What RIBA Work Stage 4: Technical Design Meeting is the Client Undertaking: *

Meeting 01: Initial Project Specifications & Appointments

Construction Types *

In this meeting, we will be discussing the principle structure type of your construction project. The principle structure type refers to the main type of structure that will be used in your project, such as a steel frame, concrete slab, or wood framing etc. This information is critical for our project designers because it will influence the technical details that they will need to incorporate into their drawings. By discussing the principle structure type in this meeting, we will be able to provide clear instructions to our project designers on how to approach the technical details of the construction project. This will ensure that the project is executed with precision and efficiency, as the designers will have a clear understanding of the structural requirements and how to best implement them. Ultimately, by establishing the principle structure type in this meeting and instructing our designers accordingly, we will be setting the foundation for a successful construction project. It is important for you to choose your preferred construction type when undertaking an architectural project because the type of construction can significantly impact the project's cost, schedule, and overall outcome. The choice of construction type can affect the project's design, materials, and methods of construction, which in turn can affect the project's budget, timeline, and quality. By choosing your preferred construction type, it allows our projects team to ensure that the project aligns with your project budget, timeline, and overall vision. This can also help to ensure that the project is completed on time and within budget, while meeting your expectations in terms of design, functionality, and durability.

Traditional Build *

A traditional build construction method, also known as a conventional build, is a construction process that involves using on-site materials and assembling the building from the ground up. Traditional build construction is a cost-effective option for small to medium-sized construction projects that doesn't require specialised equipment or techniques. It allows for a great deal of flexibility in design, is associated with high-quality, durable structures, and provides opportunities to use local labor and materials, reducing transportation emissions. Additionally, traditional build construction allows for greater customisation of building design to meet unique project requirements. Overall, traditional build construction offers many benefits such as cost-effectiveness, flexibility, quality, customisation, and environmental friendliness.

No, I do not want to construct my project out of Traditional Build

Traditional Build *

I can confirm we would like to construct our project out of Traditional Build for our proposed project.

You acknowledge that you have confirmed your choice of construction type for this project.

You understand that if you decide to change the construction type at a later stage, you will be responsible for covering the costs associated with amending the drawings, as per our approved disbursements.

No, I do not want to construct my project out of Traditional Build

Steel Frame Construction *

Steel frame construction is a popular method of construction that uses steel beams to support the building's structure. Steel frame construction is a durable and strong construction method that is highly resistant to harsh weather, fire, and pests, making it ideal for buildings that require structural integrity and long-term stability. The construction process can be completed quickly as steel components are fabricated off-site and customized to meet project requirements, offering a high degree of design flexibility. Steel is also highly sustainable, 100% recyclable, and has a lower carbon footprint than other construction materials, making it a popular choice for sustainable building practices. Furthermore, steel frame construction can be cost-effective, requiring less labor and reducing maintenance costs over time.

No, I do not want to construct my project out of Steel Frame Construction

Steel Frame Construction *

I can confirm we would like to construct our project out of Steel Frame Construction for our proposed project.

You acknowledge that you have confirmed your choice of construction type for this project.

You understand that if you decide to change the construction type at a later stage, you will be responsible for covering the costs associated with amending the drawings, as per our approved disbursements.

No, I do not want to construct my project out of Steel Frame Construction.

Structural Insulated Panels *

Structurally Insulated Panels (SIPs) are a type of construction material that combines insulation and structure into one product. Structurally Insulated Panels (SIPs) offer energy efficiency, strength and durability, speed of construction, design flexibility, and sustainability. SIPs have excellent insulation properties and an airtight construction, resulting in energy-efficient buildings. They are highly durable and can withstand different climatic conditions. Prefabrication reduces on-site construction time, which is beneficial for projects with tight timelines. SIPs can be customised to meet the unique requirements of different construction projects. SIPs are made from renewable materials and have a lower carbon footprint, making them environmentally friendly.

No, I do not want to construct my project out of Structural Insulated Panels.

Structural Insulated Panels *

I can confirm we would like to construct our project out of Structurally Insulated Panels for our proposed project.

You acknowledge that you have confirmed your choice of construction type for this project.

You understand that if you decide to change the construction type at a later stage, you will be responsible for covering the costs associated with amending the drawings, as per our approved disbursements.

