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Architecture & Building

The Impact of Carbon Footprint on Architecture: Building a Sustainable Future 

19th June 20230

Architecture plays a significant role in shaping our environment. It has the potential to contribute to both environmental degradation and sustainability. As concerns about climate change and resource depletion escalate, architects and designers are increasingly recognising the importance of reducing carbon footprints in their projects. The carbon footprint of architecture encompasses the entire lifecycle of a building. From material production to construction, operation, and eventual demolition. In this blog, we will explore the ways in which carbon footprint is affecting architecture and the measures being taken to create a more sustainable future. 

Material selection and embodied carbon –  

One of the key factors influencing a building’s carbon footprint is the selection of construction materials. Traditional building materials, such as concrete and steel, are known to have high embodied CO2 due to their production processes. Architects are now exploring alternative materials like engineered timber, bamboo, and recycled materials that have lower embodied carbon. By using sustainable materials, the construction industry can significantly reduce CO2 emissions during the building’s lifetime. 

Energy efficiency and operational carbon –  

The operational phase of a building is responsible for a substantial portion of its CO2 emissions. Architects are adopting energy-efficient design strategies to minimize the operational carbon footprint. This includes incorporating passive design techniques such as orientation, natural ventilation, and daylighting to reduce the need for artificial lighting and HVAC systems. Additionally, integrating renewable energy sources like solar panels and geothermal systems helps to offset the building’s energy demands, further reducing its carbon emissions. 

Life cycle assessment and design optimisation –  

Life Cycle Assessment (LCA) is a crucial tool used by architects to evaluate the environmental impact of a building throughout its lifespan. By conducting LCAs, architects can identify areas where CO2 emissions can be reduced and make informed design decisions. For example, optimising the building’s shape can improve energy efficiency and minimize heating and cooling loads. Ultimately reducing its carbon footprint. LCA also encourages the use of durable materials, which extend a building’s lifespan and minimize the need for frequent renovations or demolitions. 

Adaptive reuse and retrofitting –  

Rather than demolishing existing structures, architects are embracing adaptive reuse and retrofitting to reduce CO2 emissions associated with new construction. By repurposing old buildings, the embodied carbon of the structure is preserved, and fewer new materials need to be produced. Retrofitting involves upgrading the energy efficiency of existing buildings through insulation, efficient HVAC systems, and renewable energy installations, further reducing their operational carbon footprint. 

Education and awareness –  

Addressing the carbon footprint in architecture requires a collective effort from architects, engineers, policymakers, and society. Education and awareness play a crucial role in promoting sustainable architectural practices. Futhermore, architects are increasingly incorporating sustainable design principles into their curricula, emphasizing the importance of reducing CO2 emissions and embracing environmentally friendly solutions. Likewise, clients and developers are becoming more conscious of the carbon footprint and demanding sustainable design solutions for their projects. 

Conclusion –  

In addition, the impact of carbon footprint on architecture is profound, prompting a shift toward sustainable design and construction practices. Architects are embracing innovative solutions to reduce embodied carbon, enhance energy efficiency, and repurpose existing structures. By prioritising sustainable materials, optimising design through life cycle assessment, and fostering education and awareness, the architectural industry is working towards building a more sustainable future. The reduction of CO2 emissions in architecture will contribute significantly to mitigating climate change and preserving our planet for future generations. 

Treehouse Urban Woodland and Urban Green Canopy by Ronald Lu & Partners

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Extensions

Wrap Around Extensions: Redefining Space and Functionality 

19th June 20230

As the demand for additional living space continues to rise, homeowners are exploring solutions to expand their homes without compromising on comfort or aesthetics. Among these solutions, wrap-around extensions have become a popular choice. By surrounding an existing structure, these extensions maximise space while seamlessly blending the old and new. This article explores the transformative power of wrap-around extensions and how they redefine space and functionality. 

