DesignPH Software Training

Maximise your use of the DesignPH software with tips, tricks and best practices from an Australian Passivhaus expert

DesignPH Course Overview

Presenter Marcus Strang leads this workshop where he will share his tricks, tips, and experiences that will ensure you are maximising your use of the designPH software.

This course will demonstrate how a building model can be rapidly set up using designPH & PHPP to receive preliminary feedback on the energy performance of your building design, improving your decision-making processes. As a practical course, the designPH Software Training ensures you can apply all the theoretical knowledge from previous courses and enhance your competitiveness as a Passivhaus Designer.

DesignPH Training Benefits

  • Improve your understanding of how to use designPH by avoiding common mistakes made by first-time users.

  • Learn how to use designPH to improve your building designs.

  • Learn how to translate a SketchUp design into a functioning PHPP model.

  • Improve your understanding of the early-stage factors that enable project viability.

  • Rapidly and accurately set up a building model using designPH & PHPP to receive preliminary feedback on the energy performance of a building design.

  • Use modelling outputs to improve the decision-making process and optimise the design.

  • Model complex building geometries and shading situations.

  • Use designPH to assist the Passivhaus certification process.

  • Tips and tricks based on real-world Passivhaus experience to ensure you maximise the use of designPH.

DesignPH Training Curriculum

    • Introduction and basics of designPH2.

    • The user interface and the designPH2 console.

    • The designPH modelling environment and producing geometry appropriate for export to PHPP.

    • The complete modelling workflow (generating thermal envelope, treated floor area, shading elements).

    • Correctly assigning thermal bridges, assemblies and windows.

    • Learn how to avoid a range of common mistakes when using the PHPP & designPH, save yourself time and energy in your first design projects.

    • Shading analysis.

    • PHPP10 introduction (key worksheets and understanding results).

    • Iterative design concepts.

DesignPH Training Dates, Pricing and Registration

Equivalent to a half day training course, this course is delivered online over three consecutive days, from 5:30 - 7:30pm.

DesignPH Software Training Schedule

Intake One

  • Start Date: June 11

  • Registration Deadline: May 31

DesignPH Software Training Pricing

Member

  • Course: $400

Non-Member

  • Course: $490

In-House DesignPH Training and Group Pricing Options

Many of our clients talk about the significant benefits of knowledge transfer with group training, as participants have a cohort to cross-reference lessons learnt and content by following the training during their practical application at work. Our pricing is structured so that the more you have on board, the more you’ll save.  

Get in touch today to see our group price offering.

DesignPH Software Training FAQs

  • If you have a company membership, any staff in the membership's sub-profile have access to membership benefits, including discounts on courses and events. Once the staff member's sub-profile is activated, they can register for the course or event through their profile.

  • The DesignPH Software takes place across three consecutive days from 5:30 - 7:30 pm.

  • Yes. Before course commencement, you will receive all the necessary materials and resources, such as slides and cheatsheets.

Our Educators

  • Marcus Strang is a specialist sustainability engineer and experienced Certified Passivhaus Designer, having had the opportunity to work on many Certified Passivhaus buildings in Australia. His expertise is in refining building energy performance, analysing thermal envelope junctions and fenestration details, as well as identifying interstitial and surface moisture risks using hygrothermal modelling tools.

    Marcus’s interests encompass holistic systems design, building physics, passive design optimisation and natural building materials. Currently, also a PhD Candidate specialising in the Passivhaus Standard and mass timber design, which he sees as a fundamental step for striving towards net-zero carbon emission buildings and a thriving, vibrant society.

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