Architectural Metalwork Shop Drawings
Budget: $3,000 – $5,000 USD
I am in need of detailed engineering shop drawings for custom architectural metalwork fixtures. The ideal freelancer for this project should have a strong background in creating intricate and precise drawings for architectural metalwork. Experience with detailed engineering drawings is essential, as is the ability to understand and interpret design specifications.
Key Qualifications:
- Proficiency in CAD and similar design software
- Experience with architectural metalwork and custom fixtures
- Ability to produce detailed engineering drawings
- Strong attention to detail and precision
- Good communication skills for understanding project requirements
Link to photo album for examples of what we are looking to achieve
https://photos.app.goo.gl/gv8cmXuMAUTdyzFx6
Here are some of the details I could fit on this. Replacing deck.
- Custom metal fence installed into the top of a concrete retaining wall. Integrating a custom water fall feature into one of the metal fence panels.
Design Concept: Rounded steel powder-coated planter box, thick gauge and durable, supporting
a custom floating wood-clad rounded bench with minimal visible supports. And very clean modern lines no seams or bolts visible.
• Floating metal structure Bench Extension: A portion of the rounded wood-clad bench will extend beyond the planter box, creating the illusion of floating. This extension will continue the path for additional seating, supporting both the yard area and the fire feature area. Flush installed below the bench seat will be LED lighting ( considerations for a water tight hole/path within the metal planter for this electrical line that will not be visible)
• Kick Plate: Recessed kick plate on the lower edge with an integrated flush recessed LED lighting strip.
• Outlet Holes: Laser-cut recessed outlet holes for controlling the fire feature. (Master switch and timer switch separate holes)
• Irrigation and Drainage: Integrated plant and tree irrigation system, waterproofing, and
drainage solutions. (Considerations for plumbing those in the design and drainage for the planter since this is over the retaining wall want to divert water away from that.)
• Attachment: Secure attachment to a concrete footing, seamlessly blending into existing
and new concrete walls.
Fire Feature
• Design Concept: sunken (meaning a step into the fire pit area from the main deck space) Central fire feature within the planter box area , controlled via recessed outlet
holes (outdoor rated weather proofing for the electrical)
• Materials: Heat and fire-resistant materials for safety and durability.
• Decking: Fire feature decking to be slightly below grade with integrated drainage for
cleaning and heavy rains. With a custom circular drainage channel withing the floor. (In drainage channel lighting considerations to be in the design)
- Water Feature System
1. Primary Pond:
- Custom-designed modern pond box with integrated lighting.
- Depth of approximately 1.5 feet, creating an aesthetically pleasing appearance without the need for plants or fish.
2. Secondary Pond:
- Positioned below the primary pond, receiving a solid water stream over a metal edge.
- Depth of approximately 2 feet to ensure proper water flow and prevent overflow.
3. Water Flow:
- Water will flow from the waterfall slit in the larger metal pillar, which starts from the fence built into the retaining wall, into the primary pond, creating a continuous and elegant stream.
- From the primary pond, water will cascade over a metal edge into the secondary pond, maintaining a smooth and uninterrupted flow.
4. Rocks and Aesthetics:
- Bottoms of the ponds lined with river rocks for a polished appearance and to limit algae growth.
5. Overflow and Drainage:
- System to include overflow management, winterizing features, and drainage solutions to prevent flooding and maintain water levels.
6. Reservoir and Capacity:
- Calculations for water reservoir capacity and flow rates to ensure efficient water circulation and prevent stagnation.
7. Filtration System:
- An easy-to-maintain filtration system integrated into one of the ponds, hidden from view but easily accessible for maintenance.
- This system will include mechanical and biological filtration to keep the water clear and healthy.
8. Plumbing Plan:
- Detailed plumbing plan for the water feature, including the layout of pipes, pumps, and filtration systems.
- The plan will ensure efficient water flow and easy maintenance.
9. Pond Box Construction:
- Pond box made of thick gauge metal (e.g., 12 gauge) for durability, powder-coated dark for a cohesive look with the overall metal planter and yard design.
- Waterfall edge made of a lighter metal and positioned below the top edge of the box.
