A construction general contractor is a professional responsible for overseeing and managing all aspects of a construction project. This includes coordinating subcontractors, managing schedules, ensuring compliance with regulations, and maintaining quality standards. They act as the central point of contact for the client and are accountable for the successful completion of the project within budget and on schedule.

Kitchen renovation involves updating or remodeling the kitchen space to improve functionality, aesthetics, and overall value. This may include replacing cabinets, countertops, flooring, appliances, and fixtures, as well as altering the layout or adding new features to better suit the homeowner's needs and preferences. The goal is to create a more efficient, stylish, and enjoyable cooking and dining environment.

Basement renovation involves transforming an unfinished or underutilized basement space into a functional and inviting area. This may include adding insulation, flooring, walls, lighting, and ventilation to create a comfortable living space. Common basement renovations also include adding bedrooms, bathrooms, home theaters, or recreational areas to expand usable living space and increase property value.

Custom home remodeling involves tailoring a home's design and layout to the specific needs and preferences of the homeowner. This may include structural changes, such as room additions or alterations, as well as aesthetic upgrades like customized finishes, fixtures, and architectural details. The goal is to transform the existing home into a personalized and functional living space that reflects the homeowner's lifestyle and tastes.

Deck building involves constructing an outdoor platform typically attached to a house, designed for relaxation, entertainment, and outdoor living. It includes selecting suitable materials such as wood or composite, designing the layout and dimensions, and building a sturdy frame supported by posts and footings. The deck surface is then installed, along with railings, stairs, and any additional features like built-in seating or lighting. Deck building enhances the usability and aesthetic appeal of outdoor spaces, providing a versatile area for social gatherings, dining, and enjoying the outdoors.

Fence building entails the construction of a barrier around a property, providing privacy, security, and aesthetic enhancement. It involves selecting appropriate materials such as wood, vinyl, metal, or composite, determining the layout and height of the fence, and installing posts, rails, and panels. The process includes excavation for post holes, setting posts securely in concrete, and attaching panels or pickets to create a continuous barrier. Fence building serves to define property boundaries, enhance curb appeal, and create a safe and private outdoor space.

Foundations are the structural base upon which buildings or structures rest, providing stability and support. They are typically constructed below ground level and transfer the weight of the building to the underlying soil or rock. Foundations can be made of concrete, stone, or reinforced masonry, and their design depends on factors such as soil type, building load, and local climate conditions. Common types of foundations include slab-on-grade, crawl space, and basement foundations, each serving to distribute the building's weight evenly and prevent settlement or structural damage over time.

House framing to completion involves the process of constructing a home from the initial framing stage to its final finishing touches. This includes:

  1. Framing: Erecting the skeletal structure of the house using wood or steel beams, studs, and joists to form the walls, floors, and roof.
  2. Roofing: Installing the roofing materials such as shingles, tiles, or metal panels to provide weather protection and insulation.
  3. Exterior: Adding siding, brickwork, or stucco to the exterior walls for insulation and aesthetics, as well as installing windows, doors, and trim.
  4. Interior: Completing the interior spaces with drywall installation, painting, and flooring. This stage also includes installing fixtures, cabinets, countertops, and other interior finishes.
  5. Systems: Installing plumbing, electrical, heating, ventilation, and air conditioning (HVAC) systems to provide essential utilities and comfort to the occupants.
  6. Final touches: Completing any remaining tasks such as landscaping, driveway installation, and exterior finishing touches to enhance curb appeal.

The process concludes with a final inspection to ensure compliance with building codes and regulations before the homeowner takes possession of the completed home.

Building a garage involves constructing a separate structure adjacent to a house or on its own to provide shelter and storage for vehicles and other belongings. The process typically includes:

  1. Planning and Permits: Designing the garage layout, size, and style according to local zoning regulations and obtaining necessary permits.
  2. Foundation: Excavating and pouring a concrete slab or foundation to support the garage structure.
  3. Framing: Erecting the walls, roof, and framing structure using wood or steel beams and studs.
  4. Roofing: Installing roofing materials such as shingles, metal panels, or tiles to provide weather protection.
  5. Siding: Adding siding, brickwork, or other exterior finishes to the walls for insulation and aesthetics.
  6. Doors and Windows: Installing garage doors, windows, and entry doors for access and ventilation.
  7. Electrical and Lighting: Wiring the garage for electricity, including outlets, lighting fixtures, and possibly garage door openers.
  8. Interior Finishing: Completing the interior spaces with insulation, drywall, painting, and flooring as desired.
  9. Storage and Organization: Adding shelves, cabinets, and storage systems to optimize space for vehicle parking and storage.
  10. Final Touches: Completing any remaining tasks such as landscaping, driveway installation, and exterior finishing touches to enhance curb appeal.

The process concludes with a final inspection to ensure compliance with building codes and regulations before the garage is ready for use.