No, I do not want to construct my project out of Structurally Insulated Panels.

Timber Construction *

Timber is a renewable resource that can be sustainably sourced, making it a popular choice for environmentally conscious construction projects. This construction method has natural insulation properties that help to reduce energy consumption and lower energy bills. It offers a high degree of design flexibility, allowing for customisation to suit unique design requirements. This can include varying building heights, complex shapes, and unique design features. Timber construction can be completed quickly as the components are often pre-fabricated off-site, allowing for fast on-site assembly. Aesthetically timber has a natural, warm appearance that can enhance the overall look and feel of a building. It is also a popular choice for buildings in natural settings, such as log cabins or homes in forested areas. When properly maintained, timber can be a durable and long-lasting construction material. Treated timber can also be resistant to pests and fire. Overall, timber construction is a popular choice for environmentally conscious construction projects that require energy efficiency, design flexibility, and a natural appearance. It is also a fast and efficient construction method that can result in durable and long-lasting structures when properly maintained.

No, I do not want to construct my project out of Timber Construction

Timber Construction *

I can confirm we would like to construct our project out of Timber Construction for our proposed project.

You acknowledge that you have confirmed your choice of construction type for this project.

You understand that if you decide to change the construction type at a later stage, you will be responsible for covering the costs associated with amending the drawings, as per our approved disbursements.

No, I do not want to construct my project out of Timber Construction.

Concrete Construction *

Concrete is a popular construction method is one of the most durable construction materials available. It can withstand a wide range of environmental conditions, including high winds, heavy rain, and extreme temperature. Due to its durability and strength concrete has the ability to resist fire, where it has the ability to withstand high temperatures without weakening or melting water, and weather damage. Concrete has high compressive strength, which means it can withstand heavy loads without collapsing or cracking. Concrete has thermal mass, which means it can store and release heat. This property can help to reduce energy consumption and lower heating and cooling costs. It can also be produced in a variety of shapes and sizes, making it a versatile choice for many types of projects. This construction type is relatively low-maintenance material that requires minimal upkeep over its lifespan. Additionally, concrete is a relatively affordable material, and it can be made with sustainable and eco-friendly production methods. Finally, concrete construction can be faster than other methods, as components can be pre-cast offsite and quickly assembled on the construction site. Overall, concrete construction is a popular choice for its durability, strength, fire resistance, energy efficiency, versatility and low maintenance.

No, I do not want to construct my project out of Concrete Construction

Concrete Construction *

I can confirm we would like to construct our project out of Concrete Construction for our proposed project.

You acknowledge that you have confirmed your choice of construction type for this project.

You understand that if you decide to change the construction type at a later stage, you will be responsible for covering the costs associated with amending the drawings, as per our approved disbursements.

No, I do not want to construct my project out of Concrete Construction.

Would you like Architecture North Ltd to Tender your project for a Structural Engineer for your project? *

Yes, Architecture North Ltd to Tender your project for this Scope of Services - Please refer to our Disbursements

No - Client's Responsibility for appointing a Structural Engineer. Architecture North Ltd will not be responsible for liaising with the client's appointed structural engineer, as we have not managed the tender process or the project management of their workflow.

Instructing Clients Authorisation *

Tender and Appointment of a Structural Engineer for their project

Do you agree that your typed full name signature replaces, in this context, your written signature. *

Yes, I agree

Would you like Architecture North Ltd to Tender your project for a U-Value Assessor for your project? *

Yes, Architecture North Ltd to Tender your project for this Scope of Services - Please refer to our Disbursements

No - Client's Responsibility for appointing a U-Value Assessor. Architecture North Ltd will not be responsible for liaising with the client's appointed U-Value Assessor, as we have not managed the tender process or the project management of their workflow.

