• Reducing Retrofit Risk with Predictive, Physics-based Modeling

    Discover how AUROS Insights brings whole-building, physics-based energy modeling into data and digital twin platforms—enabling holistic decarbonization planning and operational optimization. Learn how integrate building science expertise into smart building infrastructure with AUROS Group.

  • Phius Certified Builder (CPHB) Training

    Virtual Event

    The Phius Certified Builder Certification is for tradespeople and construction professionals with field experience in construction and/or high performance building. This training prepares construction professionals to understand passive building techniques — airtight enclosures, high-performance window installation, passive design strategies, field quality assurance, and site management. For a project pursuing Phius Certification, these professionals ensure the building is built and operating to the plans and specifications. They are responsible for executing air-sealing and thermal bridge mitigation.

  • Phius Certified Consultant (CPHC) Training

    Virtual Event

    This training is intended for Architects and Engineers. CPHCs learn to design to the Phius Certification climate-specific building standard. Projects earning Phius certifications (Phius CORE, Phius ZERO and Phius REVIVE) follow RESNET QA/QC protocols and achieve excellent HERS scores, US Department of Energy Zero Energy Ready Home status, and adhere to EPA indoor airPLUS requirements.

  • Building Better Thermal Comfort for More Body Types and Lower Energy Bills

    Explore how rethinking thermal comfort beyond the “standard” human can transform building design. In this webinar, Arup introduces a new public tool—comfort.arup.com—that models thermal sensation for diverse populations under real, transient conditions, enabling more inclusive design, improved occupant satisfaction, and reduced heating and cooling loads.

  • Phius Certified Builder (CPHB) Training

    Virtual Event

    The Phius Certified Builder Certification is for tradespeople and construction professionals with field experience in construction and/or high performance building. This training prepares construction professionals to understand passive building techniques — airtight enclosures, high-performance window installation, passive design strategies, field quality assurance, and site management. For a project pursuing Phius Certification, these professionals ensure the building is built and operating to the plans and specifications. They are responsible for executing air-sealing and thermal bridge mitigation.

  • Phius Certified Consultant (CPHC) Training

    Virtual Event

    This training is intended for Architects and Engineers. CPHCs learn to design to the Phius Certification climate-specific building standard. Projects earning Phius certifications (Phius CORE, Phius ZERO and Phius REVIVE) follow RESNET QA/QC protocols and achieve excellent HERS scores, US Department of Energy Zero Energy Ready Home status, and adhere to EPA indoor airPLUS requirements.

  • Phius Certified Rater Training

    Virtual Event

    Phius Certified Raters focus on single-family residential projects. The Phius Certified Rater training builds on the foundation and concepts delivered in RESNET HERS Rater training and prepares rating professionals to identify the key components of passive building and understand best practices for testing and inspecting performance in the field. This training is delivered live, online over three days and provides grounding in passive building principles as well as a guide to onsite quality assurance for the Phius Certification program. Each session is three hours. Approximately 8 hours of self-guided material is provided before the first session for review.

  • WUFI® Passive Advanced Multifamily Training (Phius)

    Virtual Event

    WUFI Passive is a powerful tool that can enhance, streamline, and optimize the design and certification of passive building projects if integrated into the design process properly.

  • Designing with Impact in Mind

    Virtual Event

    With hundreds of green product certifications on the market and persistent greenwashing, it can be difficult for designers to know what kind of impacts the materials they select for a project are having on the health of our climate, ecosystems, communities, and on individuals. But with the introduction of an industry-aligned framework for evaluating sustainable materials, more informed decision making is finally within reach. This course will present the current challenges to measuring holistic product impacts and introduce the Common Materials Framework: a groundbreaking common language for product sustainability - and how to apply it in your practice today.

    This is the second session of the Materials Matter: Embodied Carbon & The Path to Healthier Buildings training series. Join the series to explore the connections between climate, human health, and the circular economy—transforming the way we design and build for a better future.

