High-Performance Building Envelopes focuses on the integration of advanced materials and design strategies to enhance energy efficiency and sustainability in construction. Participants will engage in hands-on projects that explore the latest innovations in building envelope technologies, including insulation, glazing, and air barriers. This course emphasizes practical applications, allowing learners to develop skills that are directly transferable to the job market.
The curriculum is structured to provide comprehensive knowledge and experience in designing and evaluating high-performance building envelopes. Through interactive sessions, participants will collaborate on real-world projects and are encouraged to publish their findings in Cademix Magazine, fostering a culture of knowledge sharing and professional development. The course culminates in a final project where learners will apply their acquired skills to create a prototype or a detailed design proposal for a high-performance building envelope.
Principles of energy-efficient building design
Overview of high-performance materials and technologies
Thermal performance evaluation techniques
Air and moisture control strategies
Advanced glazing systems and their applications
Insulation types and their effectiveness
Building envelope performance metrics and testing methods
Integration of renewable energy systems within building envelopes
Case studies of successful high-performance buildings
Final project: Design and prototype a high-performance building envelope

Biophilic Design Concepts delves into the innovative principles of integrating natural elements into architectural and urban design. Participants will engage in hands-on projects that emphasize the importance of creating spaces that foster well-being, enhance productivity, and promote sustainability. The course structure encourages collaboration and active participation, culminating in a final project that showcases the application of biophilic design principles in real-world scenarios.
This program offers a comprehensive exploration of various biophilic strategies, including the use of natural materials, light, and vegetation in design. Participants will learn to analyze existing spaces and propose design modifications that enhance human-nature connections. The course also emphasizes the significance of documenting and sharing findings, encouraging participants to publish their results in Cademix Magazine, thereby contributing to the broader discourse on sustainable building practices.
Introduction to Biophilic Design: Definitions and Principles
Historical Context and Evolution of Biophilic Design
Psychological and Physiological Benefits of Nature in Architecture
Analyzing Successful Biophilic Projects Globally
Strategies for Incorporating Natural Light and Ventilation
Use of Natural Materials in Sustainable Building Design
Designing with Plants: Indoor and Outdoor Applications
Water Features and Their Impact on Human Experience
Community Engagement in Biophilic Design Projects
Final Project: Design a Biophilic Space for a Specific Context

Retrofitting for Energy Efficiency focuses on the essential strategies and techniques required to upgrade existing buildings for enhanced energy performance. Participants will engage in hands-on projects that emphasize practical applications of sustainable design principles, enabling them to identify and implement energy-saving solutions effectively. The course fosters collaboration and encourages participants to publish their findings in Cademix Magazine, contributing to the broader discourse on sustainable building practices.
The curriculum covers a comprehensive range of topics, ensuring that participants gain both theoretical knowledge and practical skills. By the end of the program, learners will be equipped to assess building performance, recommend retrofitting measures, and understand the financial and environmental benefits of energy-efficient upgrades. This course is tailored for professionals looking to advance their careers in the energy and sustainability sector, providing them with the tools necessary to make impactful changes in their organizations and communities.
Building energy performance assessment techniques
Overview of sustainable materials and technologies
Energy modeling and simulation tools
HVAC system optimization for retrofitting
Insulation and air sealing strategies
Renewable energy integration in retrofitting projects
Cost-benefit analysis of energy efficiency upgrades
Retrofitting for indoor air quality improvement
Case studies of successful retrofitting projects
Final project: Design a comprehensive retrofitting plan for a selected building