Wrap around extensions amplify living space’s –  

Wrap-around extensions provide an opportunity to increase living space without altering the original floor plan. By encircling the main structure, these extensions create a continuous flow of additional rooms that can serve various purposes. From expanding the kitchen area to creating a sunlit lounge, L shape extensions offer endless possibilities for customising living spaces to suit individual needs. 

Wrap around extensions enhance natural light and views –  

One of the top advantages of a wrap-around extension is the amount of light the bring to a home. With additional windows and doors placed around the extension, sunlight can flood the interior, creating a bright and inviting atmosphere. Furthermore, wrap-around extensions offer homeowners the opportunity to capture breathtaking views from multiple angles, blurring the boundaries between indoors and outdoors. 

Seamless integration and aesthetic appeal –  

Integrating a wrap-around extension with the existing structure is a critical aspect of its design. When done correctly, it can enhance the aesthetic appeal of the entire property. Architects and designers work closely with homeowners to ensure that the extension harmonises with the original structure in terms of materials, finishes, and architectural style. The result is a cohesive and visually pleasing transformation that adds value to the property. 

Multifunctional design possibilities –  

With a wrap-around extension, homeowners have the opportunity to create multifunctional spaces that adapt to their needs. These extensions can accommodate various functions, serving as a playroom for children during the day, a guest bedroom at night, or a home gym during the weekends. Such adaptability allows homeowners to optimize their living spaces and make the most of their investment. 

Photography: Ben Blossom
Conversions

How You Can Do A Basement Conversion

15th June 20230

Everybody wants more space in their home. Most of the homeowners are looking for ways for basement conversion to create more space beneath their existing houses. Unlike loft conversion, which helps you create additional bedrooms, a basement is located beneath your home and provides easy access.

Options for Basement Conversion

To convert your basement, there are the following routes:

  • Basement as a part of a new build
  • Renovating existing cellar or basement
  • You can also think of creating a new basement in an existing home, or you can extend the cellar out in the garden.

In this article, we are going to deal with 2nd and 3rd option.

How Can You Use Basement For?

A basement can provide additional living space for your families such as an entertainment room, or playroom for your kids. Furthermore, it is an ideal location for relocating boiler, utility room, storage, or you can use it to store items to free up some space on above-ground.

Alternatively, you can have an external entrance for the basement to use it as a home office. If you want to sell it as an independent dwelling, then you need to express consent.

Is Basement Conversion Worth it?

Whether the cellar conversion worth it or not depends on the value of your property. If your house is in a high-value area, then it is a good idea to add some lower ground floor space. If you are living in central London or other sought-after urban centers, then a basement conversion is a good bet. But if you are living elsewhere, then you need to careful analysis. To get an idea about the worth of your house; you can contact with a local estate agent, as he or she can help you get an idea about the value per square meter in your area.

You should keep in mind that a basement living space with an external entrance worth more than a dark cellar. Also, you need to keep in mind that the ceiling value for the location has a maximum value. There is a threshold when it comes to the cost of a property. So, using high-quality materials cannot help increase the value of your estate above that. If you are looking for garage conversion or a loft conversion, you should keep in mind that a basement conversion costs the same as a loft. However, creating a basement from scratch is expensive, but you get more usable floor space with a cellar compared to loft conversion.

Planning Permission for Basement Conversion

If you are going to convert a cellar under your property, then you do not need planning permission. Your property’s Permitted Development will cover these kinds of house extensions.

However, if you are going to reduce the floor level to improve the ceiling height of cellar, then it will be treated as an extension, hence requires planning permission. There are some circumstances, in which you can undertake an alteration or extension without the need of planning application. (For more information you can visit UKGovWeb )

Planning policy can vary in case of a basement conversion because it is difficult for the local council to find a reason for the refusal. Cellar conversion does not require alteration in the building’s appearance, so there is no need for planning permission.

Basements and Building Regulations

A basement conversion requires building regulations, whether it involves the creation of a new basement or a change of use of an existing cellar. These regulations are minimum standards for construction to make sure buildings are hygienic, energy-efficient, and safe. If you are going to renovate or repair an existing cellar, then it is excluded from the building regulations.

