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Understanding Change Orders in Construction: Why They Happen and How to Plan for Them

The construction process is complex, involving countless details and coordination between multiple parties. Amid this complexity, change orders are a common occurrence, though they can lead to delays, increased costs, and adjustments to the project’s scope.

But what exactly is a change order, and how can you manage it effectively? Here’s a breakdown to help you understand why they happen and how to better plan for them, ensuring a smoother and more enjoyable construction experience.

What is a Change Order?

A change order is an official amendment to the construction contract. It details any changes in the scope of work, the project timeline, or the budget after the initial agreement has been signed. These changes can range from minor adjustments, such as substituting materials, to larger revisions like reconfiguring entire spaces.

Change orders generally require agreement from all parties, including the architect, contractor, and client. They often carry financial implications and can affect the schedule of the project.

Why Do Change Orders Happen?

1. Unforeseen Conditions: During construction, especially in renovation or remodel projects, unexpected site conditions can arise. Hidden structural issues, plumbing problems, or even unforeseen soil conditions can trigger changes that need to be addressed.

2. Client Requests: As clients see the project take shape, they sometimes decide to make design changes. This can be anything from wanting to upgrade finishes to rethinking the layout of a space.

3. Errors or Omissions in the Design: While architects aim for comprehensive plans, no project is immune to occasional missteps in the documentation, which may need correction during construction.

4. Regulatory Requirements: Changes may arise due to unforeseen building code or regulatory issues that require adjustments to the design to meet compliance standards.

5. Material Availability: Certain materials may become unavailable during construction, leading to the need for substitutions or alternative sourcing.

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How Can Change Orders Be Avoided?

While it’s impossible to avoid every change order, many can be anticipated and minimized through careful planning and clear communication. Here are a few tips:

1. Thorough Planning and Pre-Construction Preparation: Having a clear, detailed design and construction plan is critical. This includes in-depth site analysis, client discussions to ensure the design meets their needs, and coordination with contractors early in the process.

2. Regular Communication: Open dialogue between the architect, client, and contractor throughout the design and construction process helps identify potential issues before they escalate. Regular project meetings and updates help to keep everyone aligned.

3. Careful Selection of Materials: Ensuring that materials specified are available and meet the project’s timeline can help avoid last-minute changes due to supply chain issues.

4. Contingency Planning: Including a contingency budget and timeline in the initial project plan helps to manage unexpected costs and delays, allowing the team to respond quickly and efficiently to unforeseen issues.

Budgeting for Change Orders

Even with the best planning, change orders can still occur. To mitigate their impact:

• Set a Contingency Fund: It’s common practice to allocate 5-10% of the project budget for potential changes. This helps prevent financial surprises and ensures the project can move forward smoothly.

• Prioritize Changes: When change orders arise, work with your architect and contractor to evaluate their necessity. Some changes may be essential, while others might be worth postponing or reconsidering to stay within budget.

• Track and Approve Changes: Make sure all change orders are documented and approved in writing. This helps maintain a clear record of adjustments and prevents misunderstandings between parties.

The Architect’s Role in Making the Process Smooth and Fun

Architects play a pivotal role in helping clients navigate change orders and ensuring that the design and construction process remains enjoyable. Here’s how an architect can make a difference:

1. Collaborative Design Process: By involving clients deeply in the design process, architects can better understand their needs and minimize the likelihood of design changes down the line.

2. Anticipating Challenges: Experienced architects can foresee potential issues that might arise during construction and work proactively to mitigate them before they become problems.

3. Clear Communication: Architects act as the bridge between the client, contractor, and other stakeholders. Through effective communication, they help keep the project on track, manage expectations, and address issues quickly.

4. Flexibility and Creativity: When change orders happen, a skilled architect can offer creative solutions that minimize disruption while staying true to the design vision. Their ability to pivot and adapt often leads to better results and a more rewarding construction experience for the client.

In the end, while change orders are a natural part of the construction process, they don’t have to be a source of stress. With careful planning, a clear budget, and the guidance of an experienced architect, they can be managed smoothly, ensuring the project remains enjoyable from start to finish.

categories: Construction, Architecture, Residential
Friday 09.27.24
Posted by joshua hogan
 

Smart Home Automation

Smart home automation refers to the use of technology to automate and control various home appliances and systems, such as lighting, heating, air conditioning, security, entertainment, and more. The aim of smart home automation is to make homes more efficient, comfortable, and convenient, while also providing users with greater control over their home environment.

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tags: #smarthomeautomation, #automation, #homeautomation
categories: Architecture, Materials, Construction, Commercial, Residential, Automation, Technology
Friday 02.02.24
Posted by joshua hogan
 

BIM Software: Revolutionizing Architecture

The main goal of BIM is to improve the design, construction, and management of buildings and infrastructure projects by enabling better collaboration, coordination, and communication among all stakeholders, including architects, engineers, contractors, and owners. BIM can help reduce errors and rework, enhance productivity, and increase efficiency throughout the life cycle of a project.

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tags: #buildinginformationmodeling, #bim, #architecture, #engineering, #construction, #3dmodeling
categories: Architecture, Construction, Residential, Commercial
Friday 01.12.24
Posted by joshua hogan
 

Development in Qualified Opportunity Zones: An Overview

Qualified Opportunity Zones (QOZs) are a program created by the U.S. government in 2017 under the Tax Cuts and Jobs Act to encourage economic development and job creation in economically distressed areas. The QOZ program is intended to attract private investment into low-income communities in order to help revitalize them and create jobs. The program is administered by the U.S. Department of the Treasury and the Internal Revenue Service (IRS).

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tags: #qualifiedoppotunityzones, #oppotunityzones
categories: Construction, Architecture, Residential, Commercial
Wednesday 01.03.24
Posted by joshua hogan
 

Product Review: Bautex

Bautex blocks can be used for a variety of construction projects, including residential and commercial buildings, as well as for disaster-resistant structures. They are often used in areas prone to severe weather events such as hurricanes, tornadoes, and floods.

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tags: #construction, #constructionmaterials, #bautex, #compositematerials, #insulationproperties, #superiorstructural, #energyefficency, #sustainablebuildings
categories: Construction, Materials, Commercial, Residential, Architecture, Energy Efficiency, Insulation in Buildings, Sustainable Buildings
Monday 10.16.23
Posted by joshua hogan
 

What is Passive Solar Design?

Passive solar design is a set of building techniques that maximize the use of natural energy from the sun to heat, cool, and light a building without the use of mechanical or electrical systems. The principles of passive solar design are adaptable and relevant across a diverse array of building types, encompassing residences, office spaces, educational institutions, and industrial structures.

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tags: #passivesolardesign, #thermalmass, #airsealing, #insulation, #ventilationandcirculation, #sustainability, #sustainablebuildings, #naturalsolarenergy
categories: Construction, Commercial, Residential, Building Performance, Building Sustainability, Energy Efficiency, Environmental Health, Green Building Practices, Natural Solar Energy
Monday 10.09.23
Posted by joshua hogan
 

Illuminating Architecture: A Look into Lighting Design Theory and Trends

Lighting design is a crucial aspect of architecture, as it has a significant impact on the overall look and feel of a space. Lighting design plays a critical role in architecture, not only in terms of aesthetics but also in terms of functionality, energy efficiency, safety and security, and health and well-being.

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tags: #lightingdesign, #artifiallight, #lightingdesigntheory, #photometrics, #photometricsdata, #ledlights, #tasklighting, #generallighting, #typesoflights, #lightingcontrols, #architecture
categories: Architecture, Building Sustainability, Building Performance, Construction, Energy Efficiency, Commercial, Materials, Residential, Technology
Sunday 09.10.23
Posted by joshua hogan
 

Floor Area Ratio (FAR)

Floor Area Ratio (FAR), also known as Floor Space Index (FSI) or Floor Space Ratio, is a planning and zoning regulation that governs the relationship between the total floor area of a building or buildings on a lot and the total area of that lot. FAR is typically expressed as a ratio, representing the total allowable floor area of all buildings on a lot divided by the total area of the lot itself. It is used by local governments and planning authorities to control the density and intensity of development within a specific area.

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tags: #far, #zoningregulations, #zoning, #austinfloorarearatio, #ldccode, #austinldccode, #affordablehousingdensity, #floorarearatio
categories: Austin, Residential, Zoning, Urban Planning, Zoning Regulations, Floor Area Ratio
Thursday 08.31.23
Posted by joshua hogan
 

Types of Concrete

In the realm of architecture, the diverse types of concrete provide architects with a broad range of materials to create enduring and captivating structures. The ongoing development and exploration of concrete technology promise even more innovative applications in the construction industry, shaping the future of architectural design.

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tags: #concrete, #construction, #typesofconcrete, #normalstrengthconcrete, #highdensityconcrete, #rcc, #precast, #prestressed, #gfrc, #scc, #frc
categories: Residential, Commercial, Materials, Construction, Sustainable Buildings, Building Sustainability, Building Performance, Architecture
Tuesday 07.25.23
Posted by Catherine Ellorde
 

Material Review: Types of Concrete Finish

A concrete finish refers to the final texture, pattern, or appearance that is applied to a concrete surface to improve its aesthetic appeal and durability. There are various types of concrete finishes that can be used depending on the desired look and function of the concrete surface.