10. Lighting and Waterproofing:
- All lighting incorporated into the pond box with waterproofing to commercial pond application standards.
Planter Box and Bench Integration
1. Waterfall Detail:
- Incorporate the waterfall detail into the planter box design.
- Raise the metal edges above the planting surface by 6 inches to make it a focal point at the top tier.
- Allow space for planting a few grasses.
2. Planter Box Design:
- Design to seamlessly integrate with the water feature, creating a cohesive and visually appealing landscape.
- Include all necessary features for efficient water management and plant health.
3. Additional Details:
- Ensure all elements are well designed, incorporating any additional features or details as needed.
- Consider aesthetics, durability, and ease of maintenance in all aspects of the design.
Consider a heating element within the unit - if wanting to use it in winter months.
Structural Design
Deck Tube Support Posts:
Material: Use high-strength, corrosion-resistant steel for the tube support posts.
Dimensions: Posts should be designed to support the load of the deck and pergola, considering local building codes and load requirements.
Internal Drainage:
Design: Integrate a drainage system within the support posts to channel water away from the deck surface.
Power and Irrigation Lines:
Power Lines: Conceal electrical conduits within the support posts, ensuring they are weatherproof and compliant with electrical codes.
Irrigation Lines: Integrate irrigation pipes within the posts, with outlets strategically placed for optimal water distribution.
Pulley System for Wooden Pergola
Pulley System Design:
Components: Use marine-grade stainless steel pulleys and ropes for durability and weather resistance.
Installation: Mount pulleys at the top of the support posts, with ropes running through weatherproofed holes.
Operation: Design the system to allow easy lowering and raising of the pergola for maintenance and cleaning.
Locking Mechanism:
Design: Incorporate a locking mechanism to secure the pergola in place when not in use, preventing tension on the ropes.
Materials: Use high-strength, corrosion-resistant materials for the locking components.
Laser Cut Recessed Outlets and Light Switches
Design:Outlets: Use laser-cut templates to create recessed outlets that sit flush with the surface of the support posts.Light Switches: Integrate laser-cut, flush-mounted light switches within the posts. Ensure the switches do not compromise the structural integrity of the columns by using reinforced sections around the cutouts.
Installation: Ensure outlets and switches are weatherproof and compliant with electrical codes.
Wooden Pergola with LED Recessed Track Lighting
Grooves for LED Lighting:
Design: Pre-cut grooves along the top edges of the pergola beams to house LED recessed track lighting.
Installation: Ensure all electrical wiring is hidden within the structure, with no visible wires from below or above.
Seamless Wood Construction:
Weatherproofing
Weatherproofing Holes:
Design: Use grommets and seals to weatherproof the holes through which the pulley ropes run.
Materials: Select marine-grade lines and weather-resistant materials to ensure longevity and durability.
Foundation Design Below Finished Grade
Ground Level Tile System:
Tile Installation: Use a ground-level tile system that wraps tightly around the base of the steel posts. Tiles should be cut precisely to fit around the posts, creating a seamless and clean look.
Waterproofing: Ensure that the tile system is waterproofed to prevent water from seeping into the foundation. Use sealants and gaskets around the base of the posts to maintain a watertight seal.
Flashing and Integration with Existing Wooden Structure
Flashing Design:
Materials: Use durable, corrosion-resistant materials such as aluminum or copper for flashing.
Installation: Install flashing at all joints and seams where the new structure meets the existing wooden structure to prevent water infiltration.
Integration with Existing Structure:
Detailed Planning: Design all details before construction to ensure that electrical, plumbing, drainage, irrigation, and low voltage systems are integrated seamlessly within the structure.
Coordination: Coordinate with all trades to ensure that nothing is out of place or in the way of other systems.
High-Quality Wood for Pergola
Wood Selection:
Material: Use the highest standard and quality of wood suitable for outdoor marine applications, such as teak, ipe, or mahogany. These woods are known for their durability, resistance to rot, and ability to withstand harsh marine environments.
Characteristics: Select wood with no knots and a solid structure to ensure strength and longevity. The wood should have a smooth, even grain and be free of defects.
