Passive House Modeling The designPH to PHPP Workflow

Master PHPP 10 & designPH. Bridge the gap between theory and practice with a real-world project case study.
What you'll learn
Master the "Missing Middle" workflow, bridging the gap between theoretical certification and professional practice.
Develop a complete project-based energy model using the integrated designPH and PHPP 10 workflow.
Perform advanced design optimization using the Variant Sheet to compare glazing, shading, and airtightness.
Analyze energy demand breakdowns to justify high-performance design decisions to clients and stakeholders.
Execute a systematic heating and cooling demand calculation following a verified professional building physics path.
Evaluate the "energy ROI" of design changes by comparing extra construction costs against energy improvements.
Requirements
A foundational understanding of Passive House principles (e.g., completion of a Designer/Consultant course).
Access to PHPP 10 (Excel-based software). Note: This course specifically utilizes version 10.6.
SketchUp Pro (desktop version) with the designPH plugin (v2.0 or higher) installed.
Intermediate proficiency in Microsoft Excel (handling multiple sheets, data entry, and navigation).
Basic 3D modeling skills in SketchUp (navigating 3D space and managing groups/components).
Description
Stop struggling with the "Missing Middle" of Passive House design.Many professionals pass their Passive House Designer or Consultant exam only to realize there is a massive gap between understanding the theory and actually delivering a certified project. This course is designed to bridge that gap.Led by Toby Yang, a Certified Passive House Designer and PHPP Expert with over a decade of experience, this course provides a step-by-step roadmap for high-performance building modeling. Using the Banksia House (a real-world Sydney-based project) as our case study, we move beyond basic concepts into professional-grade execution.In this course, you will master:The 3D Workflow: Use designPH and SketchUp to create a clean thermal envelope, assign U-values, and manage shading geometry.The Data Bridge: Learn the precise steps to export your 3D data into PHPP 10 without losing information.The PHPP Deep Dive: Navigate the complex "Yellow and Blue" sheets, from climate data entry to final heating and cooling demand verification.Design Optimization: Use the Variant Sheet to perform professional "What-if" analyses. Should you choose Triple Glazing? How much does airtightness impact the ROI? We calculate the answers.Why learn from Toby Yang? Toby brings a unique blend of building physics and data analysis to the table. Having delivered multiple PHI-certified projects—including the first certified Passive House in the Blue Mountains—he understands the technical hurdles you will face. With his background in Renewable Energy Engineering and his PHPP Expert seal, he teaches you how to use these tools not just for compliance, but as precision design instruments.Who is this for? This is an Intermediate Level course. It is ideal for Architects, Engineers, and Energy Consultants who have a foundational understanding of Passive House principles but need a systematic, repeatable workflow to deliver professional results.Enroll today and transform from a Passive House student into a Passive House practitioner.
Who this course is for
Certified Passive House Designers/Consultants who have the theory but lack hands-on project experience.
Architects and Building Designers wanting to use data-driven workflows to hit performance targets.
Mechanical Engineers and Energy Consultants looking to master the designPH-to-PHPP bridge.
Sustainability professionals in Australia and beyond aiming to deliver PHI-certified projects.
Architecture students and graduates who want to learn the industry-standard tools for high-performance design.
Professionals who find the PHPP intimidating and want a simplified, systematic roadmap to follow.
Homepage

https://www.udemy.com/course/passive-house-modeling-the-designph-to-phpp-workflow/

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