Instructing Clients Authorisation *

Tender and Appointment of a U-Value Assessor for their project

Do you agree that your typed full name signature replaces, in this context, your written signature. *

Yes, I agree

Window & Door Openings *

Undertaking a Window & Door Opening Schedule with our clients is paramount to ensuring a seamless and successful architectural process. By showing the elevations to our clients, we facilitate a collaborative approach that allows us to mark up the drawings together. This collaborative effort is crucial as it enables our clients to fully comprehend the intricacies of the design, including door orientations, opening directions, and window and door numbers. Understanding these details is essential for our clients as it empowers them to make informed decisions about their project. By actively engaging our clients in the process of marking up the drawings, we ensure that their vision aligns perfectly with our design intentions. This level of clarity not only enhances communication but also minimiSes the risk of misunderstandings or discrepancies down the line. Moreover, by involving our clients in the Window & Door Opening Schedule, we foster a sense of ownership and investment in the project. This collaborative approach fosters trust and confidence, ultimately leading to a smoother and more satisfying architectural experience for all parties involved. In essence, undertaking a Window & Door Opening Schedule with our clients is not just about marking up drawings; it's about fostering clear communication, empowering our clients, and ensuring that every aspect of the design meets their expectations. At Architecture North Ltd, we are committed to delivering exceptional results through collaboration, transparency, and client-focused design practices.

Please annotate the doors or windows on your drawings using the numbers below.