Attic conversions involve transforming an underutilized attic space into a functional and livable area within a home. The process typically includes:

  1. Assessment: Evaluating the attic's structural integrity, available space, and suitability for conversion.
  2. Insulation and Ventilation: Adding or upgrading insulation and ventilation to ensure comfort and energy efficiency.
  3. Flooring: Installing flooring such as hardwood, laminate, or carpeting to create a finished surface.
  4. Walls and Ceilings: Adding drywall or paneling to create defined walls and ceilings, along with insulation as needed.
  5. Windows and Skylights: Installing windows, skylights, or dormers to bring in natural light and ventilation.
  6. Electrical and Plumbing: Wiring the space for electrical outlets, lighting fixtures, and possibly adding plumbing for a bathroom or kitchenette.
  7. Heating and Cooling: Extending the home's HVAC system to provide climate control to the attic space.
  8. Finishing Touches: Painting, trim work, and adding any additional features or amenities to complete the conversion.

Attic conversions offer valuable additional living space, such as bedrooms, home offices, or recreational areas, while maximizing the existing footprint of the home.

Concrete forming is the process of creating molds or frames, typically made of wood, metal, or plastic, to contain and shape concrete as it cures. This process is essential for various construction projects, including foundations, walls, columns, and slabs. Concrete forms are assembled and secured in place before concrete is poured into them. Once the concrete has cured and hardened, the forms are removed, leaving behind the desired concrete structure. Formwork must be carefully designed and constructed to ensure the proper shape, dimensions, and strength of the finished concrete element.

Adding a concrete driveway and/or sidewalks involves the following steps:

  1. Site Preparation: The area where the driveway or sidewalks will be installed is cleared of any debris, vegetation, or existing materials.
  2. Excavation: The soil is excavated to the required depth to accommodate the concrete and any necessary base materials.
  3. Base Installation: A layer of crushed stone or gravel is compacted and leveled to provide a stable base for the concrete.
  4. Formwork: Wooden or metal forms are installed along the edges of the driveway or sidewalks to contain the concrete and define its shape.
  5. Reinforcement: For added strength and durability, steel reinforcement such as rebar or wire mesh may be placed within the formwork.
  6. Concrete Pouring: Fresh concrete is poured into the prepared forms, spread evenly, and screeded to ensure a level surface.
  7. Finishing: The concrete surface is smoothed and leveled using tools such as floats and trowels. Control joints may also be added to control cracking.
  8. Curing: The newly poured concrete is allowed to cure and harden for several days, during which time it should be kept moist to prevent cracking.
  9. Sealing (optional): To enhance durability and appearance, the concrete may be sealed with a concrete sealer once it has fully cured.

Adding a concrete driveway and/or sidewalks improves the functionality, aesthetics, and value of a property while providing durable and long-lasting surfaces for vehicle and pedestrian traffic.

Accessory buildings, also known as outbuildings or secondary structures, are additional buildings constructed on a property to serve various purposes apart from the main dwelling. These buildings can include:

  1. Garages: Structures designed for parking vehicles, storing tools, equipment, and other belongings.

  2. Sheds: Small buildings primarily used for storing garden tools, lawn equipment, bicycles, or other outdoor items.

  3. Workshops: Buildings equipped with tools and equipment for woodworking, metalworking, or other hobbies and crafts.

  4. Barns: Larger structures used for housing livestock, storing hay or feed, and other agricultural purposes.

  5. Guesthouses: Separate living quarters built on a property to accommodate guests or serve as a rental unit.

  6. Greenhouses: Enclosed structures designed for cultivating plants, vegetables, or flowers, providing controlled environments for gardening.

Accessory buildings can enhance the functionality and versatility of a property while providing additional storage, workspace, or living space to meet the needs of the homeowner. They are typically subject to local zoning regulations and building codes.


Home and garage roof shingling involves the following steps:

  1. Preparation: The existing roof is inspected for damage, and any necessary repairs are made. The roof surface is cleaned to remove debris and ensure a smooth substrate for the new shingles.
  2. Underlayment Installation: A layer of roofing underlayment, such as felt or synthetic material, is installed over the roof decking to provide additional protection against water infiltration.
  3. Starter Shingle Installation: Starter shingles are installed along the eaves of the roof to provide a secure base for the first course of shingles and prevent wind uplift.
  4. Shingle Installation: Asphalt shingles are then laid starting from the bottom edge of the roof and working upwards in overlapping rows. Each shingle is nailed into place according to manufacturer specifications.
  5. Ridge Cap Installation: Ridge caps, specially designed shingles, are installed along the ridges of the roof to provide a finished look and protect against water infiltration.
  6. Flashing Installation: Flashing, made of metal or other waterproof materials, is installed around roof penetrations such as chimneys, vents, and skylights to prevent water leakage.
  7. Cleanup: Once the shingling is complete, the job site is cleaned up, and any debris is removed from the roof and surrounding area.

Home and garage roof shingling provides essential protection against the elements while enhancing the aesthetic appeal of the property. It is important to follow manufacturer guidelines and local building codes for proper installation and ensure the longevity and performance of the roof.