If you want to know more about these regulations, then you can get a copy of approved documents, which includes all the rules and regulations. We will advise you to make a full application for conversion, instead to follow the notice procedures. Because, in this way, you will have time to resolve any issues with the design.

Party Wall Act

If the conversion affects a Party wall, then it is your responsibility to inform the house owner. To get permission to start work, you need their signs on the party wall act.

(Image credit: Simon Maxwell)
Conversions

Transforming Your Garage into Functional Living Space 

14th June 20230

As property prices continue to rise and the need for additional living space grows, homeowners in the UK are increasingly turning to innovative solutions to maximize their homes’ potential. One such solution gaining popularity is the garage conversion. By repurposing a garage into a functional living space, homeowners can not only add value to their property but also create a versatile area that meets their specific needs. In this article, we will explore the process, benefits, and considerations associated with a garage conversion in the UK. 

The Garage Conversion Process 

Planning and Research:

The first step in any garage conversion project is thorough planning and research. Start by checking with your local planning department to determine whether you need planning permission or if the project falls under permitted development rights. Consulting with professionals such as architects, builders, or contractors will help you understand the feasibility of the conversion and ensure compliance with building regulations.

Design and Layout of the garage:

Consider your desired use for the converted space. Whether you envision a home office, an additional bedroom, a playroom, or a gym, understanding your requirements will help guide the design and layout of the space. 

Structural Modifications:

Once the design is finalized, structural modifications may be required. This can include installing additional windows or doors, altering the plumbing or electrical systems, or reinforcing the garage structure if necessary. Hiring experienced professionals will ensure that these modifications are carried out safely and in compliance with building regulations. 

Insulation and Ventilation:

Garages are typically not designed to be habitable spaces, so proper insulation and ventilation are crucial for comfort and energy efficiency. Insulate the walls, floor, and roof to regulate temperature and reduce noise. Ensure adequate ventilation by installing windows or vents to promote air circulation. 

Plumbing, Heating, and Electrical Systems:

If your garage conversion requires plumbing, heating, or electrical work, it is essential to hire qualified professionals. These experts will ensure that the new systems are installed safely and in accordance with building regulations. Consider incorporating energy-efficient solutions to reduce long-term utility costs. 

Interior Finishes:

The final step is to transform the converted space into a functional and visually appealing living area. Choose flooring, wall finishes, lighting fixtures, and furnishings that align with the desired purpose of the room. Careful attention to detail during this stage will help create a seamless transition from a garage to a fully integrated living space. 

Benefits of a Garage Conversion 

  • Increased Living Space: One of the most significant advantages of a garage conversion is the creation of additional living space. This allows homeowners to adapt their homes to changing needs without the hassle and expense of moving. 
  • Enhanced Property Value: A well-executed garage conversion can significantly increase the value of your property. By maximizing the available square footage, you can attract potential buyers or tenants seeking versatile living spaces. 
  • Cost-Effective Solution: Compared to other types of home extensions, a garage conversion is often a more cost-effective option. The existing structure and foundation reduce construction costs, making it an attractive choice for homeowners on a budget. 

Considerations and Potential Challenges 

While a garage conversion offers numerous benefits, it is important to consider some potential challenges: 

  • Planning Permission: Depending on the location and nature of the conversion, you may require planning permission from your local authority. Consult with professionals to ensure compliance with the necessary regulations. 
  • Building Regulations: Garage conversions must comply with building regulations to ensure structural integrity, safety, and energy efficiency. Seek expert advice to ensure your project meets all requirements. 
  • Parking Space: Converting a garage means losing a dedicated parking space. Consider the impact this may have on your lifestyle and potential implications for selling the property in the future. 
Credit – https://www.iqglassuk.com/projects/the-stables-frameless-glass-link/s53738/

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Architecture & Building

Timber Construction in the UK: Embracing Sustainable Solutions

1st June 20230

Timber construction has emerged as a popular choice for builders and architects in the United Kingdom. As it offers numerous benefits ranging from sustainability and energy efficiency to aesthetic appeal and versatility. This blog post explores the growing trend of timber construction in the UK, highlighting its advantages, prominent projects, regulations, and the future outlook for this eco-friendly building method.

