The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

Learning Outcomes

• Characteristics, options, and configurations of insulated metal roof panels.
• Engineering considerations affecting Insulated Panels.
• How Insulated Panels meet all the performance requirements of the NCC in relation to weatherproofing, air-tightness, thermal considerations and fire. Including its contribution to Passivhaus design principles.
• Standards required for Insulated Panels - NCC
• Additional considerations to roof design - Solar

The modules covered in this CPD session:

Understand what the requirements needed within the BCA/NCC ?
Understand the principles of fire performance
Analyse the method of compliance for different classes and building types
Design considerations concerning fire performance requirements
Understand the different fire tests and where they fit into the requirements of the NCC

Synopsis: Building acoustics, principals of sound absorption and sound insulation to achieve optimal acoustic outcome

The modules covered in this CPD session:
• Define the certification levels for sustainably sourced timbers.
• Select timbers that are fit for purpose based on:
 -Durability
 -Visual Appearance
 -Stability
• Understand the relevant fire requirements.
• Understand the various coatings commercially available and define maintenance schedules.


1 formal CPD point - 1hr

The modules covered in this CPD session:
• Define the certification levels for sustainably sourced timbers.
• Select timbers that are fit for purpose based on:
 -Durability
 -Visual Appearance
 -Stability
• Understand the relevant fire requirements.
• Understand the various coatings commercially available and define maintenance schedules.


1 formal CPD point - 1hr

The modules covered in this CPD session:
• Design response incorporates assessment of the physical location and relevant wider regional, contextual and environmental issues.
•Design response incorporates assessment of relevant legislation, codes and industry standards.
•Evaluation of design options against values of physical, environmental and cultural contexts.
•Investigation and integration of appropriate material ....


1 formal CPD point - 1hr

The modules covered in this CPD session:
• Design response incorporates assessment of the physical location and relevant wider regional, contextual and environmental issues.
•Design response incorporates assessment of relevant legislation, codes and industry standards.
•Evaluation of design options against values of physical, environmental and cultural contexts.
•Investigation and integration of appropriate material ....


1 formal CPD point - 1hr

Learning Outcomes

What is a controlled environment?

Understanding the construction requirements for the project.

Break down on the type of Clean Room based on PC, BSL, QC requirements.

NCC Requirements for Fire, Thermal, Structure and Air Tightness.

Construction materials to be used.

Learning Outcomes

Requirements of Insulated Panels in the different building classes and construction types.

The 5 main considerations in panelised construction for temperature control layers - thermal, air, vapour drive, moisture and substrates.

Use of panels for external and internal applications, including benefits and limitations.

The different uses of buildings within the controlled environment sector.

Condensation risk and fire certification.

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

The modules covered in this CPD session:

Understand what the requirements needed within the BCA/NCC ?
Understand the principles of fire performance
Analyse the method of compliance for different classes and building types
Design considerations concerning fire performance requirements
Understand the different fire tests and where they fit into the requirements of the NCC

The modules covered in this CPD session:

History - factors contributing to increased condensation
Mould - risks and possible damage
Condensation & Vapour - the science
Solutions - addressing the issue
R-values - clarifying the facts

The modules covered in this CPD session:

Examine the nature of recent non-compliant cladding incidents
Recognise the fire resistant properties of timber
Describe in detail the DtS applications for timber cladding in the NCC

The modules covered:

Examine the reasons & benefits for using sustainable products during construction

Learn how timber embodies energy and is the ultimate renewable resource

Learn about carbon cycle and the benefits of timber

Compare how timber cladding rates against other materials

Cross Laminated Timber (CLT) in Australia

Examine greenwashing and the various third party accreditations available within the building industry

Learn the difference between EPD vs LCA

Learn how Au r

Learning Outcomes

• Characteristics, options, and configurations of insulated metal roof panels.
• Engineering considerations affecting Insulated Panels.
• How Insulated Panels meet all the performance requirements of the NCC in relation to weatherproofing, air-tightness, thermal considerations and fire. Including its contribution to Passivhaus design principles.
• Standards required for Insulated Panels - NCC
• Additional considerations to roof design - Solar

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

At Porta, we have developed a range of new concepts for our ENDURE Range that we would like to share with you and hear your honest thoughts and opinions.
We invite you to a Concept Testing Bounce & Build Session where we share some of these ideas, product samples and materials to get your honest feedback.
We will be arranging some catering for this presentation, please advise the number of guests who will be attending the session and any dietary requirements.

