Structural Drafting, Detailing and BIM Project Experience

A capability-based project portfolio covering structural steel, reinforcement, BIM, mechanical, piping, MEP and electrical assignments for industrial, commercial, infrastructure, logistics, institutional and residential project teams.

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SECTORMultiple Project SectorsIndustrial, commercial, infrastructure and building projects

MULTIMultidiscipline DeliverySteel, rebar, BIM, mechanical, piping, MEP and electrical

MODELModel-to-Drawing WorkflowCoordinated geometry, drawings, schedules and material data

NDAConfidentiality-Aware PortfolioAnonymised examples and permission-controlled samples

Generic industrial structural environment representing multidisciplinary drafting project experience

Project Delivery Information Flow Convert Approved Inputs into Coordinated Models, Drawings and Technical Records

01Project Type, Scope and Source Information

02Discipline Team, Standards and Software Setup

03Modeling, Detailing and Drawing Production

04QA/QC, Coordination and Client Review

05Controlled Issue, Revisions and Closure

SCOPE-BASED PORTFOLIOExperience is presented through project sectors, system types, assignment scope and deliverables rather than unverifiable project names USE-BASED DELIVERABLESModels, drawings, schedules, quantities and technical records are organised around review, fabrication, construction and record use

Project Experience Portfolio

Project Capability Demonstrated through Scope, Systems and Deliverables

Structural Drafting Group supports projects with different structural systems, fabrication standards, BIM requirements, existing-condition constraints, drawing milestones and multidisciplinary interfaces.

Because many assignments are completed under confidentiality requirements, this portfolio is organised around representative project types and documented capabilities. It does not publish invented client names, fabricated locations or unverified project photographs.

The strongest technical portfolio shows what information was received, which systems were modeled or detailed, which deliverables were issued, how review comments were controlled and where professional engineering approval remained with the authorised project parties.

Industrial and plant structures Warehouses and logistics Commercial and institutional Infrastructure and utilities Residential and retrofit EPC and recurring workloads

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Website-Published Experience Snapshot

Company Scale Indicators Presented across the Current Website

These are identified as published company figures and should remain consistent across the homepage, overview, proposals and future marketing documents.

5000+Projects CompletedWebsite-Published Figure

500+Client RelationshipsWebsite-Published Figure

200+Engineering and Drafting ResourcesWebsite-Published Figure

500–50KTons of Monthly Steel-Detailing CapacityScope Dependent

Portfolio Integrity

Show Technical Experience without Compromising Confidentiality or Trust

The Projects page should remain commercially useful while distinguishing verified evidence from representative capability.

WHAT THIS PAGE SHOWS

Representative Project and Assignment Experience

Project categories are presented through structural systems, coordination challenges, deliverable types and workflow responsibilities.

Building and facility types supported by the service portfolio
Typical structural, BIM, rebar, mechanical and MEP systems
Representative models, drawings, schedules and reports
Project-stage, review and revision workflows
Software and exchange environments used across disciplines
Inputs required to assess a similar assignment

WHAT THIS PAGE DOES NOT CLAIM

No Invented Projects or Unsupported Client Evidence

Technical credibility is protected by avoiding statements that cannot be demonstrated or authorised for publication.

No fictional client, project, city, value or completion data
No third-party logos without written permission
No generic stock image described as a completed SDG project
No confidential drawing or model content exposed publicly
No structural-safety or professional-approval guarantee
No promise that every project used every listed service or tool

Project Sectors

Drafting, Detailing and BIM Support across Diverse Built-Environment Projects

Each sector requires a different mix of structural systems, fabrication information, coordination rules and documentation milestones.

Industrial Plants and Factories

Steel and multidisciplinary project documentation for production, process, utility and equipment-support environments.

Equipment-support steel
Platforms, stairs and access systems
Pipe racks and structural frames
Piping and mechanical interfaces
Fabrication and erection packages

View Steel Detailing

Warehouses and Logistics Facilities

Large structural frames, roof systems, mezzanines and phased fabrication packages for distribution projects.

Columns, rafters and bracing
Trusses, joists and secondary steel
Dock and equipment interfaces
Shop and erection drawings
Material and release planning

View Shop Drawing Workflow

Commercial and Mixed-Use Buildings

Coordinated structural, architectural, BIM and building-services documentation for complex buildings.