  • Phius Certified Builder (CPHB) Training

    Virtual Event

    The Phius Certified Builder Certification is for tradespeople and construction professionals with field experience in construction and/or high performance building. This training prepares construction professionals to understand passive building techniques — airtight enclosures, high-performance window installation, passive design strategies, field quality assurance, and site management. For a project pursuing Phius Certification, these professionals ensure the building is built and operating to the plans and specifications. They are responsible for executing air-sealing and thermal bridge mitigation.

  • Phius Certified Consultant (CPHC) Training

    Virtual Event

    This training is intended for Architects and Engineers. CPHCs learn to design to the Phius Certification climate-specific building standard. Projects earning Phius certifications (Phius CORE, Phius ZERO and Phius REVIVE) follow RESNET QA/QC protocols and achieve excellent HERS scores, US Department of Energy Zero Energy Ready Home status, and adhere to EPA indoor airPLUS requirements.

  • WUFI Passive Single Family Training (Phius)

    Virtual Event

    WUFI Passive is a powerful tool that can enhance, streamline, and optimize the design and certification of passive building projects if integrated into the design process properly. This course is both for those learning WUFI Passive for the first time and those who learned WUFI Passive during the Phius Certified Consultant (CPHC) training but have not had a chance to apply the tool yet. Students will model a single family home from start to finish, learn the typical modeling workflow, and complete an individual design exercise with instructor guidance and critique.

  • Phius Certified Builder (CPHB) Training

    Virtual Event

    The Phius Certified Builder Certification is for tradespeople and construction professionals with field experience in construction and/or high performance building. This training prepares construction professionals to understand passive building techniques — airtight enclosures, high-performance window installation, passive design strategies, field quality assurance, and site management. For a project pursuing Phius Certification, these professionals ensure the building is built and operating to the plans and specifications. They are responsible for executing air-sealing and thermal bridge mitigation.

  • Phius Certified Consultant (CPHC) Training

    Virtual Event

    This training is intended for Architects and Engineers. CPHCs learn to design to the Phius Certification climate-specific building standard. Projects earning Phius certifications (Phius CORE, Phius ZERO and Phius REVIVE) follow RESNET QA/QC protocols and achieve excellent HERS scores, US Department of Energy Zero Energy Ready Home status, and adhere to EPA indoor airPLUS requirements.

  • WUFI® Passive Advanced Multifamily Training (Phius)

    Virtual Event

    WUFI Passive is a powerful tool that can enhance, streamline, and optimize the design and certification of passive building projects if integrated into the design process properly.

  • Navigating the Workforce Training Fund Program for AEC & Sustainability Professionals

    Virtual Event

    Join us for this office hour to learn more about workforce training grants, the application process, and recent changes. This office hour is for anyone interested in learning more about workforce training grants, the application process, and how to leverage the support from BE+ to take advantage of subsidized or free training opportunities. Join BE+ and the Education team for a live, virtual office hour to review the different grant options (Express and General Grant programs) and the application processes.

  • LEED v5 for Resilience & Health: Designing Buildings that Protect People and Communities

    Virtual Event

    As the industry prepares for the next evolution of LEED, our LEED v5 Webinar Series offers a practical, insider look at what’s changing – and what it means for your work. This multi-part virtual series kicks off with Resilience + Human Health Impact. Explore how LEED v5 integrates climate resilience and occupant wellbeing through tools such as the RELi Resilience Rating System and Human Health Impact Assessments to help project teams design buildings that protect people and communities.

  • From Reactive to Proactive: Improving Existing Building Operations

    Virtual Event

    Existing building commissioning (EBCx) provides a tune-up to achieve better performance, save money on utilities, improve occupant comfort, and extend the life of your building.This 1-hour webinar is suitable for building owners, operators, consultants and design professionals working with clients on existing building retrofits to comply with Massachusetts' building performance standards.

  • Introduction to THERM Workshop

    Virtual Event

    Learn how to use THERM software to evaluate thermal bridges, heat transfer, and moisture risk in building enclosure details. This 10-hour live virtual course teaches building professionals how to analyze the thermal performance of opaque assemblies and fenestration systems, identify condensation and mold risk, and improve energy-efficient detailing.