Weight and Glass Structure:
Load Calculations: Factor in the weight of the wooden pergola and the glass-like structure above it in the overall structural design. Ensure that the support posts and footings are designed to handle the additional load.
Stone Decking and Tile Design
Stainless Steel Trim:
Key Qualifications:
- Proficiency in CAD and similar design software
- Experience with architectural metalwork and custom fixtures
- Ability to produce detailed engineering drawings
- Strong attention to detail and precision
- Good communication skills for understanding project requirements
Link to photo album for examples of what we are looking to achieve
https://photos.app.goo.gl/gv8cmXuMAUTdyzFx6
Here are some of the details I could fit on this. Replacing deck.
- Custom metal fence installed into the top of a concrete retaining wall. Integrating a custom water fall feature into one of the metal fence panels.
Design Concept: Rounded steel powder-coated planter box, thick gauge and durable, supporting
a custom floating wood-clad rounded bench with minimal visible supports. And very clean modern lines no seams or bolts visible.
• Floating metal structure Bench Extension: A portion of the rounded wood-clad bench will extend beyond the planter box, creating the illusion of floating. This extension will continue the path for additional seating, supporting both the yard area and the fire feature area. Flush installed below the bench seat will be LED lighting ( considerations for a water tight hole/path within the metal planter for this electrical line that will not be visible)
• Kick Plate: Recessed kick plate on the lower edge with an integrated flush recessed LED lighting strip.
• Outlet Holes: Laser-cut recessed outlet holes for controlling the fire feature. (Master switch and timer switch separate holes)
• Irrigation and Drainage: Integrated plant and tree irrigation system, waterproofing, and
drainage solutions. (Considerations for plumbing those in the design and drainage for the planter since this is over the retaining wall want to divert water away from that.)
• Attachment: Secure attachment to a concrete footing, seamlessly blending into existing
and new concrete walls.
Fire Feature
• Design Concept: sunken (meaning a step into the fire pit area from the main deck space) Central fire feature within the planter box area , controlled via recessed outlet
holes (outdoor rated weather proofing for the electrical)
• Materials: Heat and fire-resistant materials for safety and durability.
• Decking: Fire feature decking to be slightly below grade with integrated drainage for
cleaning and heavy rains. With a custom circular drainage channel withing the floor. (In drainage channel lighting considerations to be in the design)
- Water Feature System
1. Primary Pond:
- Custom-designed modern pond box with integrated lighting.
- Depth of approximately 1.5 feet, creating an aesthetically pleasing appearance without the need for plants or fish.
2. Secondary Pond:
- Positioned below the primary pond, receiving a solid water stream over a metal edge.
- Depth of approximately 2 feet to ensure proper water flow and prevent overflow.
3. Water Flow:
- Water will flow from the waterfall slit in the larger metal pillar, which starts from the fence built into the retaining wall, into the primary pond, creating a continuous and elegant stream.
- From the primary pond, water will cascade over a metal edge into the secondary pond, maintaining a smooth and uninterrupted flow.
4. Rocks and Aesthetics:
- Bottoms of the ponds lined with river rocks for a polished appearance and to limit algae growth.
5. Overflow and Drainage:
- System to include overflow management, winterizing features, and drainage solutions to prevent flooding and maintain water levels.
6. Reservoir and Capacity:
- Calculations for water reservoir capacity and flow rates to ensure efficient water circulation and prevent stagnation.
7. Filtration System:
- An easy-to-maintain filtration system integrated into one of the ponds, hidden from view but easily accessible for maintenance.
- This system will include mechanical and biological filtration to keep the water clear and healthy.
8. Plumbing Plan:
- Detailed plumbing plan for the water feature, including the layout of pipes, pumps, and filtration systems.
- The plan will ensure efficient water flow and easy maintenance.
9. Pond Box Construction:
- Pond box made of thick gauge metal (e.g., 12 gauge) for durability, powder-coated dark for a cohesive look with the overall metal planter and yard design.
- Waterfall edge made of a lighter metal and positioned below the top edge of the box.
10. Lighting and Waterproofing:
- All lighting incorporated into the pond box with waterproofing to commercial pond application standards.
Planter Box and Bench Integration
1. Waterfall Detail:
- Incorporate the waterfall detail into the planter box design.