Steel and concrete framing
Stairs, rails and miscellaneous metals
Architectural and MEP coordination
Structural BIM and drawings
Reinforcement documentation

View Structural BIM

Institutional and Technical Facilities

Documentation support for healthcare, education, data, laboratory and other service-intensive facilities.

Dense MEP coordination
Equipment and maintenance zones
Openings, embeds and supports
Model-driven documents
Clash and issue management

View BIM Services

Infrastructure and Utility Projects

Structural, electrical and multidisciplinary documentation for transport, access, support and utility systems.

Bridges and support structures
Platforms and access steel
Electrical sites and one-lines
Utility and equipment interfaces
Existing-condition updates

View Technical Services

Residential and Retrofit Structures

Steel, concrete, reinforcement, architectural and existing-condition documentation for new and altered buildings.

Residential steel framing
Reinforcement drawings
Architectural drafting
Scan- and CAD-based modeling
Retrofit and field-condition updates

View Scan to BIM

Process, Piping and Mechanical Projects

Mechanical and piping documentation coordinated with structures, equipment and approved process information.

PFDs and P&IDs
Piping layouts and isometrics
Equipment arrangements
Mechanical parts and assemblies
BOM and MTO support

View Piping Services

MEP and Electrical Projects

Building-services drawings, models and coordination packages based on approved design criteria.

HVAC and plumbing layouts
Power and lighting plans
One-line diagrams
Panel and control schedules
Coordinated MEP BIM models

View MEP Services

EPC and Fabricator Delivery Programs

Scalable production capacity for phased packages, recurring workstreams and controlled project backlogs.

Dedicated project resources
Client templates and standards
Milestone and release planning
Comment and revision control
Native and exchange-file delivery

Discuss Delivery Capacity

Representative Assignment Profiles

Examples of the Technical Scope a Similar Project May Require

The following profiles are anonymised capability examples—not named claims about specific clients, sites or completed projects.

REPRESENTATIVE PROFILE 01

Industrial Structural Steel Package

A model-to-fabrication assignment for primary steel, access structures and equipment-support interfaces within an industrial environment.

Typical Inputs: Structural drawings, reactions, specifications, equipment layouts, connection criteria and fabricator standards.
Typical Scope: 3D steel modeling, connection coordination, stairs, platforms, miscellaneous steel and RFIs.
Typical Outputs: Approval drawings, shop drawings, part drawings, erection plans, BOMs and agreed CNC-related data.
Key Controls: Equipment clearances, access, weld and bolt installation, phased release and revision impact.

REPRESENTATIVE PROFILE 02

Warehouse and Logistics Steel Frame

A high-volume detailing package involving repetitive framing, long-span roof systems and multiple fabrication releases.

Typical Inputs: Issued structural drawings, joist or deck information, architectural grids, design notes and connection data.
Typical Scope: Columns, rafters, trusses, bracing, mezzanines, stairs, rails and dock-related secondary steel.
Typical Outputs: Model, approval drawings, assemblies, single parts, erection drawings, advance materials and bolt reports.
Key Controls: Piece-mark consistency, shipping splits, sequence, repeated connection families and release status.

REPRESENTATIVE PROFILE 03

Commercial Structural BIM Coordination

A Revit-centered structural model coordinated with architecture, building services, openings and construction documentation.

Typical Inputs: Structural drawings, architectural and MEP models, BIM execution plan, coordinates and client templates.
Typical Scope: Foundations, columns, beams, slabs, walls, structural steel, embeds and multidisciplinary issue review.
Typical Outputs: Native BIM model, plans, sections, schedules, IFC or coordination exports and clash records.
Key Controls: Model purpose, coordinates, approval status, openings, interfaces and authorised design changes.

REPRESENTATIVE PROFILE 04

Reinforcement Detailing Package

A concrete reinforcement assignment covering multiple element types, bar schedules and placement documentation.

Typical Inputs: Approved structural drawings, reinforcement notes, design schedules, revisions and placing standards.
Typical Scope: Foundations, slabs, beams, columns, walls, cores, openings, congestion review and bar-mark control.
Typical Outputs: Rebar shop drawings, placement drawings, bar bending schedules, lists and quantity summaries.
Key Controls: Cover, laps, development, couplers, congestion, pour sequence and approved design responsibility.

REPRESENTATIVE PROFILE 05

Existing-Condition Scan-to-BIM Assignment

A point-cloud-based project used to develop coordinated existing-condition models and drawings for design or retrofit use.