The Sustainability Advantage:

Timber construction stands out as an environmentally friendly alternative to traditional building materials like concrete and steel. Timber is a renewable resource that can be responsibly harvested and replenished, reducing the carbon footprint associated with building. It also stores carbon dioxide, helping to mitigate climate change. The UK government and various industry bodies are actively promoting sustainable building practices, making timber an attractive choice for meeting green building standards.

Energy Efficiency and Thermal Performance:

Timber possesses excellent thermal insulation properties, leading to reduced energy consumption and lower heating bills. Timber structures can be designed to minimize thermal bridging and achieve high levels of airtightness, ensuring optimal energy efficiency. This advantage aligns with the UK’s focus on reducing carbon emissions and improving energy performance in buildings.

Aesthetics and Design Versatility:

Timber construction offers architects and designers endless possibilities in terms of aesthetics and design flexibility. From traditional timber-framed buildings to contemporary timber-clad structures, timber can complement any architectural style. It can be used for both load-bearing structures and decorative elements, creating visually appealing and unique spaces.

Regulations and Standards:

The use of timber in construction is governed by several regulations and standards in the UK. Building regulations, provide guidelines for the structural performance, fire safety, and durability of timber structures. The British Standards Institution (BSI) has also developed standards specific to timber construction. Including BS EN 1995 (Eurocode 5), which covers the design of timber structures.

In addition to building regulations, various certification schemes and voluntary standards promote sustainable timber sourcing and responsible forest management. These include the Forest Stewardship Council (FSC) and the Program for the Endorsement of Forest Certification (PEFC). These certifications ensure that timber used in projects comes from well-managed forests and supports sustainable practices.

The Future of Timber Construction in the UK:

The future of timber construction in the UK looks promising, with growing awareness of the environmental benefits and advancements in wood technology. Architects, engineers, and builders are increasingly incorporating timber into their designs to meet sustainability targets and reduce the carbon footprint of buildings.

The UK government’s commitment to achieving net-zero carbon emissions by 2050 and its focus on sustainable building practices further supports the growth of this type of build. Initiatives such as the Timber Innovation Fund and the Future Homes Standard are encouraging the use of timber as a primary building material.

Conclusion:

Timber construction has gained significant traction in the UK due to its sustainability, energy efficiency, aesthetic appeal, and design versatility. As a renewable resource, timber aligns with the country’s environmental goals and regulations. Prominent timber construction projects in the UK showcase the beauty and strength of this building method. With the support of regulations, standards, and technological advancements, timber construction is poised to play an even more significant role in the future of sustainable building in the UK.

Credit – https://www.glasgowarchitecture.co.uk/benefits-of-timber-frame-houses

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Architecture & Building

The costs of building a house in 2023  

24th May 20230

Building a home is something many people dream of. However, with the rising costs of materials and labour the thought of building is putting doubts in people’s minds. So, in this blog we are going to breakdown all the factors and averages costs of how much it will cost to build a house in 2023.  

Building cost factors –  

Size –  

One of the biggest factors when it comes to building a home is the size of the property. Here is a rough guise of average build costs: 

  • Cost for building a 2-bedroom house: From £185k to £280k.  
  • Cost for building a 3-bedroom house: From £240k to £365k.  
  • Cost for building a 4-bedroom house: From £295k to £440k.  
  • Cost for building a 5-bedroom house: From £320k to £480k. 

These costs are for standard designs, if you chose you go for a more abstract design the prices may increase.  

Location –  

The price of construction is going to depend on the area of the UK you are looking to build in. Labour and land costs are lower in some parts of the country. Land located near popular cities are more likely to be more expensive than places in less populated areas.  

Types of finishes –  

The finish and materials you choose will have a big impact on the price of the project. From the flooring to the tiles, to the lighting, every decision you make will affect the overall cost of your project.  

