📚 Syllabus & Course Curriculum
Nanotechnology & Materials Science
Module-by-module breakdown of AI & Biodesign for Sustainable Cities: Smart Buildings Green Architecture & Urban Systems, from foundations to a certified capstone project.
Outline
Explore biomimicry principles for architectural applications • Analyze living facades and vertical greenery systems • Evaluate green roof technologies and benefits
Outline
Discover responsive and regenerative materials for façades • Evaluate bio-based envelope materials and performance • Assess material lifecycle impacts and sustainability
Outline
Frame thermal comfort and daylight optimization strategies • Develop shading solutions for energy efficiency • Map biodesign ideas to performance objectives
Outline
Work with building energy and environmental datasets • Apply time-series ML models for energy forecasting • Link materials and form decisions to energy performance
Outline
Design HVAC and lighting control systems • Implement sensor networks and BMS/BAS technologies • Balance comfort vs. efficiency in system designs
Outline
Develop AI algorithms for building optimization • Integrate rooftop PV and BIPV systems • Create strategies for peak shaving and emission reduction
Outline
Apply AI to city-scale urban planning challenges • Analyze district-level energy and resource flows • Develop sustainability indicators for urban environments
Earn government-registered certification in AI & Biodesign for Sustainable Cities: Smart Buildings Green Architecture & Urban Systems
e-Certificate and e-Marksheet issued on successful completion.