Typical Inputs: Registered point cloud, survey control, scan notes, photographs, existing drawings and modeling requirements.
Typical Scope: Structural, architectural or MEP existing conditions, visible geometry, openings and agreed confidence levels.
Typical Outputs: Native BIM model, plans, sections, elevations, IFC exports and exception or limitation notes.
Key Controls: Coordinate system, scan coverage, inaccessible areas, tolerance, field uncertainty and permitted reliance.

REPRESENTATIVE PROFILE 06

Mechanical and Piping Documentation

A coordinated drafting assignment connecting process information, equipment arrangements, piping geometry and material records.

Typical Inputs: PFDs, P&IDs, equipment data, line lists, specifications, vendor drawings and structural references.
Typical Scope: Piping layouts, isometrics, supports, equipment arrangements, mechanical assemblies and interface review.
Typical Outputs: 2D/3D layouts, isometrics, fabrication drawings, BOMs, MTOs and revision-controlled records.
Key Controls: Line data, equipment nozzles, access, supports, approved engineering basis and interface responsibility.

Project Deliverable Matrix

Typical Outputs by Discipline and Intended Use

Every quotation should identify the required deliverables, file formats, review stage and party authorised to rely on each output.

Discipline	Model / Technical Development	Drawing Outputs	Schedules / Data	Primary Intended Use
Structural Steel	3D members, connections, plates, bolts, welds and miscellaneous steel	Approval, shop, assembly, part, fabrication and erection drawings	BOMs, bolt lists, drawing registers and CNC-related outputs	Review, fabrication, shipping and erection
Rebar	Reinforcement layouts, bar marks, couplers and constructability review	Placement, shop, section and detail drawings	Bar bending schedules, lists and quantity summaries	Fabrication, delivery and placement
Structural BIM	Foundations, concrete, steel, openings, embeds and parametric information	Plans, elevations, sections, details and coordinated sheets	Schedules, quantities, issue registers and model exports	Design coordination and documentation
Mechanical	Parts, assemblies, equipment and product geometry	Manufacturing, assembly, fabrication and installation drawings	BOMs, parts lists and technical records	Manufacturing and assembly support
Piping	Layouts, routes, equipment interfaces and supports	P&IDs, plans, isometrics, supports and as-built drawings	Line data, MTOs and document registers	Engineering coordination and field installation
MEP / Electrical	Building-services models, routes, equipment and device information	Layouts, one-lines, panel schedules, control and power/lighting drawings	Schedules, loads, device lists and issue logs	Coordination and construction documentation

Structural and Building Systems

Experience Presented through the Systems That Must Be Modeled and Documented

Project complexity is often better understood through its structural, fabrication, coordination and building-service systems than through a marketing project name.

Structural steel frames Trusses, joists and bracing Stairs and miscellaneous metals Concrete and reinforcement Architectural BIM systems HVAC and plumbing systems Electrical power and lighting Mechanical and piping systems Existing conditions and scans Multidiscipline coordination

FABRICATION

Steel and Metal Fabrication Systems

Primary steel, connections, plates, bolts, welds, stairs, rails, platforms, marks, assemblies and production data.

CONCRETE

Concrete and Reinforcement Systems

Foundations, slabs, beams, columns, walls, cores, reinforcement, couplers, embeds, openings and placement information.

BIM

Building Information Models

Architectural, structural and MEP geometry, parameters, links, coordinates, clashes, views, schedules and controlled exchanges.

PLANT

Mechanical and Piping Systems

Equipment, parts, assemblies, process diagrams, piping routes, isometrics, supports, interfaces and material information.

ELECTRICAL

Electrical and Control Documentation

Power, lighting, one-line diagrams, panel schedules, control circuits, termination diagrams, site plans and device information.

Project Review Inputs

Information Needed to Match Your Project with Relevant Experience

A useful project comparison requires more than a building type. The review should consider systems, deliverables, software, responsibility and milestone requirements.

Project sector and facility type Current design stage Drawings, models and specifications Approximate project size or quantity Structural and building systems Required models and drawings Software and file formats Client and fabricator standards Professional design responsibility Review and delivery programme

How Relevant Samples Should Be Selected

Samples should be chosen around the technical similarity of the assignment and shared only when the disclosure is permitted.