Professional services –  

You will also need to consider the costs of professional services. For example, your architect, project manager, local authorities. This usually adds on an extra 15% of the total project’s costs.  

Will construction costs go down in 2024?  

The soaring prices of construction materials won’t likely decrease until 2024. In 2023, prices are expected to go up by another 7% before they return to the long-term average of 2.7% in 2024.  

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Advice Center

How to make your home more energy efficient?  

20th February 20230

Before you remodel your home or design a new one you should consider investing in energy efficiency, especially during this cost-of-living crisis. You will save energy and money and your home will be more comfortable.  

How energy efficient is your home?  

The first step in this process is to find out how much energy your home uses. And what is the most effective way to improve it. If your home has an energy performance certificate, it will help you identify any possible improvements. You can find any current or expired EPC in the UK on the government’s website.  

The main aspects of an energy efficient home –  

There are often 3 main aspects that are crucial when achieving an energy efficient home design, and they are:  

  • Air quality – 

Adding high quality insulation to your home will make it more air tight. The tighter the air the more heat it retains. However, it’s important to install a good ventilation system. This will allow you to remove the moist air that builds up in your home, without losing heat.  

  • Insulation 

Choosing the right insulation is important when it comes to retaining as much heat as possible. There are many effective ways to insulate your home, which can reduce heat loss. For example: cavity wall insulation, floor insulation, windows and doors, solid wall insulation, etc.  

  • Heating and cooling –  

Since the gas prices are increasing homeowners are looking for the best ways to save some money. Once your home is properly insulated you won’t need as much heat to maintain a comfortable temperature. This is a benefit because you will use less oil, gas or electricity.  

Can reducing a home’s energy efficiency help combat climate change?  

Homes that use energy supplied from the burning of fossil fuels are responsible for a large amount of carbon dioxide emissions. This means improving the energy efficiency of a home can reduce the burning fossil fuels.  

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Architecture & Building

Learn all about Arctic architecture this winter 

21st December 20220

The extreme weather in the arctic regions cause a range of design and planning challenges. For example: the cold temperature, structural problems, transportation, the high standards for materials, and resource limitations.  

Tips for designing, operating and maintaining buildings and systems in cold climates –  

  • The colder the climate, the more important it is to keep your equipment sheltered from the weather.
  • Avoid or minimise any external service pipes because they will freeze.  
  • Windblown snow has the consistency similar to sand. So, this requires special design techniques to keep it from getting into the HVAC systems.  
  • Place air vents in locations that will avoid snow drifts and blockages.  
  • Use prefab materials  

Building green – 

Since in the Arctic Region the effects of climate change are amplified and lead to global consequences, governments and international organizations are developing solutions to promote sustainable constructions. Green buildings provide benefits from an economic and social perspective, through lower building costs and improved comfort of their occupants.  

Building houses in the arctic –  

Many people in the arctic today live in modern towns and cities. People work in the arctic, extracting oil and gas beneath the permafrost, conducting research or working in tourism.  

Permafrost is very challenging to build on. Which is why houses where permafrost is present are built on stilts. This is to keep the permafrost from melting under them. While it is frozen it provides the house with a stable foundation. When the ground thaws, it can cause the building to shift or even collapse. Many houses are elevated on steel piles driven into the bedrock to keep the heat inside the home from going into the frozen ground.  

Houses in the north are often very different from the south. Northern houses will often have the bedrooms downstairs and the common areas upstairs. Heat rises so rooms closer to the ground are cooler, while upstairs the living areas capture and retain the heat in the winter.  

Windows are also an important factor when it comes to homes in polar regions. You want to make sure you place the windows in areas that have a positive impact. The placement of the window is important because you will get much needed sunlight in the winter but won’t be roasting in the summer.  

Here are some examples of architecture in the arctic –  

Arctic tree house hotel, Finland –  

This hotel in Finland was designed by Studio Puisto and it took inspiration from Nordic nature and culture. The timber structures are covered in wood and are carefully designed to be comfortable even in the winter months. All of the structures were fully constructed inside, right down to the internal surfaces and fixtures. They were then transported to the site and was lifted onto support pillars.  