- Raise the metal edges above the planting surface by 6 inches to make it a focal point at the top tier.
- Allow space for planting a few grasses.
2. Planter Box Design:
- Design to seamlessly integrate with the water feature, creating a cohesive and visually appealing landscape.
- Include all necessary features for efficient water management and plant health.
3. Additional Details:
- Ensure all elements are well designed, incorporating any additional features or details as needed.
- Consider aesthetics, durability, and ease of maintenance in all aspects of the design.
Consider a heating element within the unit - if wanting to use it in winter months.
Structural Design
Deck Tube Support Posts:
Material: Use high-strength, corrosion-resistant steel for the tube support posts.
Dimensions: Posts should be designed to support the load of the deck and pergola, considering local building codes and load requirements.
Internal Drainage:
Design: Integrate a drainage system within the support posts to channel water away from the deck surface.
Power and Irrigation Lines:
Power Lines: Conceal electrical conduits within the support posts, ensuring they are weatherproof and compliant with electrical codes.
Irrigation Lines: Integrate irrigation pipes within the posts, with outlets strategically placed for optimal water distribution.
Pulley System for Wooden Pergola
Pulley System Design:
Components: Use marine-grade stainless steel pulleys and ropes for durability and weather resistance.
Installation: Mount pulleys at the top of the support posts, with ropes running through weatherproofed holes.
Operation: Design the system to allow easy lowering and raising of the pergola for maintenance and cleaning.
Locking Mechanism:
Design: Incorporate a locking mechanism to secure the pergola in place when not in use, preventing tension on the ropes.
Materials: Use high-strength, corrosion-resistant materials for the locking components.
Laser Cut Recessed Outlets and Light Switches
Design:Outlets: Use laser-cut templates to create recessed outlets that sit flush with the surface of the support posts.Light Switches: Integrate laser-cut, flush-mounted light switches within the posts. Ensure the switches do not compromise the structural integrity of the columns by using reinforced sections around the cutouts.
Installation: Ensure outlets and switches are weatherproof and compliant with electrical codes.
Wooden Pergola with LED Recessed Track Lighting
Grooves for LED Lighting:
Design: Pre-cut grooves along the top edges of the pergola beams to house LED recessed track lighting.
Installation: Ensure all electrical wiring is hidden within the structure, with no visible wires from below or above.
Seamless Wood Construction:
Weatherproofing
Weatherproofing Holes:
Design: Use grommets and seals to weatherproof the holes through which the pulley ropes run.
Materials: Select marine-grade lines and weather-resistant materials to ensure longevity and durability.
Foundation Design Below Finished Grade
Ground Level Tile System:
Tile Installation: Use a ground-level tile system that wraps tightly around the base of the steel posts. Tiles should be cut precisely to fit around the posts, creating a seamless and clean look.
Waterproofing: Ensure that the tile system is waterproofed to prevent water from seeping into the foundation. Use sealants and gaskets around the base of the posts to maintain a watertight seal.
Flashing and Integration with Existing Wooden Structure
Flashing Design:
Materials: Use durable, corrosion-resistant materials such as aluminum or copper for flashing.
Installation: Install flashing at all joints and seams where the new structure meets the existing wooden structure to prevent water infiltration.
Integration with Existing Structure:
Detailed Planning: Design all details before construction to ensure that electrical, plumbing, drainage, irrigation, and low voltage systems are integrated seamlessly within the structure.
Coordination: Coordinate with all trades to ensure that nothing is out of place or in the way of other systems.
High-Quality Wood for Pergola
Wood Selection:
Material: Use the highest standard and quality of wood suitable for outdoor marine applications, such as teak, ipe, or mahogany. These woods are known for their durability, resistance to rot, and ability to withstand harsh marine environments.
Characteristics: Select wood with no knots and a solid structure to ensure strength and longevity. The wood should have a smooth, even grain and be free of defects.
Weight and Glass Structure:
Load Calculations: Factor in the weight of the wooden pergola and the glass-like structure above it in the overall structural design. Ensure that the support posts and footings are designed to handle the additional load.
Stone Decking and Tile Design
Stainless Steel Trim: