A free 3-hour hands-on training for everyone in the industry. This interactive workshop equips your group to consider airtight, weathertight, and high-performance buildings, bridging the gap between design and execution.

A free lunchtime webinar on façade weathertightness, wind pressure, and moisture control. Learn what the evidence says about how facades actually perform and where current practice is still falling short. Includes live Q&A. Earn CPD and LBP points.

A FREE lunchtime webinar on flat roof durability and the building physics behind warm roof construction. Learn why flat roofs fail, how vapour barriers go wrong, and what better design looks like in practice. Includes live Q&A. Earn CPD and LBP points.

Advanced level WUFI® training where you will learn how to set up and run a WUFI® 2D simulation of a building structure such as a wall-floor connection.

60 CPD points (NZRAB). An introduction to the science of coupled heat and moisture analysis. Learn what hygrothermal modelling and WUFI® software are capable of, become confident to request an analysis from a practitioner and understand modelling outputs.

60 CPD points (NZRAB). You will be provided with competency in one dimensional hygrothermal modelling of building elements such as walls, roofs and floors using WUFI® Pro. Participants will become able to set up and run a WUFI® 1D simulation of a building element. They will also become able to interpret and present the results of the simulation.

A free 3-hour hands-on training for everyone in the industry. This interactive workshop equips your group to consider airtight, weathertight, and high-performance buildings, bridging the gap between design and execution.

Advanced level WUFI® training where you will learn how to set up and run a WUFI® 2D simulation of a building structure such as a wall-floor connection.

60 CPD points (NZRAB). An introduction to the science of coupled heat and moisture analysis. Learn what hygrothermal modelling and WUFI® software are capable of, become confident to request an analysis from a practitioner and understand modelling outputs.

60 CPD points (NZRAB). You will be provided with competency in one dimensional hygrothermal modelling of building elements such as walls, roofs and floors using WUFI® Pro. Participants will become able to set up and run a WUFI® 1D simulation of a building element. They will also become able to interpret and present the results of the simulation.

Advanced level WUFI® training where you will learn how to set up and run a WUFI® 2D simulation of a building structure such as a wall-floor connection.

60 CPD points (NZRAB). You will be provided with competency in one dimensional hygrothermal modelling of building elements such as walls, roofs and floors using WUFI® Pro. Participants will become able to set up and run a WUFI® 1D simulation of a building element. They will also become able to interpret and present the results of the simulation.

A free 3-hour hands-on training for everyone in the industry. This interactive workshop equips your group to consider airtight, weathertight, and high-performance buildings, bridging the gap between design and execution.

Advanced level WUFI® training where you will learn how to set up and run a WUFI® 2D simulation of a building structure such as a wall-floor connection.

60 CPD points (NZRAB). An introduction to the science of coupled heat and moisture analysis. Learn what hygrothermal modelling and WUFI® software are capable of, become confident to request an analysis from a practitioner and understand modelling outputs.

60 CPD points (NZRAB). You will be provided with competency in one dimensional hygrothermal modelling of building elements such as walls, roofs and floors using WUFI® Pro. Participants will become able to set up and run a WUFI® 1D simulation of a building element. They will also become able to interpret and present the results of the simulation.

A free 3-hour hands-on training for everyone in the industry. This interactive workshop equips your group to consider airtight, weathertight, and high-performance buildings, bridging the gap between design and execution.