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tags: #concrete
categories: Construction, Commercial, Residential, Materials
Monday 07.17.23
Posted by joshua hogan
 

Product Review: Zip Sheathing

Zip sheathing is a popular building material that is used in a wide range of construction projects. It is known for its strength, durability, and moisture resistance, making it an ideal choice for many builders and architects.

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tags: #zipsheathing, #construction
categories: Construction, Materials, Architecture, Residential, Commercial
Saturday 07.15.23
Posted by joshua hogan
 

Material Review: Brick

Bricks come in a variety of sizes, colors, and textures, and can be used to create a wide range of architectural styles. They are known for their durability, low maintenance requirements, and ability to withstand harsh weather conditions.

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tags: #bricks, #typesofbricks, #sustainability, #constructionmaterials
categories: Construction, Commercial, Residential, Materials, Sustainable Buildings, Building Sustainability
Monday 07.03.23
Posted by joshua hogan
 

What is Stick Framing?

Stick framing is a flexible and versatile method of construction that can accommodate a wide variety of architectural styles and designs. It is also relatively inexpensive compared to other framing methods, making it a popular choice for many builders and homeowners.

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tags: #stickframing, #framing, #woodframing
categories: Construction, Commercial, Residential, Materials
Monday 06.26.23
Posted by joshua hogan
 

Insulation in Buildings: The Key to Energy Efficiency and Sustainability

Insulation is a material or combination of materials that are used to reduce the transfer of heat or sound between two areas of different temperatures or sound levels. In construction, insulation is used to keep buildings and homes more energy-efficient by preventing heat from escaping in the winter and keeping heat out in the summer.

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tags: #insulations, #typesofinsulation, #construction, #buildingsustainability, #sustainability, #energyefficiency, #insulationinbuildings
categories: Construction, Architecture, Residential, Materials, Commercial, Energy Efficiency, Sustainable Buildings
Monday 06.19.23
Posted by joshua hogan
 

Material Review: Wood

Wood is a relatively lightweight and energy-efficient building material, requiring less energy to produce and transport than many other construction materials like steel or concrete. Wood is also a good insulator, which can help to reduce energy consumption and heating and cooling costs in buildings.

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tags: #woods, #typesofwoods, #construction, #constructionmaterials, #sustainability
categories: Construction, Materials, Residential, Commercial, Sustainable Buildings
Monday 06.12.23
Posted by joshua hogan
 

Material Review: Tile

Tile is a flat or curved piece of fired clay, stone, ceramic, or other material used for covering surfaces such as floors, walls, and roofs.

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tags: #tile, #ceramictile, #porcelaintile, #glasstile, #stonetile, #metaltile
categories: Architecture, Commercial, Construction, Materials, Residential
Monday 06.05.23
Posted by joshua hogan
 

Thermal Mass

Thermal mass is an important consideration in building design because it can help regulate indoor temperatures and reduce energy consumption. During the day, thermal mass materials absorb heat from the sun or indoor sources such as people, appliances, or lighting. At night or during cooler periods, the stored heat is gradually released, helping to maintain a more stable indoor temperature.

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tags: #insulation, #thermalmass, #architecture, #constructionmaterials, #rammedearth, #adobe, #stone, #brick, #concrete
categories: Materials, Construction, Commercial, Residential, Architecture
Monday 05.22.23
Posted by joshua hogan
 

Glass in Architecture

Glass has become an integral part of modern architecture, offering transparency, natural light, and an aesthetic appeal.

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tags: #construction, #glassinarchitecture, #glasstype, #constructionmaterials
categories: Architecture, Commercial, Construction, Materials, Residential
Saturday 04.15.23
Posted by joshua hogan
 

Concrete in Architecture

Concrete is a material that has been used for centuries and continues to be an important part of modern architecture. Its strength and versatility make it ideal for a wide range of applications, from tall buildings to small homes.

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tags: #concrete, #construction, #architecture
categories: Residential, Materials, Construction, Commercial, Architecture
Saturday 04.01.23
Posted by joshua hogan
 

Metal Siding and Roofing

Metal siding and metal roofing have become increasingly popular in architecture due to their durability, versatility, and aesthetic appeal.

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tags: #metalroofing, #metalsiding, #construction, #constructionmaterials, #galvanizedsteel, #aluminum
categories: Residential, Construction, Commercial, Materials
Saturday 03.25.23
Posted by joshua hogan
 
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