Specifikations-CPD från RIBA-godkända leverantörer

This CPD introduces transparent CdTe photovoltaic glass modules, a breakthrough in architectural integration that combines Italian aesthetics with energy efficiency.The technology is designed to operate effectively even in low-light conditions. By integrating photovoltaic functionality directly into the glass structure, these modules allow buildings to generate renewable energy while maintaining the transparency and visual lightness of traditional glass.In a building clad with this technology, every module works in synergy to optimize the capture of direct, reflected, and diffuse light, maximizing output across all climatic conditions. This transforms the building’s exterior from a simple envelope into an active infrastructure for large-scale energy production.The photovoltaic glass is suitable for a wide range of applications, including:Curtain walls and ventilated facadesGlass parapets, balustrades, and fencesCanopies, roof coverings, and skylightsEach module can be custom-cut without dimensional limits and is available in standard, custom made versions and colour. This ensures maximum design flexibility for both new constructions and renovation projects.

An overview of composite roofing slate and associated accessories, its features, benefits, makeup and correct way to install using the built-in guides. By the end of the CPD you should have a greater understanding of:Understand more about the makeup and uses of composite slateLearn why long-term plastic products are a benefit to the construction industryUnderstand the application of composite slate and its on-site time- and waste-saving propertiesKnowledge of any maintenance procedures that need to be implementedBe able to calculate quantities needed and download resources available on the NBS platforms

This CPD has been created to support and educate specifying architects on the importance of slip resistance, safety & wellbeing in resin flooring. This CPD aims to cover the following:• Why slip resistance matters to safety and usability• How slips happen• How slip resistance is measured• How to balance safety and maintenance• What evidence architects should ask for

The presentation aims to give a broad and as detailed as possible overview of fibre cement as a relevant facade materials in rainscreen cladding systems. The CPD has a particular focus on plank systems used primarily in low rise residential dwellings. This covers the essentials on the nature of the material, how it is made and used as a facade material as part of an overview of rainscreen construction technology, origins and principles.The presentation establishes a context of the evolution of materials that offer traditional qualities whilst meeting the needs of modern construction, regulations and standards. Finally an overview of typical construction details and use cases.This CPD aims to give delegates:An overview of rainscreen cladding principles and evolution.An understanding the nature of fibre cement as a material and its qualities/properties.Knowledge on how materials evolve to meet modern construction needs, whilst retaining traditional character.Information on how to detail facades using fibre cement as part of a rainscreen system.An understanding of fibre cement performance in relation to legislation and standards.By the end of this CPD delegates ought to:Have an overview of the history of rainscreen cladding, its principles and construction.Have an improved understanding of fibre cement as a relevant facade material and how it can be used effectively.Have a thorough background in the nature and properties of fibre cement, how it can be used to satisfy MMC requirements and create texture and character.Have an understanding of typical fibre cement plank construction details across a variety of conditions.Know how fibre cement meets legislative requirements and standards in health and safety, fire and durability.

In this 45 minute dynamic, dialogical CPD.We will explore the new shape of risk for Dutyholders in projects since the Building Safety Act came into action in 2023.Our approach seeks to build understanding for the various perspectives in the shared sign-off process for Principal designers, Principal contractors and Client / Architect.We will together look at the concepts and approaches that can help to mitigate these risks when in the construction phase through valuing data as equally as valuable an asset as material property and how that relates to supply chain management. We will finish the session with practical ideas and questions to take away to discuss with build teams to ensure our data protocols are fit for the future.

Designing low-carbon emitter systems for the Future Homes Standard and beyond.

A Guide to specifying Aluminium Glazing Systems

The CPD highlights the issues with currently suspended floor methods, such as block and beam, and timber. The CPD goes into more detail around EPS suspended floor systems. Key highlights are the reduction in CO2 and weight off the systems. By the end of the CPD you should have a greater understanding of:- Suspended floor issues- Benefits of EPS suspended floors over beam and block/timber- Reduction in CO2 and environmental impact- Health and safety.

