PROJECTS

PROJECT 1

PRAS - Understanding the condition of a property is crucial for private money lending and investors. A Property Risk Assessment Survey is a statement of property physical condition and provides essential data, enabling accurate evaluations of anticipated life expectancy and system performance. This specialized service delivers raw, concise information coupled with seasoned insights, ensuring that investors make informed decisions. It's important to note that these assessments are distinct from retail pre-purchase inspection services and should not be viewed as substitutes.

PROJECT 2

Drone Photography - Drone imaging is used not only for dramatics but also to access locations not normally available without the use of aviation principles. SIS brings to the overall service many tools that when used efficiently improve data for processing; generating quality reporting and analytics.

Drones allow access to hard-to-reach areas like rooftops, chimneys, or large properties safely and efficiently. This technology enhances inspection accuracy, saves time, and helps identify potential issues like roof damage, drainage problems, or structural concerns that might otherwise go unnoticed.

PROJECT 3

Drone Mapping is a cutting-edge technology that uses unmanned aerial vehicles (UAVs aka Drone) equipped with cameras and sensors to capture high-resolution images and data of a property or land area. These images are then processed using specialized software to create detailed maps, 3D models, and topographic surveys.

A "point cloud here is of a single family residence and the lot it is situated" refers to a 3D digital representation of a house including the lot. This rendering is created by collecting millions of individual points in space through images from, in this case a drone. Each point represents a specific location on the exterior and interior surfaces of the building, and grounds, providing a highly detailed and accurate picture of the geometry and features; essentially, a detailed 3D "snapshot", often used in construction, renovation, or property surveying projects.

Key points about a point cloud of a single family residence:

Data collection:

Typically generated by a 3D laser scanner or digital images property from various angles, capturing millions of data points with X, Y, and Z coordinates. Precision of geographic placement is possible but outside the scope of our specific service
Visualization:

When viewed in specialized software, the point cloud displays a detailed 3D image of the house, including walls, windows, doors, rooflines, and even intricate details like architectural moldings.
Applications:
- Renovation planning: Accurately measure existing spaces and identify potential obstacles before starting a renovation project.
- Building information modeling (BIM): Use the point cloud as a base to create a detailed 3D model of the house for design and analysis purposes.
- As-built documentation: Capture the exact condition of a house for legal or insurance purposes.
- Facility management: Monitor changes over time and identify maintenance needs.

PROJECT 4

Infrared imaging, also known as thermal imaging, is a powerful tool for home inspectors that uses infrared cameras to detect heat patterns and temperature differences within a property. This non-invasive technology allows inspectors to identify hidden issues such as water leaks, electrical problems, insulation gaps, or areas of heat or cooling loss, which are often invisible to the naked eye. By providing a clearer view of a home's condition, infrared imaging helps inspectors offer more accurate assessments, ensuring potential problems are spotted early and homeowners can make informed decisions about necessary repairs or maintenance.

Through the affects of evaporation cooling occurs and in the settings of this image shows as a dark color. This area in the image is confirmed as wet with further testing with a moisture meter. The IR image also offers a general scope for the condition.

PROJECT 5

Phase Inspection - Overall Purpose

Each of these inspections is designed to catch issues early and ensure that the construction process is safe, high-quality, and up to code. Proper inspections help prevent costly repairs down the road and ensure the safety and comfort of the future occupants.

A typical new construction phase may not include all these steps but depending on the specifics of the project each can be offered.

1. Pre-Construction Inspection (Site Preparation):

Purpose: Before construction begins, the phase ensures that the site is properly prepared for the foundation. This includes confirming that any necessary permits are in place and that the site has been cleared and leveled.
Key Checks:
- Review of site layout and permits.
- Ensuring proper drainage and soil compaction.

2. Foundation Inspection:

Purpose: After the foundation is dug and before pouring concrete, this inspection checks the formwork and reinforcement placement.
Key Checks:
- Proper depth and width of footings.
- Correct placement of steel rebar or other reinforcements.
- Any necessary vapor barriers or insulation.
- Compliance with local frost depth requirements, if applicable.

3. Framing Inspection:

Purpose: This inspection is conducted after the framing is up but before any insulation or drywall is installed. The structural integrity of the building is verified via visual observations and in compliance with engineering and plans
Key Checks:
- Proper installation of load-bearing walls, beams, and rafters.
- Correct placement of windows and door openings.
- Ensuring that all framing meets the engineering specifications and code requirements.
- Checking for any issues with plumbing, electrical, or HVAC rough-ins.

4. Rough-in Inspections (Plumbing, Electrical, HVAC):

Purpose: Rough-in inspections are conducted after the installation of plumbing pipes, electrical wiring, and HVAC systems but before they are covered with insulation or drywall.
Key Checks:
- Plumbing: Checking pipe sizing, water supply lines, waste lines, venting, and connections.
- Electrical: Verifying wiring, outlets, panel placement, and grounding.
- HVAC: Ensuring ductwork, venting, and system components are correctly installed.

5. Insulation Inspection:

Purpose: The inspector checks the installation of insulation to ensure energy efficiency and compliance with the building codes.
Key Checks:
- Proper R-value (thermal resistance) of insulation.
- Correct installation of batt, spray foam, or blown-in insulation in walls, ceilings, and attics.
- Sealing around windows, doors, and electrical boxes.

6. Drywall and Interior Finish Inspection:

Purpose: After drywall installation, this inspection ensures that the drywall is properly attached, and seams are correctly taped and finished.
Key Checks:
- Proper hanging and fastening of drywall.
- Checking for any visible gaps, nails, or screws that need to be corrected.
- Inspecting for the correct application of joint compound.

7. Final Inspection:

Purpose: This is the last inspection, which occurs after all major work has been completed, including final finishes, flooring, cabinetry, and painting.
Key Checks:
- Ensuring that all building systems (plumbing, electrical, HVAC) are fully operational and meet code.
- Verifying that safety features (e.g., smoke detectors, carbon monoxide detectors, handrails, and guardrails) are installed.
- Confirming that all required final permits are in place and that the home is ready for occupancy.
- A walkthrough may be conducted with the homeowner to ensure everything is up to their expectations.

8. Certificate of Occupancy (CO):

Purpose: After the final inspection and if everything passes, the inspector will issue a Certificate of Occupancy, allowing the homeowner to move in.
Key Checks:
- The CO confirms that the home is safe for living and complies with all local building codes.

Costs associated with this type service is quoted and billed per phase not usually per full project. Contact us to discuss your specific needs. We're here to help!

Serving all of Central Florida