V1E - Existing Front Elevation Windows *

Not Applicable

V1E

V2E - Existing Front Elevation Windows *

Not Applicable

V2E

V3E - Existing Front Elevation Windows *

Not Applicable

V3E

V4E - Existing Front Elevation Windows *

Not Applicable

V4E

V5E - Existing Front Elevation Windows *

Not Applicable

V5E

V6E - Existing Front Elevation Windows *

Not Applicable

V6E

V7E - Existing Front Elevation Windows *

Not Applicable

V7E

V8E - Existing Front Elevation Windows *

Not Applicable

V8E

V9E - Existing Front Elevation Windows *

Not Applicable

V9E

V10E - Existing Front Elevation Windows *

Not Applicable

V10E

V11E - Existing Front Elevation Windows *

Not Applicable

V11E

X1E - Existing Side Elevation Windows *

Not Applicable

X1E

X2E - Existing Side Elevation Windows *

Not Applicable

X2E

X3E - Existing Side Elevation Windows *

Not Applicable

X3E

X4E - Existing Side Elevation Windows *

Not Applicable

X4E

X5E - Existing Side Elevation Windows *

Not Applicable

X5E

X6E - Existing Side Elevation Windows *

Not Applicable

X6E

X7E - Existing Side Elevation Windows *

Not Applicable

X7E

X8E - Existing Side Elevation Windows *

Not Applicable

X8E

X9E - Existing Side Elevation Windows *

Not Applicable

X9E

X10E - Existing Side Elevation Windows *

Not Applicable

X10E

X11E - Existing Side Elevation Windows *

Not Applicable

X11E

Y1E - Existing Rear Elevation Windows *

Not Applicable

Y1E

Y2E - Existing Rear Elevation Windows *

Not Applicable

Y2E

Y3E - Existing Rear Elevation Windows *

Not Applicable

Y3E

Y4E - Existing Rear Elevation Windows *

Not Applicable

Y4E

Y5E - Existing Rear Elevation Windows *

Not Applicable

Y5E

Y6E - Existing Rear Elevation Windows *

Not Applicable

Y6E

Y7E - Existing Rear Elevation Windows *

Not Applicable

Y7E

Y8E - Existing Rear Elevation Windows *

Not Applicable

Y8E

Y9E - Existing Rear Elevation Windows *

Not Applicable

Y9E

Y10E - Existing Rear Elevation Windows *

Not Applicable

Y10E

Y11E - Existing Rear Elevation Windows *

Not Applicable

Y11E

Z1E - Existing Side Elevation Windows *

Not Applicable

Z1E

Z2E - Existing Side Elevation Windows *

Not Applicable

Z2E

Z3E - Existing Side Elevation Windows *

Not Applicable

Z3E

Z4E - Existing Side Elevation Windows *

Not Applicable

Z4E

Z5E - Existing Side Elevation Windows *

Not Applicable

Z5E

Z6E - Existing Side Elevation Windows *

Not Applicable

Z6E

Z7E - Existing Side Elevation Windows *

Not Applicable

Z7E

Z8E - Existing Side Elevation Windows *

Not Applicable

Z8E

Z9E - Existing Side Elevation Windows *

Not Applicable

Z9E

Z10E - Existing Side Elevation Windows *

Not Applicable

Z10E

Z11E - Existing Side Elevation Windows *

Not Applicable

Z11E

A1E - Existing Front Elevation Doors *

Not Applicable

A1E

A2E - Existing Front Elevation Doors *

Not Applicable

A2E

A3E - Existing Front Elevation Doors *

Not Applicable

A3E

A4E - Existing Front Elevation Doors *

Not Applicable

A4E

A5E - Existing Front Elevation Doors *

Not Applicable

A5E

A6E - Existing Front Elevation Doors *

Not Applicable

A6E

A7E - Existing Front Elevation Doors *

Not Applicable

A7E

A8E - Existing Front Elevation Doors *

Not Applicable

A8E

B1E - Existing Side Elevation Doors *

Not Applicable

B1E

B2E - Existing Side Elevation Doors *

Not Applicable

B2E

B3E - Existing Side Elevation Doors *

Not Applicable

B3E

B4E - Existing Side Elevation Doors *

Not Applicable

B4E

B5E - Existing Side Elevation Doors *

Not Applicable

B5E

B6E - Existing Side Elevation Doors *

Not Applicable

B6E

B7E - Existing Side Elevation Doors *

Not Applicable

B7E

B8E - Existing Side Elevation Doors *

Not Applicable

B8E

C1E - Existing Rear Elevation Doors *

Not Applicable

C1E

C2E - Existing Rear Elevation Doors *

Not Applicable

C2E

C3E - Existing Rear Elevation Doors *

Not Applicable

C3E

C4E - Existing Rear Elevation Doors *

Not Applicable

C4E

C5E - Existing Rear Elevation Doors *

Not Applicable

C5E

C6E - Existing Rear Elevation Doors *

Not Applicable

C6E

C7E - Existing Rear Elevation Doors *

Not Applicable

C7E

C8E - Existing Rear Elevation Doors *

Not Applicable

C8E

D1E - Existing Side Elevation Doors *

Not Applicable

D1E

D2E - Existing Side Elevation Doors *

Not Applicable

D2E

D3E - Existing Side Elevation Doors *

Not Applicable

D3E

D4E - Existing Side Elevation Doors *

Not Applicable

D4E

D5E - Existing Side Elevation Doors *

Not Applicable

D5E

D6E - Existing Side Elevation Doors *

Not Applicable

D6E

D7E - Existing Side Elevation Doors *

Not Applicable

D7E

D8E - Existing Side Elevation Doors *

Not Applicable

D8E

V1P - Proposed Front Elevation Windows *

Not Applicable

V1P

V2P - Proposed Front Elevation Windows *

Not Applicable

V2P

V3P - Proposed Front Elevation Windows *

Not Applicable

V3P

V4P - Proposed Front Elevation Windows *

Not Applicable

V4P

