Clash-Free, BIM-Integrated Shop Drawings for Accurate Fabrication and Faster Construction
Our shop drawings bridge the gap between design intent and on-site execution. At Tejjy, every layout, connection, and joint is modeled for dimensional accuracy and fabrication coordination. Our approach ensures smooth coordination between design, prefabrication, and field teams — reducing RFIs, material waste, and rework.
Software We Use:
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Autodesk Revit, AutoCAD, and Navisworks
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Tekla Structures & SolidWorks for fabrication detailing
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SketchUp, Vectorworks, MicroStation, ArchiCAD for legacy and visualization support
Deliverables:
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2D/3D shop drawings (DWG, RVT, IFC, PDF)
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CNC-compatible fabrication models
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Annotated, dimensioned, and material-tagged sheets
We Provide Shop Drawing Services for:
Which Standards Tejjy follow for Construction-Ready Drawings?
Tejjy follows U.S. construction and fabrication standards to deliver accurate, compliant, and approval-ready documentation. Every construction-ready drawing services meets BIM, safety, and fabrication codes.
Standards We Follow
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SMACNA – Sheet metal and air-conditioning systems.
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IPC / UPC – Plumbing and piping layouts.
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NFPA / ASHRAE – Fire protection and HVAC compliance.
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AIA BIM Protocols & NBIMS-USA – Data accuracy and coordination.
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AISC / PCI – Precast and reinforced concrete fabrication.
Our documentation supports data centers, healthcare, and manufacturing projects across the USA.
Why Choose Tejjy Inc.
- 15 + years of BIM & fabrication experience across the USA
- Cross-disciplinary coordination for Architecture, MEP, Structure, Façade
- LOD 100–500 deliverables for construction & fabrication
- Integration with BIM Coordination Services
- Support for CNC & modular fabrication workflows
- U.S. code-compliant documentation for submittal & fabrication
OUR EXPERTISE IN
How do Tejjy Shop Drawing Services Improve Fabrication & Installation
Tejjy Shop drawing services streamline fabrication and installation for diverse U.S. industries, including data centers, healthcare facilities, and manufacturing plants.
These fabrication drawings clearly represent every component before construction begins, reducing delays and field errors.
Each element — from structural embeds in industrial setups to interior finishes in hospitals or clean rooms — is modeled with BIM for dimensional accuracy and trade coordination.
Tejjy ensures every data center conduit, mechanical assembly, and architectural fixture is fabrication-ready and aligned with project standards.
Our BIM-integrated shop drawing services support contractors, engineers, and architects in achieving precision and faster project delivery across the USA.
Tejjy’s BIM-enabled workflow ensures:
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Fabrication-level accuracy (LOD 400–500)
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Clash-free coordination across architecture, MEP, and structure
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Reduced rework and RFIs through early validation
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Faster approval cycles and fabrication readiness
FAQ
Tejjy’s shop drawings for contractors follow a streamlined workflow that ensures every drawing is constructible and fabrication-ready.
Our 5-Step Shop Drawing Workflow:
- Step 1: Input review & standard verification
- Step 2: BIM modeling & clash coordination
- Step 3: Dimensioning & fabrication detailing
- Step 4: QA/QC validation & revision tracking
- Step 5: Final submittal & client approval
The main difference between shop drawings and as-built drawings lies in their purpose and timing.Shop drawings illustrate how design elements will be fabricated, assembled, and installed before construction begins.In contrast, as-built drawings document the final built conditions after completion, capturing every on-site modification or deviation.Together, these drawings provide complete project documentation essential for facility management and future renovations.
In any construction project, multiple drawings used in building design work together to guide every phase, from concept to completion. Architectural drawings set the design intent, structural drawings define load-bearing systems, and MEP drawings coordinate mechanical and electrical layouts. Shop drawings ensure precise fabrication, while as-built drawings record the final built outcome. Understanding when to use each drawing type ensures smoother coordination and better project outcomes.
The major advantages of shop drawings in construction include improved design clarity, clash-free coordination, and higher fabrication accuracy.
They enable contractors to identify errors early, reduce rework, and maintain project timelines. By delivering detailed visual and dimensional information, shop drawings also enhance collaboration among architects, engineers, and fabricators, ensuring constructible and compliant project delivery.
Integrating prefabrication with BIM shop drawings enhances construction efficiency by connecting digital design precision with real-world fabrication.
BIM-based shop drawings provide coordinated, clash-free models that help prefabrication teams manufacture components exactly as intended.
This integration ensures dimensional accuracy, seamless trade coordination, and reduced on-site rework.
It also enables early detection of design conflicts, shortens construction schedules, and supports sustainable practices through material optimization and reduced waste.
