programs distinguish themselves by combining environmental design theory with performance metrics and simulations.
Why This Topic Matters
Daylighting and natural ventilation sit at the intersection of architecture, engineering, and occupant well-being. They shape how buildings use energy and how spaces feel. Designers are under growing pressure to improve indoor environmental quality while reducing energy demand.
A useful strategy is not just about window area or opening placement; it depends on climate, geometry, internal loads, and how people actually use space. This course builds a stronger grasp of why passive design still matters in increasingly instrumented, sensor-rich buildings.
What Participants Will Learn
• Interpret daylighting and ventilation as core performance factors
• Analyze solar paths, wind behavior, and site conditions
• Assess envelope choices, openings, and building layout
• Apply strategies for shading, glazing, and daylight harvesting
• Understand cross ventilation, stack effect, and hybrid approaches
• Use simulation-informed workflows for performance evaluation
• Read and interpret metrics such as DF, DA, and UDI
• Connect passive choices with HVAC and building systems
• Review codes, standards, and green certification frameworks
• Build a reasoned design response via a final applied project
Course Structure / Table of Contents
Module 1 — Foundations of Sustainable Building Design
- Sustainability principles in architecture and the built environment
- Energy efficiency, occupant comfort, and indoor environmental quality
- Relationships between passive design and smart building systems
Module 2 — Climate Analysis and Site Context
- Reading solar paths and seasonal sun movement
- Understanding wind patterns and local climatic forces
- Using climate data to guide early-stage massing decisions
Module 3 — Daylighting Principles and Strategies
- Daylighting systems: clerestories, skylights, light shelves
- Shading devices, solar control, and daylight harvesting
- Performance metrics: DF, DA, UDI, and glare awareness
Module 4 — Natural Ventilation Techniques
- Cross ventilation, stack effect, and passive cooling
- Placement and sizing of windows, vents, and louvers
- Mixed-mode and hybrid ventilation concepts
Module 5 — Simulation Tools and Performance Analysis
- Modeling performance in Radiance and EnergyPlus
- Reading simulation outputs without over-simplifying results
- Case-based interpretation of model results
Module 6 — Integration with Building Systems
- Coordinating daylighting with electric lighting systems
- Linking passive ventilation with HVAC design logic
- Smart controls, sensors, and energy monitoring basics
Module 7 — Codes, Standards, and Design Frameworks
- LEED, WELL, and performance-oriented design frameworks
- Documentation and compliance for environmental design
Module 8 — Advanced Topics and Emerging Directions
- Adaptive comfort models and biophilic design
- Renewable energy integration in smart buildings
Module 9 — Final Applied Project
- Develop a building concept with daylight/ventilation rationale
- Include simulation-supported performance observations
- Review and refine through mentor or peer feedback
| Course Dimension | Conceptual Modules | Simulation Modules | Project Components |
|---|---|---|---|
| Content Delivery | Foundations & Climate Theory | Workflow Demonstrations | Applied Concept Development |
| Key Activities | Context Analysis | Model Interpretation | Design Response Synthesis |
Tools, Techniques, or Platforms Covered
Radiance
EnergyPlus
DIALux
Velux Daylight Visualizer
Solar Path Analysis
Daylight Metrics (DF/DA/UDI)
Airflow Assessment
EnergyPlus
DIALux
Velux Daylight Visualizer
Solar Path Analysis
Daylight Metrics (DF/DA/UDI)
Airflow Assessment
Frequently Asked Questions
What is this course about?
It is an advanced online course on smart building design focused on how climate, form, openings, and simulation shape performance.
Do I need prior coding experience?
No. This course is focused on design reasoning and simulation tools rather than programming.
Will the course include hands-on work?
Yes. Includes applied exercises, software exposure, and a final design project developed through mentor sessions.
Is this course more theoretical or practical?
It is designed as theory-to-application, moving from conceptual understanding to simulation interpretation and project design.
Is this suitable for complete beginners?
It is better suited to learners with some background in architecture or engineering. The level is advanced and project-oriented.
Closing Summary
Daylighting and natural ventilation are easy to praise in theory and much harder to apply well in design. This course offers a clearer route into climate-aware design reasoning and performance interpretation for those who want to understand how high-performance buildings are actually designed.
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What You’ll Gain
- Full access to e-LMS
- Publication opportunity
- Self-assessment & final exam
- e-Certificate
Akshay Kumar –
Best course work with proper recorded videos at best price