Renowned Standing
Due to the skills we uphold, both large and small roll-out firms want to benefit from our knowledge and expertise.
Mechanical HVAC Design and Drawing Services
Comprehensive mechanical HVAC design checks for optimal system performance and efficiency.
At Gsource, we provide precise Mechanical HVAC Drawing and Design services to ensure the efficient design of heaters, ducts, vents, and air conditioning systems within structures. We create detailed 3D models that give builders, engineers, and architects a clear view of system functionality and layout.
We identify potential challenges, enhance cost efficiency, and ensure on-time project delivery. Our designs adhere to industry standards such as ASHRAE, SMACNA, NFPA, and IEEE, ensuring that every project meets safety and performance benchmarks.
Mechanical HVAC Drawing and Design Deliverables
Heating System Schematic Design
Cooling System Schematic Design
Duct Layout Drawings
Mechanical Ducts Modelling
Duct Fittings Modelling
Tunnel Ventilation & Basement Ventilation
Lift Well System
Stairwell Pressurization System
Chilled Beams Schematic Design
Water Schematic Design
UFH Schematic Plans
Heat Load Calculation & Analysis
Humidifiers/Dehumidifiers & Air Filters
Why Outsourcing Mechanical HVAC Drawings is important?
Creating Mechanical HVAC Drawings in architecture and engineering can be a task. By outsourcing these services you can-
Save Cost & Time by creating detailed Mechanical ducts, duct fittings, heat load calculations, duct layout drawings & more.
Get Expert & Professional designs and drawings that comply with local laws and regulations.
Getting access to new technologies and innovations
On-site assistance with designs to get them fit accurately.
At Gsource, our team of experts helps you with all types of ductwork drawings, mechanical layout designs, HVAC duct layout drawings, chilled beams, water schematic designs, duct fitting modeling, humidifiers, dehumidifiers & other designs and drawings for your mechanical HVAC systems.
Our Expertise in Various Domains
Real Estate
Development
Residential, commercial & industrial properties.
Construction
Infrastructure projects such as roads, bridges & buildings.
Environmental
Wetland delineation, floodplain mapping & conservation projects.
Utilities
Power lines, pipelines & water supply networks.
Government
Municipal planning, public works & transportation departments.
How it works
Your Project is Ready in 5 Easy Steps
01
Step 1
Initialization
In initial stage, our design team takes up all important information from our client, including heat calculations, sheet metals, duct runs, materials & other details required. Also, we take into consideration renovation of existing units or installation of new ones.
Initialization
In initial stage, our design team takes up all important information from our client, including heat calculations, sheet metals, duct runs, materials & other details required. Also, we take into consideration renovation of existing units or installation of new ones.
02
Step 2
Plan and Model Development
After having all necessary information in hand, team divides the tasks into 3 separate parts - Performance, Load & Calculations Schematic Drawings Modeling These tasks are then divided within team.
Plan and Model Development
After having all necessary information in hand, team divides the tasks into 3 separate parts - Performance, Load & Calculations Schematic Drawings Modeling These tasks are then divided within team.
03
Step 3
Cross-discipline Coordination
These teams then collaborate with client, Architectural & Structural Disciplines to make sure that the model created does not have any form of architectural or structural clashes or errors. This makes design and model error-free.
Cross-discipline Coordination
These teams then collaborate with client, Architectural & Structural Disciplines to make sure that the model created does not have any form of architectural or structural clashes or errors. This makes design and model error-free.
04
Step 4
Design Analysis and Finalization
Following the completion of all three activities and a thorough quality check by all relevant disciplines, we draft schedules and preliminary spec drawings for client's approval. We modify our final product in response to client's input.
Design Analysis and Finalization
Following the completion of all three activities and a thorough quality check by all relevant disciplines, we draft schedules and preliminary spec drawings for client's approval. We modify our final product in response to client's input.
05
Step 5
Revision and Delivery
Based on feedback from many stakeholders, we undertake evaluations and then make structural, architectural & MEPF rearrangements. After completing this procedure, a completed BIM project model is prepared for delivery.
Revision and Delivery
Based on feedback from many stakeholders, we undertake evaluations and then make structural, architectural & MEPF rearrangements. After completing this procedure, a completed BIM project model is prepared for delivery.
Case Studies
Simplifying Procedures - Creating MEP Permit Sets for Residential Structures
Overview
Permit sets or approval sets are the designs, models, presentations, or drawings made by the designer for the buyers and government to approve the design of a project. Now, MEP permit sets are the Mechanical, Electrical, and Plumbing approval design sets for a given project. These sets include the design and outline of the cooling, heating, smoke control, kitchen equipment, duct layout, energy consumption calculations, switch outlets, transformers, switch gears, and other electrical connections, fire sprinkler systems, drainage, gas pipes, water consumption, and more such plumbing and mechanical related connections.
