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SUSTAINABLE INTERIORS school

This school delves into sustainable interior design, covering from fundamental concepts to advanced strategies and simulation tools.

Prepared to transform professionals into experts capable of creating spaces that prioritize health, productivity, and well-being, the school stands out for its practical and results-oriented approach.

Target Audience:

  • Owners and employees of architecture and interior design firms
  • Architects and interior designers
  • Architecture and interior design students

school OBJECTIVES:

  • Master sustainable design to elevate projects beyond aesthetics
  • Implement sustainable strategies accurately in projects
  • Attract premium clients interested in sustainability
  • Stand out in the market as an innovative and sustainable designer

CURRICULUM:

SUSTAINABLE iNTERIORS

Module 1: Behind the Scenes of Sustainable Interiors

  • Introduction
  • How to best enjoy the course
  • Strategies within the interior design schedule
  • Integrative Process inside the sustainable interiors schedule

Module 2: Daylight

  • Fundamental theories of natural lighting
  • Natural lighting metrics for simulations
  • Simulations of natural lighting with concepts of sDA and ASE (With Sefaira)
  • Simulations of natural lighting using concepts of LEED v4 (With Lightstanza)
  • Another fundamental strategies: quality views, plan proportions, windows and more

Module 3: Artificial Lighting

  • Basic concepts of artificial lighting
  • Simulation with Dialux: basic modeling and fundamental inputs
  • Simulation with Dialux: insertion of constructive details
  • Simulation with Dialux: insertion of furniture and geolocation
  • Specification of luminaires and insertion in a project
  • Power density: manual calculations x Dialux

Module 4: Sustainable Materials

  • Introduction
  • Types of sustainable materials
  • Sustainable roofs and finishes
  • Specification of sustainable materials
  • Documentation of sustainable materials

Module 5: Water Use Reduction

  • Introduction
  • Reducing internal water consumption
  • Finding the appropriate specifications for your type of project
  • Reduction of water consumption in landscaping
  • Developing a more economical landscape
  • Xeriscaping

Module 6: Thermal Comfort

  • Introduction
  • The practical importance of thermal comfort
  • Understanding ASHRAE 55: Thermal Environmental Conditions for Human Occupation
  • Strategies for Thermal Comfort - Case Study Salvador
  • Strategies for Thermal Comfort - Case Study Curitiba
  • Thermal comfort strategies according to environmental certifications: LEEDv4 and WELLv2

Module 7: Air Quality

  • Introduction
  • Microbes and mold control in indoor spaces
  • Smoke control in indoor spaces
  • Establishing an adequate standard of air quality
  • Obtaining an appropriate ventilation pattern to the spaces

Module 8: Acoustics

  • Basic Acoustics Concepts
  • Acoustic Requirements
  • Practical Applications
  • Implementation Guide - General Uses
  • Implementation Guide - Schools and Hospitals

Module 9: Energy Efficiency

  • Introduction
  • The proper choice of glasses in your project
  • Solar Control
  • Energy Saving
  • Project management with focus on energy savings
  • Guidelines, Norms and Labels

Module 10: Movement, Mind and Community

  • Introduction
  • Promoting spaces that guarantee physical well-being
  • Optimizing the relationship of space to our mind
  • Interior design that establish good community relationships

Module 11: Assessment Quiz

green interiors roadmap

  • Biophilic Design
  • Acoustics
  • Wellness
  • Sustainable Materials 
  • Lighting Design

green spaces Explained

  • Green Schools
  • Green Offices
  • Green Retail 
  • Green Houses 
  • Green Hospitals
  • Green Landscape

green interiors day milan - recordings

  • The Landscape of Sustainable Interiors Around the World | Sami Meira and Filipe Boni 
  • Integration BIM-LCA: Challenges and Benefits to Enhance the Sustainability of Constructions | Mayara Sarisariyama
  • The Role of Material Data in Architecture | Jacques Chevrant
  • Artificial Intelligence Beyond Form In Interior Design | Filipe Boni 
  • Cross\Gen: Durability, Evolution and Beauty Towards Generations | Poé Matteo George ( Scandurra Studio Architettura)
  • How Much Material Do You Get For One Kilo of Greenhouse Gases? | Emma Olbers
  • Crafting Carbon Sinks: Innovating Carbon-Negative Materials for Construction | Alena Kharissova
  • Art, Science and Sensitivity for Healthy Homes | Viviane Teles and Lauren Moreira
  • Neuroarchitecture, Biophilic Design and The Future of Living | Christie Schulka (Roca ceràmica)
  • The Arte of Sustainable Luxury: Designing for a Positive Lifestyle | Milena Cvijanovich
  • Enhancing Communication in Sustainable Building Projects | Phanos Hadjikyriakou
  • Decarbonization of Interior Projects to Meet a Global Agenda | Sami Meira
  • Round Table: Sustainability in The Construction Material Supply Chain

Sustainable Interiors Workshop

ADDITIONAL INFORMATION:

  • Format: Video modules, reading materials, and simulation tools
  • Certification: Final exam for sustainable interior specialist certification
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