The modules covered in this CPD session:
• Define the certification levels for sustainably sourced timbers.
• Select timbers that are fit for purpose based on:
-Durability
-Visual Appearance
-Stability
• Understand the relevant fire requirements.
• Understand the various coatings commercially available and define maintenance schedules.
1 formal CPD point - 1hr

The modules covered in this CPD session:
• Design response incorporates assessment of the physical location and relevant wider regional, contextual and environmental issues.
•Design response incorporates assessment of relevant legislation, codes and industry standards.
•Evaluation of design options against values of physical, environmental and cultural contexts.
•Investigation and integration of appropriate material ....


1 formal CPD point - 1hr

Contours in Engineered American Oak;

- Suitable for vertical, horizontal, and curved applications
- Create calm, soothing spaces, or spectacular design statements.
- 6 different hardwearing profiles with distinctive textured grain pattern
- Easy installation (concealed tongue & groove - seamless finish)
- Warm, light brown tone that pairs beautifully with both neutral and colourful palettes.
- Sourced from sustainable and environmentally responsible resources, FSC® certified

Contours in Engineered American Oak;

- Suitable for vertical, horizontal, and curved applications
- Create calm, soothing spaces, or spectacular design statements.
- 6 different hardwearing profiles with distinctive textured grain pattern
- Easy installation (concealed tongue & groove - seamless finish)
- Warm, light brown tone that pairs beautifully with both neutral and colourful palettes.
- Sourced from sustainable and environmentally responsible resources, FSC® certified

Contours in Engineered American Oak;

- Suitable for vertical, horizontal, and curved applications
- Create calm, soothing spaces, or spectacular design statements.
- 6 different hardwearing profiles with distinctive textured grain pattern
- Easy installation (concealed tongue & groove - seamless finish)
- Warm, light brown tone that pairs beautifully with both neutral and colourful palettes.
- Sourced from sustainable and environmentally responsible resources, FSC® certified

Learning Outcomes
1. Analyse the key differences in combustion energy sources for heating
2. Identify and compare the design benefits of room sealed gas fires
3. Recognise the key advantages of power direct flues
4. Define the design benefits of zero clearance gas fires

The modules covered in this CPD session:
What is biophilic design

Biophilic design principles

Importance of biophilic design

Benefits of biophilic design.

Cognitive and psychological

Physiological


1 formal CPD point - 1hr

Modules covered:
- Successfully presented to the Association of Australian Certifiers (AAC), this topic will help to empower Architects & Designers with the information required to address concerns that Certifiers/PCAs may raise around providing acceptable forms of evidence of NCC compliance for construction industry products.
- It defines the six acceptable methods of providing evidence of NCC compliance, their order of rigour and where each one may be used.
PC: 39, 44, 45, 46, 54, 57

Modules covered:
-Understand the concept of circularity in design and construction
-Identify and explain the three key principles of circularity
-Define a ‘Circularity Score’ and identify high performing products
-Know how to apply this new knowledge to your projects
PC: 3, 10, 28, 31, 33, 35, 39, 44, 45

The modules covered in this CPD session:

Examine the nature of recent non-compliant cladding incidents
Recognise the fire resistant properties of timber
Describe in detail the DtS applications for timber cladding in the NCC

Porta Timber - We will be showcasing our range of Contours - internal textured wall linings and Endure class 1 exterior wall claddings.

Contours in Engineered American Oak;

- Suitable for vertical, horizontal, and curved applications
- Create calm, soothing spaces, or spectacular design statements.
- 6 different hardwearing profiles with distinctive textured grain pattern
- Easy installation (concealed tongue & groove - seamless finish)
- Warm, light brown tone that pairs beautifully with both neutral and colourful palettes.
- Sourced from sustainable and environmentally responsible resources, FSC® certified

Contours in Engineered American Oak;

- Suitable for vertical, horizontal, and curved applications
- Create calm, soothing spaces, or spectacular design statements.
- 6 different hardwearing profiles with distinctive textured grain pattern
- Easy installation (concealed tongue & groove - seamless finish)
- Warm, light brown tone that pairs beautifully with both neutral and colourful palettes.
- Sourced from sustainable and environmentally responsible resources, FSC® certified

The modules covered in this CPD session:
• Define the certification levels for sustainably sourced timbers.
• Select timbers that are fit for purpose based on:
 -Durability
 -Visual Appearance
 -Stability
• Understand the relevant fire requirements.
• Understand the various coatings commercially available and define maintenance schedules.