The permit sets were to be created after meeting and understanding the client’s requirements and a thorough on-site inspection of the property. Also, these designs were made according to the wish of the client and the permissions allotted by the state/country. Now, all this data was carefully collected from the client and the government, and then the designs and layout plans were curated for the buyer.
The client specifically required the MEP permit set for a single-family residential place. These permit sets were of utmost importance because of the drainage system you use, the outlet of the wastewater, the electric consumption by the house, and other things that affect the individual as well as the neighborhood. That is why a detailed MEP permit set was to be made using the CAD software. Thus, all these were provided to the client as per the requirements.
Challenges
The information given by the client lacked the existing connections and the services information for the MEP permit set to be made. The information given by the client also lacked some of the precise locations of the site components.
These precise locations, connections, service information, and existing connections help in making a better design and permit set for the project, and due to the incomplete information from the client, these challenges were faced.
Solutions
After concluding on the precise information from the client, some of the information was to be collected from Google Maps for the precise location of the site components. Google Maps were also used for the services available at that time. If the information from Google Maps could not be received, the client was asked for the same. After getting the information from the client, more required information, and assumptions were to be made based on the current information.
This was the solution rooted in the development of MEP permit sets for the client as per the requirements and permissions from the government. All this information was then conclusively used to make the MEP report. After the making of the permit set, a thorough quality check was conducted to ensure that the correct report was made.
Result
As a result, after the final QC from the experts, the permit sets were sent to the clients and approved on the same. These were then used further for construction purposes.
Simplifying Procedures - Creating MEP Permit Sets for Residential Structures
Simplifying Procedures - Creating MEP Permit Sets for Residential Structures
Overview
Permit sets or approval sets are the designs, models, presentations, or drawings made by the designer for the buyers and government to approve the design of a project. Now, MEP permit sets are the Mechanical, Electrical, and Plumbing approval design sets for a given project. These sets include the design and outline of the cooling, heating, smoke control, kitchen equipment, duct layout, energy consumption calculations, switch outlets, transformers, switch gears, and other electrical connections, fire sprinkler systems, drainage, gas pipes, water consumption, and more such plumbing and mechanical related connections.
The permit sets were to be created after meeting and understanding the client’s requirements and a thorough on-site inspection of the property. Also, these designs were made according to the wish of the client and the permissions allotted by the state/country. Now, all this data was carefully collected from the client and the government, and then the designs and layout plans were curated for the buyer.
The client specifically required the MEP permit set for a single-family residential place. These permit sets were of utmost importance because of the drainage system you use, the outlet of the wastewater, the electric consumption by the house, and other things that affect the individual as well as the neighborhood. That is why a detailed MEP permit set was to be made using the CAD software. Thus, all these were provided to the client as per the requirements.
Challenges
The information given by the client lacked the existing connections and the services information for the MEP permit set to be made. The information given by the client also lacked some of the precise locations of the site components.
These precise locations, connections, service information, and existing connections help in making a better design and permit set for the project, and due to the incomplete information from the client, these challenges were faced.
Solutions
After concluding on the precise information from the client, some of the information was to be collected from Google Maps for the precise location of the site components. Google Maps were also used for the services available at that time. If the information from Google Maps could not be received, the client was asked for the same. After getting the information from the client, more required information, and assumptions were to be made based on the current information.
This was the solution rooted in the development of MEP permit sets for the client as per the requirements and permissions from the government. All this information was then conclusively used to make the MEP report. After the making of the permit set, a thorough quality check was conducted to ensure that the correct report was made.
Result
As a result, after the final QC from the experts, the permit sets were sent to the clients and approved on the same. These were then used further for construction purposes.
Building with Clarity - Crafting Comprehensive Commercial Permits
Overview
The case study focuses on creating comprehensive permission paperwork that complies with all laws and requirements for commercial buildings. Floor plans, site plans, and other parts are all included in the file, along with the updated and revised designs. It also included ceiling plans, structural plans, HVAC plans, egress plans, electrical plans, plumbing plans, and more. All of these designs were accurately and completely depicted in the drawings in the file, in compliance with the construction requirements. Every component of the project was thoughtfully incorporated while making sure they complied with all construction codes and regulations.