This CPD provides designers with a clearer understanding of smart technology within Type C Cavity Drainage Systems, and how advanced monitoring technologies can help reduce risk throughout the life of a below-ground structure.During the session, we explore the principles of smart technology, the practical role of remote monitoring, and the key design considerations involved in creating robust and maintainable Type C Cavity Drainage Systems/Basement Drainage Systems for domestic and commercial projects.We will begin by reviewing the different forms of structural waterproofing and basement drainage available, before considering how smart technology can be used to identify potential issues earlier, improve resilience, and support long-term performance.Using case studies and worked examples, the presentation will demonstrate how these approaches can be applied effectively in practice. 

This CPD takes a detailed tour around the most common window and door types that are designed by architects and principal designers. We explore what UK building regulations are most associated with these window and door types and what needs to be considered in the early RIBA design stages to ensure building regulation compliance. This is even more critical on higher risk buildings which require gateway submissions. An overview of a typical window and door design package is then provided, before we explore where regulations may conflict or overlap which encourages a coordinated, multidisciplinary approach to resolve.

As the inventors of fire curtains, we continue to lead the industry in developing standout projects, including the world's longest fire curtain installation and iconic work on landmarks such as the Sydney Opera House, the Gherkin, Google's head offices, and the Natural History Museum.This CPD covers where and how fire curtains can be used, the types available (horizontal, vertical, and concertina), and how they preserve lives and property in real-life scenarios. It highlights the importance of standards like BS 8524, criteria for curtain selection, installation requirements, and the need for regular maintenance to ensure compliance and performance excellence.Book your place now to stay ahead in fire safety and compliance and learn how to apply this essential knowledge to your next project.

This CPD explores the causes of uneven floors in modern construction and the methods available to achieve compliant, high-performance floor build-ups. It examines cradle & batten levelling systems within the context of the Building Safety Act, focusing on performance, compliance, coordination and traceability, whilst considering acoustic, fire, accessibility and structural design requirements.

A CPD Created with the aim to educate and advise specifying architects of the importance of considering Risk and Procurement when making choices. The CPD aims to cover: Why flooring specifications fail How procurement influences flooring performance Understanding specification risk Protecting design intent through procurement Writing performance-led specifications Understanding lifecycle and maintenance implications Questions architects should ask during specification.

This CPD provides an overview of Roofing membranes, their role in protecting buildings, and how they contribute to roof system performance. Covering different types, including Vapour Permeable, Impermeable and Air & Vapour Permeable membranes, along with Vapour control layers (VCLs), It explains their functions in preventing water ingress, enhancing durability, and improving energy efficiency.The session also explores condensation in roof structures, the risks it poses to building integrity, and best practices for managing moisture. Key topics include interstitial and surface condensation, ventilation strategies, and correct membrane selection to ensure a balanced and effective roofing system.

Ceramic tiles have been a trusted building material for centuries—valued for their strength, longevity, and visual appeal.But today, as sustainability takes center stage, the tile industry has quietly undergone a significant transformation.From raw material sourcing to manufacturing and final product innovation, leading manufacturers are making major investments in sustainable practices. In fact, many now exceed recognized environmental standards.Yet competing surface materials often dominate the spotlight with bold sustainability claims. As a result, some may ask how ceramic tiless fit into the landscape of sustainable building materials. And the answer is that ceramic tiless are more relevant than everToday we'll explore the hallmarks of sustainability for this age-old product, what makes it an ideal choice for sustainable building projects, and why it deserves to be a leading building material as we work towards a greener future.

An Introduction to Reconstituted Stone Panels in a Rainscreen ApplicationBy the end of this RIBA CPD you will be able to:Design (DCT)Understand the properties and aesthetic potential of reconstituted stone façadesApply rainscreen principles to façade design (jointing, layout, modularity)Construction & Technology (DCT)Identify system components: panels, subframe, fixings, and cavityUnderstand installation methods and structural considerations (load, tolerances)Interpret key regulations (fire performance, wind load, CWCT guidance)SustainabilityEvaluate embodied carbon and lifecycle benefits of reconstituted stoneCompare reconstituted stone with natural stone and other cladding materialsUnderstand durability, maintenance, and recyclabilityCritical ApplicationAnalyse case studies to assess performance, buildability, and environmental impact.