1 formal CPD point - 1hr

The modules covered in this CPD session:
What is biophilic design

Biophilic design principles

Importance of biophilic design

Benefits of biophilic design.

Cognitive and psychological

Physiological


1 formal CPD point - 1hr

Informal product discussion of gas and wood fireplaces.
This is not a CPD session.

Modules covered:
-Understand the concept of circularity in design and construction
-Identify and explain the three key principles of circularity
-Define a ‘Circularity Score’ and identify high performing products
-Know how to apply this new knowledge to your projects
PC: 3, 10, 28, 31, 33, 35, 39, 44, 45

The modules covered in this CPD session:
• Design response incorporates assessment of the physical location and relevant wider regional, contextual and environmental issues.
•Design response incorporates assessment of relevant legislation, codes and industry standards.
•Evaluation of design options against values of physical, environmental and cultural contexts.
•Investigation and integration of appropriate material ....


1 formal CPD point - 1hr

The modules covered in this CPD session:

Understand what the requirements needed within the BCA/NCC ?
Understand the principles of fire performance
Analyse the method of compliance for different classes and building types
Design considerations concerning fire performance requirements
Understand the different fire tests and where they fit into the requirements of the NCC

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

Learning Outcomes
• Characteristics, options, and configurations of insulated metal roof panels.
• Engineering considerations affecting Insulated Panels.
• How Insulated Panels meet all the performance requirements of the NCC in relation to weatherproofing, air-tightness, thermal considerations and fire. Including its contribution to Passivhaus design principles.
• Standards required for Insulated Panels - NCC
• Additional considerations to roof design - Solar

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

Synopsis: How to design framing elements for light-weight walls and ceilings based on common loads in buildings including design for wind loads specific to your project site location, going through the important design factors and how to choose your framing elements using available Knowhow services, online calculation tools and technical resources

Synopsis: Building acoustics, principals of sound absorption and sound insulation to achieve optimal acoustic outcome

• Definitions and Theory to learn about principles of fire protection in buildings
• Materials and in-depth information about fire protection in drywall systems
• Building Code requirements
• Construction types & Examples
• Design & Selection with FRL coding
• Fire Tests and how they get done
• Relevant Case Studies

Porta Timber - We will be showcasing our range of Contours - internal textured wall linings and Endure class 1 exterior wall claddings.

The modules covered in this CPD session:

Understand what the requirements needed within the BCA/NCC ?
Understand the principles of fire performance
Analyse the method of compliance for different classes and building types
Design considerations concerning fire performance requirements
Understand the different fire tests and where they fit into the requirements of the NCC

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

Learning Outcomes
• Characteristics, options, and configurations of insulated metal roof panels.
• Engineering considerations affecting Insulated Panels.
• How Insulated Panels meet all the performance requirements of the NCC in relation to weatherproofing, air-tightness, thermal considerations and fire. Including its contribution to Passivhaus design principles.
• Standards required for Insulated Panels - NCC
• Additional considerations to roof design - Solar

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

The modules covered in this CPD session:

Understand what the requirements needed within the BCA/NCC ?
Understand the principles of fire performance
Analyse the method of compliance for different classes and building types
Design considerations concerning fire performance requirements
Understand the different fire tests and where they fit into the requirements of the NCC

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

Learning Outcomes
• Characteristics, options, and configurations of insulated metal roof panels.
• Engineering considerations affecting Insulated Panels.
• How Insulated Panels meet all the performance requirements of the NCC in relation to weatherproofing, air-tightness, thermal considerations and fire. Including its contribution to Passivhaus design principles.
• Standards required for Insulated Panels - NCC
• Additional considerations to roof design - Solar

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

The modules covered in this CPD session:

Understand what the requirements needed within the BCA/NCC ?
Understand the principles of fire performance
Analyse the method of compliance for different classes and building types
Design considerations concerning fire performance requirements
Understand the different fire tests and where they fit into the requirements of the NCC

Learning Outcomes
• Characteristics, options, and configurations of insulated metal roof panels.
• Engineering considerations affecting Insulated Panels.
• How Insulated Panels meet all the performance requirements of the NCC in relation to weatherproofing, air-tightness, thermal considerations and fire. Including its contribution to Passivhaus design principles.
• Standards required for Insulated Panels - NCC
• Additional considerations to roof design - Solar