Photographs:Marc Goodwin

Svart Hotel, Norway –  

The Svart Hotel is planned to be constructed at the base of Norway’s Almlifjellet mountain. Designed by international architecture, landscape architecture, and interior design firm Snohetta, the Svart Hotel gets its name from the nearby Svartisen glacier. The Norwegian hotel is being planned as modern sustainable architecture, with extensive research having gone into energy-efficient construction and operation. Snohetta even claims that the ring-shaped hotel will in-fact be energy positive – meaning it will produce more energy than it consumes. By mapping the movement of the sun’s ray, the circular structure design includes solar panels that would provide optimum levels of light throughout the day all year long. 

SVART – Photo credit Snøhetta Plompmozes MIRIS
Extensions

Timber Frame Extension: Learn About Planning, Finishes, and Costs

12th December 20220

There are several great benefits of a timber frame extension other than the added value and extra space for your home. It is possible to achieve a weathertight stage in days with this extension. It also means that you need to spend less time on-site and it does not depend on the weather conditions.

Once you have built a timber frame extension, it can sustain for longer. Furthermore, it provides good airtightness and thermal performance. So, if you are planning this extension, then it is essential to consider a proper frame manufacturer and best exterior finish. However, it all depends on your budget and whether the projects need planning permission.

Is A Timber Frame Extension Cheaper Than Other Extensions?

If we talk about the cost of timber frame extension then yes, it is an affordable choice compared to other traditionally-built extensions. One of the reasons is that it requires few labour hours to complete the work.

Furthermore, it is easy to estimate the time required to complete the project because it does not depend on the weather conditions. You can even carry out the work in winter months. If you are planning to apply for a mortgage, then you should keep in mind that your external finish is of primary importance. Many lenders are limited to external finish they accept, which can limit your choice of lenders.

Another important thing that you should keep in mind is that your project should add value to your house.

Do You Need Planning Permission?

Well, you do not need planning permission if you meet specific criteria, then you can build a timber frame extension under permitted development rights. But if your criteria are outside the scope, then you need planning permission from the local council.

We always recommend our readers to double-check the authorities before they start working. But if your property is located in a conservation area, then it is necessary to apply for planning permission.

Does it Can Be Built on Site

Most of this extension built using timber frame and all of the panels for the structure are made up on site. They do not get manufactured in a factory. You will need the help of a structural engineer to design it and prepare the specifications such as grade and size of timbers. After that, a joiner will make up the frame panels on site.

You will also find out that the manufacturers do not provide any quote for the extension projects. The reason is that they need lots of technical input for a new build.

Exterior Finishes for the Timber Frame Extension

You can use a variety of materials for the exterior finish, including:

  • Rendered brickwork
  • Facing Brick
  • Reconstituted Stone
  • Brick Slips
  • Natural Stone
  • Fibre Cement Cladding
  • Render board system
  • Timber
  • Metal Cladding

Tips for Building Timber Frame Extension

  • First of all, you need an architectural services provider with years of experience with timber frame extensions
  • We will recommend you to take quotes from at least three architectural services providers to make sure you are getting the best rates
  • We always advise our clients to have a 10% buffer budget for any unforeseen expense.

Types of Timber Frame Construction

Open-Panel Systems

In this construction as sheet material is fixed to the softwood frame. However, the inner face is left open for the plumbing, insulation and electrics. Once every work is done, the structure is closed up.

Closed-Panel Systems

It is same as the open-panel systems, but the main difference is that the insulation is already fitted and ducts are in place for the services.

Keep in mind that the panels are provided without windows and doors. However, some manufacturers give the panels fully glazed external joinery.

Cost of Timber Frame Extension

As we mentioned earlier that this extension costs less than other traditional extensions. The main reason is that you need fewer labour hours. A person should expect to pay £1,800 per square meter.

