Hands-on Passivhaus Practical Training accredited by the Passivhaus Trust. One-day course for contractors, architects and trades delivering high-performance buildings at scale.

The Low Carbon Passport is a first-of-its-kind, accredited course designed to equip construction professionals with the critical skills and competencies needed to deliver low carbon, energy-efficient buildings across Scotland.  

These interactive sessions will explore the core principles of thermal performance, insulation, airtightness, and sequencing.  Participants will gain practical experience and insights into testing and understanding building envelope performance. 

This hands-on training course offers a practical introduction to building physics, helping learners understand how core construction products function and how to use them effectively. Delivered using bespoke training rigs developed by BE-ST, the course bridges a critical knowledge gap in the industry and equips participants with widely transferable skills.

This hands-on training course offers a practical introduction to building physics, helping learners understand how core construction products function and how to use them effectively. Delivered using bespoke training rigs developed by BE-ST, the course bridges a critical knowledge gap in the industry and equips participants with widely transferable skills.

This hands-on training course offers a practical introduction to building physics, helping learners understand how core construction products function and how to use them effectively. Delivered using bespoke training rigs developed by BE-ST, the course bridges a critical knowledge gap in the industry and equips participants with widely transferable skills.

Can we adapt, reuse and future-proof the buildings and places we already have?

Hands-on Passivhaus Practical Training accredited by the Passivhaus Trust. One-day course for contractors, architects and trades delivering high-performance buildings at scale.

This hands-on training course offers a practical introduction to building physics, helping learners understand how core construction products function and how to use them effectively. Delivered using bespoke training rigs developed by BE-ST, the course bridges a critical knowledge gap in the industry and equips participants with widely transferable skills.

The International Retrofit Conference will focus on what is currently happening and how we can do more. It asks not whether we need to retrofit, but how we do it, at scale, at speed, and in a way that is affordable and accessible. By aligning policy, finance and delivery, retrofit can become a cornerstone of net-zero progress.

The Low Carbon Passport is a first-of-its-kind, accredited course designed to equip construction professionals with the critical skills and competencies needed to deliver low carbon, energy-efficient buildings across Scotland.  

These interactive sessions will explore the core principles of thermal performance, insulation, airtightness, and sequencing.  Participants will gain practical experience and insights into testing and understanding building envelope performance. 

This hands-on training course offers a practical introduction to building physics, helping learners understand how core construction products function and how to use them effectively. Delivered using bespoke training rigs developed by BE-ST, the course bridges a critical knowledge gap in the industry and equips participants with widely transferable skills.

Hands-on Passivhaus Practical Training accredited by the Passivhaus Trust. One-day course for contractors, architects and trades delivering high-performance buildings at scale.

The Low Carbon Passport is a first-of-its-kind, accredited course designed to equip construction professionals with the critical skills and competencies needed to deliver low carbon, energy-efficient buildings across Scotland.  

These interactive sessions will explore the core principles of thermal performance, insulation, airtightness, and sequencing.  Participants will gain practical experience and insights into testing and understanding building envelope performance.