Scope of Work
The scope of work included drawing up a comprehensive site plan that indicated property boundaries, setbacks, and the locations and sizes of all planned structures. A description of the locations of doors and windows, measures, and other pertinent information was also included in the floor plans, along with significant remarks regarding the floors. To provide a comprehensive understanding of the building's materials, construction process, and various levels, sections and comprehensive information were also presented.
Challenges Faced
The main challenge was the unclear drawings with poor quality of input. The work that was to be done could not be recognized due to these drawings. Also, the measurements weren’t enough and the hand-written notes were hard to understand.
Solution
We developed a thorough grasp of the project requirements after thoroughly reviewing the inputs that were provided. This allowed us to modify our efforts properly. A CAD design approach was used to meticulously draw the plans. To find and fix any little flaws, extensive quality control was used.
To make sure there were no discrepancies, these designs and the components they included were carefully inspected. The quality and precision of the drawings were also verified by this method.
Results
Following our careful review of all necessary conditions, we carefully created a complete set of permission documentation. These records are essential to getting the project approved. They provided all the facts, specifications, and specifics required by regulatory bodies to examine and evaluate the suggested plans. Our rigorous approach ensured that all project details were sufficiently recorded, resulting in a clear and comprehensive permit application procedure. With the help of this painstakingly drafted permission paperwork, we were prepared to proceed with the approval procedure and start the project.
Building with Clarity - Crafting Comprehensive Commercial Permits
Building with Clarity - Crafting Comprehensive Commercial Permits
Overview
The case study focuses on creating comprehensive permission paperwork that complies with all laws and requirements for commercial buildings. Floor plans, site plans, and other parts are all included in the file, along with the updated and revised designs. It also included ceiling plans, structural plans, HVAC plans, egress plans, electrical plans, plumbing plans, and more. All of these designs were accurately and completely depicted in the drawings in the file, in compliance with the construction requirements. Every component of the project was thoughtfully incorporated while making sure they complied with all construction codes and regulations.
Scope of Work
The scope of work included drawing up a comprehensive site plan that indicated property boundaries, setbacks, and the locations and sizes of all planned structures. A description of the locations of doors and windows, measures, and other pertinent information was also included in the floor plans, along with significant remarks regarding the floors. To provide a comprehensive understanding of the building's materials, construction process, and various levels, sections and comprehensive information were also presented.
Challenges Faced
The main challenge was the unclear drawings with poor quality of input. The work that was to be done could not be recognized due to these drawings. Also, the measurements weren’t enough and the hand-written notes were hard to understand.
Solution
We developed a thorough grasp of the project requirements after thoroughly reviewing the inputs that were provided. This allowed us to modify our efforts properly. A CAD design approach was used to meticulously draw the plans. To find and fix any little flaws, extensive quality control was used.
To make sure there were no discrepancies, these designs and the components they included were carefully inspected. The quality and precision of the drawings were also verified by this method.
Results
Following our careful review of all necessary conditions, we carefully created a complete set of permission documentation. These records are essential to getting the project approved. They provided all the facts, specifications, and specifics required by regulatory bodies to examine and evaluate the suggested plans. Our rigorous approach ensured that all project details were sufficiently recorded, resulting in a clear and comprehensive permit application procedure. With the help of this painstakingly drafted permission paperwork, we were prepared to proceed with the approval procedure and start the project.
Simplifying Urban Transportation Using Civil 3D to Address Roadway Problems
Overview
Roads and sidewalks are crucial parts of Civil Engineering when designing transportation paths. This ensures smooth and safe travel and transportation. Civil 3D has made this design process easier for engineers.
This project focused on expanding the busy city highway to handle the increasing traffic. It included making the current lanes wider, adding new ones, and including pathways for cyclists and pedestrians. The goal was to minimize costs and environmental impact while maximizing efficiency.
Challenges Faced
We came across the following challenges during the project -
- The client mentioned disputes after completing the Right of Way (ROW) project, which required legal expertise to get solved. Also, new adjustments were made to the ROW boundaries.
- While designing roadway designs, there is the use of assemblies and sub-assemblies. For some common roadway elements, there is a library of standard sub-assemblies. But for this project requirement, some standards were to be changed, like the “Vertical Curb” was to be changed to the “Flush Curb.”
- Another challenge was the insufficiency of existing topographic information. Due to the insufficient ground surface data, creating the corridor became difficult because existing elevations were essential for road profiles and cross-sections.
Solution
- After changing the Right of Way (ROW) boundaries, several things were updated, like aligning, adjusting the profile, realigning parcels, and updating the cross-sections.
- First, the sub-assemblies were replaced.
- Then rebuilding of the corridor modeling took place, and further, the same process was repeated until the design requirements were met.