V5P - Proposed Front Elevation Windows *

Not Applicable

V5P

V6P - Proposed Front Elevation Windows *

Not Applicable

V6P

V7P - Proposed Front Elevation Windows *

Not Applicable

V7P

V8P - Proposed Front Elevation Windows *

Not Applicable

V8P

V9P - Proposed Front Elevation Windows *

Not Applicable

V9P

V10P - Proposed Front Elevation Windows *

Not Applicable

V10P

V11P - Proposed Front Elevation Windows *

Not Applicable

V11P

X1P - Proposed Side Elevation Windows *

Not Applicable

X1P

X2P - Proposed Side Elevation Windows *

Not Applicable

X2P

X3P - Proposed Side Elevation Windows *

Not Applicable

X3P

X4P - Proposed Side Elevation Windows *

Not Applicable

X4P

X5P - Proposed Side Elevation Windows *

Not Applicable

X5P

X6P - Proposed Side Elevation Windows *

Not Applicable

X6P

X7P - Proposed Side Elevation Windows *

Not Applicable

X7P

X8P - Proposed Side Elevation Windows *

Not Applicable

X8P

X9P - Proposed Side Elevation Windows *

Not Applicable

X9P

X10P - Proposed Side Elevation Windows *

Not Applicable

X10P

X11P - Proposed Side Elevation Windows *

Not Applicable

X11P

Y1P - Proposed Rear Elevation Windows *

Not Applicable

Y1P

Y2P - Proposed Rear Elevation Windows *

Not Applicable

Y2P

Y3P - Proposed Rear Elevation Windows *

Not Applicable

Y3P

Y4P - Proposed Rear Elevation Windows *

Not Applicable

Y4P

Y5P - Proposed Rear Elevation Windows *

Not Applicable

Y5P

Y6P - Proposed Rear Elevation Windows *

Not Applicable

Y6P

Y7P - Proposed Rear Elevation Windows *

Not Applicable

Y7P

Y8P - Proposed Rear Elevation Windows *

Not Applicable

Y8P

Y9P - Proposed Rear Elevation Windows *

Not Applicable

Y9P

Y10P - Proposed Rear Elevation Windows *

Not Applicable

Y10P

Y11P - Proposed Rear Elevation Windows *

Not Applicable

Y11P

Z1P - Proposed Side Elevation Windows *

Not Applicable

Z1P

Z2P - Proposed Side Elevation Windows *

Not Applicable

Z2P

Z3P - Proposed Side Elevation Windows *

Not Applicable

Z3P

Z4P - Proposed Side Elevation Windows *

Not Applicable

Z4P

Z5P - Proposed Side Elevation Windows *

Not Applicable

Z5P

Z6P - Proposed Side Elevation Windows *

Not Applicable

Z6P

Z7P - Proposed Side Elevation Windows *

Not Applicable

Z7P

Z8P - Proposed Side Elevation Windows *

Not Applicable

Z8P

Z9P - Proposed Side Elevation Windows *

Not Applicable

Z9P

Z10P - Proposed Side Elevation Windows *

Not Applicable

Z10P

Z11P - Proposed Side Elevation Windows *

Not Applicable

Z11P

A1P - Proposed Front Elevation Doors *

Not Applicable

A1P

A2P - Proposed Front Elevation Doors *

Not Applicable

A2P

A3P - Proposed Front Elevation Doors *

Not Applicable

A3P

A4P - Proposed Front Elevation Doors *

Not Applicable

A4P

A5P - Proposed Front Elevation Doors *

Not Applicable

A5P

A6P - Proposed Front Elevation Doors *

Not Applicable

A6P

A7P - Proposed Front Elevation Doors *

Not Applicable

A7P

A8P - Proposed Front Elevation Doors *

Not Applicable

A8P

B1P - Proposed Side Elevation Doors *

Not Applicable

B1P

B2P - Proposed Side Elevation Doors *

Not Applicable

B2P

B3P - Proposed Side Elevation Doors *

Not Applicable

B3P

B4P - Proposed Side Elevation Doors *

Not Applicable

B4P

B5P - Proposed Side Elevation Doors *

Not Applicable

B5P

B6P - Proposed Side Elevation Doors *

Not Applicable

B6P

B7P - Proposed Side Elevation Doors *

Not Applicable

B7P

B8P - Proposed Side Elevation Doors *

Not Applicable

B8P

C1P - Proposed Rear Elevation Doors *

Not Applicable

C1P

C2P - Proposed Rear Elevation Doors *

Not Applicable

C2P

C3P - Proposed Rear Elevation Doors *

Not Applicable

C3P

C4P - Proposed Rear Elevation Doors *

Not Applicable

C4P

C5P - Proposed Rear Elevation Doors *

Not Applicable

C5P

C6P - Proposed Rear Elevation Doors *

Not Applicable

C6P

C7P - Proposed Rear Elevation Doors *

Not Applicable

C7P

C8P - Proposed Rear Elevation Doors *

Not Applicable

C8P

D1P - Proposed Side Elevation Doors *

Not Applicable

D1P

D2P - Proposed Side Elevation Doors *

Not Applicable

D2P

D3P - Proposed Side Elevation Doors *

Not Applicable

D3P

D4P - Proposed Side Elevation Doors *

Not Applicable

D4P

D5P - Proposed Side Elevation Doors *

Not Applicable

D5P

D6P - Proposed Side Elevation Doors *

Not Applicable

D6P

D7P - Proposed Side Elevation Doors *

Not Applicable

D7P

D8P - Proposed Side Elevation Doors *

Not Applicable

D8P

Do you agree that your typed full name signature replaces, in this context, your written signature. *

Yes, I agree

Do you confirm that all the information you have provided Today is Correct *

Yes, Declaration Made

If you would like to provide us with some feedback about your experience with us, please follow this link: *

https://www.architecturenorth.co.uk/clients-area/feedback

If you would like to leave a review, please follow this link: *

https://www.architecturenorth.co.uk/clients-area/leave-us-a-review