Define zero energy buildings

Discuss the different terms used for zero energy

Explain the benefits associated with achieving zero energy

Module 2: Developing Energy Budget and Key Performance Criteria

• Identify the key steps to an integrated zero energy design process
• Appreciate the importance of conducting an iterative analysis throughout the design process
• Implement each step in the integrated zero energy design process

Module 3: Building Performance Simulation

• Define building performance simulation and describe each of its elements
• Identify different simulation types and how to use the results
• Interpret the feedback provided from each simulation type and how it can be analyzed and used to make design decisions

Module 4: Building the Team

• Describe the role that a designer plays in being a champion for zero energy design
• Discuss the key characteristics of a zero energy design team
• Describe techniques and methods to get all team members focused on the goal of zero energy

Module 5: Creating a Collaborative Mindset

• Describe the strategies for setting energy goals
• Discuss the steps for developing collaboration across all teams and creating an integrated design as applied to zero energy buildings

Module 6: Developing Quality Assurance and Commissioning

• Discuss the role of the QA team
• Describe how QA/QC plans are created to achieve the required performance
• Describe the measurement and verification period, how long it should last, and items to consider
• Identify the strategies used to monitor and maintain building efficiency
• Discuss the importance of sustaining zero energy performance and reducing energy consumption in the long term

Module 7: Project Planning

• Discuss the key components and factors to consider when simultaneously meeting budget and energy performance goals
• Describe the loading order to efficiently design and construct a zero energy building
• Understand how to manage a project so that all decisions evaluate energy impacts

Module 8: Strategies for Architects

• Discuss site and building design strategies to consider when designing a zero energy building
• Describe the key items to consider when designing a building envelope that is aesthetically pleasing and contributes to meeting the energy goals
• Identify the key factors to consider for achieving energy savings when designing daylighting
• Describe the options available to achieve energy savings through electric lighting without compromising performance

Module 9: Strategies for Engineers

• Describe ways that engineers can help hit EUI targets
• Identify ways to maximize energy efficiency while improving indoor environmental quality
• Describe the best practices for reducing energy consumption of the service water heating system
• Discuss strategies to reduce energy consumption in kitchen equipment
• Discuss different renewable energy sources that can be used as part of a zero energy building design

Module 10: Effective Envelopes

• Describe the role that the building envelope plays in zero energy design
• Identify the steps for optimizing the envelope
• Describe thermal bridges and their detailing
• Discuss the steps and criteria needed to perform envelope testing
• Discuss the multi-disciplined aspects of creating an effective envelope

Module 11: HVAC Systems

• Identify the necessary design parameters for HVAC systems in zero energy buildings
• Discuss the factors to consider when completing loading calculations in order to "right-size" HVAC equipment.
• Describe the controls used for HVAC systems in zero energy buildings
• Discuss design features that improve the ease of maintenance of HVAC systems for zero energy buildings.

Module 12: Plug Loads

• Describe the importance of plug loads
• Discuss why plug loads are part of the design problem
• Describe strategies for controlling plug loads
• Engage occupants in the success of the building