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

The modules covered in this CPD session:
• Define the certification levels for sustainably sourced timbers.
• Select timbers that are fit for purpose based on:
-Durability
-Visual Appearance
-Stability
• Understand the relevant fire requirements.
• Understand the various coatings commercially available and define maintenance schedules.
1 formal CPD point - 1hr

The modules covered in this CPD session:
• Design response incorporates assessment of the physical location and relevant wider regional, contextual and environmental issues.
•Design response incorporates assessment of relevant legislation, codes and industry standards.
•Evaluation of design options against values of physical, environmental and cultural contexts.
•Investigation and integration of appropriate material ....


1 formal CPD point - 1hr

Contours in Engineered American Oak;

- Suitable for vertical, horizontal, and curved applications
- Create calm, soothing spaces, or spectacular design statements.
- 6 different hardwearing profiles with distinctive textured grain pattern
- Easy installation (concealed tongue & groove - seamless finish)
- Warm, light brown tone that pairs beautifully with both neutral and colourful palettes.
- Sourced from sustainable and environmentally responsible resources, FSC® certified

Learning Outcomes
1. Analyse the key differences in combustion energy sources for heating
2. Identify and compare the design benefits of room sealed gas fires
3. Recognise the key advantages of power direct flues
4. Define the design benefits of zero clearance gas fires

The modules covered in this CPD session:
•What is biophilic design
•Biophilic design principles
•Importance of biophilic design
•Benefits of biophilic design
•Cognitive and psychological
•Physiological


1 formal CPD point - 1hr

The modules covered in this CPD session:
▪ Understand the concept of circularity in design and construction
▪ Identify and explain the three key principles of circularity
▪ Define a ‘Circularity Score’ and identify high performing products
▪ Know how to apply this new knowledge to your projects

N.B., this requires a min. of 3 attendees. If you should have less than 3 attendees, please email bookings@cpdbox.net to place a request.

Modules covered:
- Successfully presented to the Association of Australian Certifiers (AAC), this topic will help to empower Architects & Designers with the information required to address concerns that Certifiers/PCAs may raise around providing acceptable forms of evidence of NCC compliance for construction industry products.
- It defines the six acceptable methods of providing evidence of NCC compliance, their order of rigour and where each one may be used.
PC: 39, 44, 45, 46, 54, 57

The modules covered in this CPD session:

Understand how thermal insulation works
Understand the principles of thermal bridging
Analyse the impact of thermal bridging on thermal performance
Understand continuous insulation (ci)
Explain how continuous insulation (ci) combats thermal bridging

The modules covered in this CPD session:

Understand what the requirements needed within the BCA/NCC ?
Understand the principles of fire performance
Analyse the method of compliance for different classes and building types
Design considerations concerning fire performance requirements
Understand the different fire tests and where they fit into the requirements of the NCC

Learning Outcomes
• Characteristics, options, and configurations of insulated metal roof panels.
• Engineering considerations affecting Insulated Panels.
• How Insulated Panels meet all the performance requirements of the NCC in relation to weatherproofing, air-tightness, thermal considerations and fire. Including its contribution to Passivhaus design principles.
• Standards required for Insulated Panels - NCC
• Additional considerations to roof design - Solar

Learning Outcomes
• What is Passivhaus? Performance criteria.
• How does thermal bridging impact the overall performance of a building?
• The importance of airtightness.
• Insulated Panel, what is it?
• What is AS/NZS4859.2 and its role within the 2019 National Construction Code?
• Insulated panel’s contribution to better Passivhaus design.

Synopsis: Building acoustics, principals of sound absorption and sound insulation to achieve optimal acoustic outcome

• Definitions and Theory to learn about principles of fire protection in buildings
• Materials and in-depth information about fire protection in drywall systems
• Building Code requirements
• Construction types & Examples
• Design & Selection with FRL coding
• Fire Tests and how they get done
• Relevant Case Studies

Contours in Engineered American Oak;

- Suitable for vertical, horizontal, and curved applications
- Create calm, soothing spaces, or spectacular design statements.
- 6 different hardwearing profiles with distinctive textured grain pattern
- Easy installation (concealed tongue & groove - seamless finish)
- Warm, light brown tone that pairs beautifully with both neutral and colourful palettes.
- Sourced from sustainable and environmentally responsible resources, FSC® certified