Which One of These will Most Likely Require a Specialized Inspection

Which One of These will Most Likely Require a Specialized Inspection

Which One of These will Most Likely Require a Specialized Inspection

Sometimes you may need to know the difference between which type of inspection is necessary for the work you are looking to start on.

Inspection types can range from a general visual inspection to an undercover locational investigation, noise-based investigation, etc. The individual seeking out inspections must know which one they need to not waste their time or money by performing an unnecessary inspection.

Why specialized inspection is important

At the same time, it can be very hard to know which inspections are the right ones to perform and which are not. That’s why there is a specialized inspection worth looking into Pre-construction inspections.

Which one of these will most likely require a specialized inspection:

  1. Mold
  2. Roof
  3. Windows
  4. Interior
  5. Structural components
  1. Mold: Though mold is not an everyday occurrence, it can be the cause of building emergencies that could lead to structural damage, dangerous levels of airborne moisture, or even structural collapse and death if left unchecked for too long in excess amounts. Mold can also cause health issues such as allergies and asthma.
  2. Roof: Rain and humidity present in even small amounts pose a threat to the structural integrity, as it may weaken its structure or even cause damage to its flashing, which is exposed at the roof’s edge. In severe rains, an average roof may require repair or replacement due to water damage that results from leaks in the roof’s structure.
  3. Windows: Though clean windows are important for a healthy environment and energy savings, they can be a place where mold spores can grow if not properly cleaned regularly. If not caught early, mold will spread and may lead to structural damage in the window’s frame and air quality issues in neighboring rooms.
  4. Interior: The interior of a home is where mold is most likely to occur due to the high level of moisture present from fixtures leaking, humid environments, poor ventilation, and flooding. Mold may also be present due to a lack of upkeep by the homeowner, such as flooring that has become damaged or worn away through heavy use or damage from pests like termites and rats. In addition, if water damage permits decay to get inside walls, it can cause excessive moisture. Once this happens, mold will start to grow.
  5. Structural components: If the foundation of a building is holding up well, but the exterior walls are in disrepair, it can cause rot and decay to the structural components. In severe cases, these components can cause a collapse, leading to injury or death.

What is a Pre-construction inspection?

Pre-construction offers the most cost-efficient way to inspect a project before it begins. This type of inspection involves hiring people who have a sound knowledge of construction and concrete to find as many issues as possible before construction. By finding any issues that may crop up in advance, construction companies can save money.

As a result, the workers on construction projects can spend their time doing their jobs, not searching for problems and fixing them. They can present their findings, and the client can have discussions about the findings. This is the ideal situation for both parties involved.

Pre-construction inspection also comes in handy when a contract between the client and contractor (such as a design-build contract). When it comes time to perform a construction or concrete inspection on an already-constructed building project, it can save companies time and money.

How significant is Pre-Construction Inspection?

Let’s say that you’re working on a new subdivision that has about 350 homes in it. You have already started construction on the subdivision and now need to begin inspection for fire and life safety.

If what you know about construction is limited to what your local firefighter or building inspector has told you, you’re likely to be at a disadvantage. You could spend time and money doing unnecessary inspections that could be easily avoided with a pre-construction inspection. For example, fire safety inspections can determine the state of fire extinguishers, sprinkler systems, and more.

Why is Structural Component the correct option?

Structural component inspection is inspecting components, such as those that make up a structure, and verifying they are in good condition and suitable for the intended use.”

Inspection of structural components helps ensure buildings remain safe to occupy. It also helps prevent unnecessary material damage caused by poor design or construction practices. Structural component inspections are done on building components, including walls, columns, beams, floors, roofs, and stairways.

What happens in a structural component inspection?

During a structural component inspection, building inspectors ensure that these components are built to code. For example, they may check the strength of materials used in buildings or the spacing and levelness of floors. Inspectors also assess functionality, for example, verifying that doors and windows open and close properly.

According to the U.S. Department of Labor, structural component inspections are performed by inspectors who perform inspections for the building owner and often for a contractor.

Typically, structural component inspectors must determine whether a building is structurally sound. This can be done by looking at cracks in walls or columns, leaking ceilings, or pipes that do not carry water properly. Inspectors may also examine structural components to verify that they have been properly installed and maintained.

Licensing requirements vary by jurisdiction. In most states, structural component inspection requires the possession of a valid state or local license issued in the building/construction discipline area of interest (e.g., mechanical/structural). In some states, structural component inspection is included in the ongoing surveying license issued to professional engineers.

Inspectors may also be required to have additional “background” training such as an accredited professional engineer license, an engineering degree, and a specific number of work-related hours above the minimum required for licensure (depending on the state’s licensing board). 

It may also be desirable for inspectors to keep some facets of their background confidential, such as knowledge of certain engineering codes. This can help them deal with public agencies or repair companies who are not engineers and therefore do not understand some aspects of building construction.

Structural component inspectors must often be knowledgeable about various aspects of building construction to provide comprehensive service.