- Satellite imagery and Aerial Photography were used to understand the site’s topography. Using the different available resources, we overcame the obstacle, and thus, the corridor design was completed.
- Different features from Civil 3D were also used to overcome some of the challenges so that we could meet the design requirements.
Results
The project was completed and delivered using Civil 3D’s features and other resources to design the road corridors.
Simplifying Urban Transportation Using Civil 3D to Address Roadway Problems
Simplifying Urban Transportation Using Civil 3D to Address Roadway Problems
Overview
Roads and sidewalks are crucial parts of Civil Engineering when designing transportation paths. This ensures smooth and safe travel and transportation. Civil 3D has made this design process easier for engineers.
This project focused on expanding the busy city highway to handle the increasing traffic. It included making the current lanes wider, adding new ones, and including pathways for cyclists and pedestrians. The goal was to minimize costs and environmental impact while maximizing efficiency.
Challenges Faced
We came across the following challenges during the project -
- The client mentioned disputes after completing the Right of Way (ROW) project, which required legal expertise to get solved. Also, new adjustments were made to the ROW boundaries.
- While designing roadway designs, there is the use of assemblies and sub-assemblies. For some common roadway elements, there is a library of standard sub-assemblies. But for this project requirement, some standards were to be changed, like the “Vertical Curb” was to be changed to the “Flush Curb.”
- Another challenge was the insufficiency of existing topographic information. Due to the insufficient ground surface data, creating the corridor became difficult because existing elevations were essential for road profiles and cross-sections.
Solution
- After changing the Right of Way (ROW) boundaries, several things were updated, like aligning, adjusting the profile, realigning parcels, and updating the cross-sections.
- First, the sub-assemblies were replaced.
- Then rebuilding of the corridor modeling took place, and further, the same process was repeated until the design requirements were met.
- Satellite imagery and Aerial Photography were used to understand the site’s topography. Using the different available resources, we overcame the obstacle, and thus, the corridor design was completed.
- Different features from Civil 3D were also used to overcome some of the challenges so that we could meet the design requirements.
Results
The project was completed and delivered using Civil 3D’s features and other resources to design the road corridors.
Why choose Gsource?
Renowned Standing
Due to the skills we uphold, both large and small roll-out firms want to benefit from our knowledge and expertise.
Modern Tech Solutions
We use high-tech solutions to understand the design and construction requirements for the Mechanical HVAC systems.
Modern Tech Solutions
We use high-tech solutions to understand the design and construction requirements for the Mechanical HVAC systems.
Proficient R&D Team
We have an R&D team that can handle the vast data collection, which can feel like a task for other companies.
Proficient R&D Team
We have an R&D team that can handle the vast data collection, which can feel like a task for other companies.
Quick Turnaround Time
Timely actions and efficient outputs minimize delays, maximize productivity & ensure prompt mechanical HVAC drawing and design service for our clients.
Quick Turnaround Time
Timely actions and efficient outputs minimize delays, maximize productivity & ensure prompt mechanical HVAC drawing and design service for our clients.
Close to the Mark Output
The data we use to create topographic maps, volume calculations, and distance measurements provide results to the point.
Close to the Mark Output
The data we use to create topographic maps, volume calculations, and distance measurements provide results to the point.
High Competent Staff
The experience that our team holds is what sets us apart. With the training programs, our team of 300 members can deliver top-tier results laid over a 30,000-square-foot Class A Office space.
High Competent Staff
The experience that our team holds is what sets us apart. With the training programs, our team of 300 members can deliver top-tier results laid over a 30,000-square-foot Class A Office space.
Affiliation with Reputable Entities
We are active members of national and international surveying, architectural, engineering, and geospatial organizations.
Affiliation with Reputable Entities
We are active members of national and international surveying, architectural, engineering, and geospatial organizations.
Advancing the field of Mechanical HVAC Modeling and Design
As a service provider, we’ve supported and served companies across the US. Our dedication produces excellent quality that propels industry success.
Advancing the field of Mechanical HVAC Modeling and Design
As a service provider, we’ve supported and served companies across the US. Our dedication produces excellent quality that propels industry success.
FAQ’s
We develop designs for best energy efficiency and cost savings by matching system performance under various conditions using different modeling tools like AutoCAD.
Yes, we customize our Mechanical HVAC designs to fit particular needs of every building, guaranteeing high comfort and performance.
Depending on project's size and complexity, different timelines apply. We evaluate your specific requirements before providing an estimated date.
Yes, we can examine and rework current systems to increase their effectiveness and level of performance.
Yes, we guarantee safety and legality by adhering to local authorities’ norms and laws in our projects.
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Talk to us
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