There are some expensive materials such as oak, which will you around £2,400 per square meter. In short, it is the most cost-effective extension in Scotland but can cost more in Wales, Northern Ireland, and England. You should keep in mind that the original cost of any extension depends on what you want. For example, if you need an additional storey roof, then the price will be higher. However, it is still cost-effective if the structure is made of timber.

Factors that can affect the cost include:

  • Frame type
  • Amount of Insulation and its type
  • The thickness of the frame
  • Prefabrication
  • Specifications of glazing
  • Location and choice of external cladding.

Benefits of Timber Frame Extension

  • One of the best benefits is that timber is lightweight compare to other choices. Due to the lightweight, it is easy to deliver the large modules made off-site.
  • If your house is small and has limited space, then you can manufacture the modules off-site.
  • Furthermore, it allows you to create large rooms, galleried ceilings with character, and you can use different finishes outside the house.
Advice Center

How Much Does It Cost to Build A House in the UK?

7th December 20220

As an architectural services provider, our clients often ask this question, “How much does it cost to build a house in the UK?”. After delivering more than 500 projects includes, including renovations, extension, conversions, and designing new houses and flats in the UK, we have concluded that the cost of a project depends on the drawings and quality of the materials. It is the only best way to estimate the cost of building a new house. There are various factors involved while calculating the cost.

Various industry standards can help in calculating the cost of building a house at the development stage. You can get a reasonable estimate, even if you do not have building regulations, drawings, and planning permission for your project.

The Cost of Building A House in London is the Second Highest
in the World

One of the factors that affect the cost is the location. The cost of building a house in one part may be highest to another. For example, the value of a property is the second-highest in central London.

However, there are various other factors too that influence the cost of building a house. The first factor is the location, and the others are competition for tenders, designs, and specifications. Another significant factor is the cost of labour which account for 40-45% of the total cost.

In this article, we are going to provide you with cost advice, which can help you determine the cost of your project. We are going to use industry standards in the UK. Furthermore, we will discuss three main factors that affect the cost and how you can prevent unforeseen expenses.

Design

Whenever someone decides to build a house, they have a budget. There is nothing more exciting than owning a new house. But you start building the home without proper planning, and then you realize that the cost of building increased. So, how you can cope with such unforeseen
consequences?

We know that it is a frustrating situation for anyone. It is also true that after such an incident, a person will want to band its head against a wall. Do not worry! We will give some advises that will help you prevent these mistakes from happening. The design of a house has a significant effect on the building cost. Hence, it is essential to work with some having a pleasant experience with designing projects similar to yours. The architectural services provider will help make your dream home a reality according to your requirements and taste.

Another important thing is to hire an experienced builder who understands the cost of a project. We have seen that many contractors under-quote a project, especially the design and build contracts. To avoid this, we will recommend you to hire an independent designer and make sure
that they are designing the project from the beginning. The architectural service providers must provide contractors with building regulations, tender drawings, and planning permission at the tender stage. This should be done before work starts to make sure that the builders can understand the design and estimate the cost. You should follow this process to make sure that the builder does not change the price during the construction.

Specifications

Whenever we start building our new home, there are lots of options in terms of specifications and designs. These choices have a significant effect on the overall building cost of a house. High-quality means, you are going to spend more money on the project. These choices are about finishes, specifications, and fixtures of your project. Keep in mind that these choices also affect the speed of construction.


It is the responsibility of the architectural service providers to make decisions about the materials of the project. They should understand the cost of specific materials and how they can put more financial burden on the project. You must be asking why the details of specifications are so
important. Well, they are essential to complete the job. Hence, you need to know about them and the materials for determining the actual cost of the project.


The tender documentation must be accurate because it is the only way to build a house within an acceptable range. If you are planning to make changes in the drawings, then it can increase the cost by a significant sum.

Project Manager

The method of managing the project can also affect the cost of building a house in the UK. If you think that you can handle this on your own then you can save some money. If you do not know about the building process, then we will recommend you to hire a project manager.