Match the same discipline and principal structural or building systems.
Match the intended deliverable: model, shop drawing, BIM sheet, schedule or calculation support.
Match the relevant software and client-standard environment where possible.
Remove client names, project names, addresses, logos and confidential references.
Redact proprietary details, pricing, contract data and sensitive engineering information.
Explain which parts are representative examples rather than outputs from the proposed project.
State whether professional engineering or sealing was outside the sample scope.
Use a controlled sample batch or NDA process for more detailed technical review.

Project Quality Controls

Controls Adapted to the Discipline, Deliverable and Intended Use

A project portfolio should show the control process behind the output—not only a polished image of the final drawing or model.

Scope and Source Validation

Confirm current drawings, models, specifications, calculations, standards, responsibilities, exclusions and required issue status.

Discipline Technical Check

Review geometry, dimensions, marks, materials, connections, reinforcement, equipment, routes, schedules and discipline-specific requirements.

Coordination and Constructability Review

Review interfaces, access, clearances, openings, embeds, fabrication constraints, installation needs, clashes and unresolved RFIs.

Issue and Revision Control

Verify comments, approvals, changed sources, affected deliverables, file versions, issue purpose, transmittal and archive records.

Project Delivery Workflow

A Consistent Framework across Structural, BIM and Engineering-Drafting Assignments

The production method is adapted to each discipline while maintaining common project-control and communication principles.

Project and Scope Review

Understand the project type, source hierarchy, responsibilities, deliverables, software and programme.

Team and Production Setup

Assign discipline resources, templates, standards, model rules, file structure and review milestones.

Modeling and Documentation

Develop the required models, details, drawings, schedules, reports and quantity information.

QA/QC and Review Cycle

Check the work, raise RFIs, coordinate interfaces and incorporate authorised comments and decisions.

Controlled Issue and Support

Deliver approved files and update affected models and documents after authorised revisions.

Project Software Environments

Platforms Selected around the Discipline, Client Standard and Required Output

The current website presents software capabilities across structural steel, BIM, mechanical and coordination workflows.

A software name does not prove that it was used on every assignment. Confirm version, templates, catalogues, model coordinates, drawing standards, exchange requirements, calculation settings and automated production outputs for the proposed project.

Tekla Structures SDS2 AutoCAD Autodesk Revit Advance Steel SolidWorks Idea StatiCa Navisworks Client-Specified Platforms

Confidentiality and Sample Governance

Protect Client Information while Providing Meaningful Technical Evidence

Project samples should support prequalification without exposing confidential project, client or engineering information.

Client-name redaction Project-address removal Logo and title-block removal Sensitive-detail masking Controlled sample watermark NDA-based disclosure Read-only model exchange Disclosure approval record

Recommended Public Portfolio Standard

The public Projects page should remain capability-led. More detailed evidence can be supplied privately after the project type and disclosure basis are confirmed.

Use generic project categories and representative technical scopes publicly.
Use current website visuals only as generic illustrations unless provenance is verified.
Do not state that a pictured structure was detailed by the company without evidence.
Do not publish client drawings, model screenshots or title blocks without permission.
Provide redacted sample pages aligned to the requested discipline and deliverable.
Use an NDA or controlled portal for native models and larger sample sets.
Record who authorised disclosure and which files were supplied.
Remove or replace samples when the permission or relevance changes.

Project Service Pathways

Explore the Specialist Services behind the Project Portfolio

These pathways connect each representative project type with the relevant technical service page.

Frequently Asked Questions

Projects and Experience FAQs

Common questions about portfolio evidence, confidentiality, relevant samples, project sectors, deliverables, software and quotation inputs.

Does this page list specific completed client projects?

No. The public page presents representative project sectors, assignment profiles, systems and deliverables because many client projects are confidential. Specific project claims should be published only when they can be verified and the client has authorised disclosure.

Can relevant project samples be provided?

Yes. Redacted sample drawings, reports or model views can be selected according to the requested discipline, system, software and deliverable, subject to confidentiality and disclosure permissions.

Which project sectors are supported?

Typical sectors include industrial plants, factories, warehouses, logistics facilities, commercial and institutional buildings, infrastructure, utilities, residential structures, retrofit projects, process facilities and EPC assignments.

Which disciplines can be combined on one project?

Depending on scope, a project may combine structural steel, connection documentation, rebar, Structural BIM, architectural BIM, Scan-to-BIM, mechanical, piping, MEP and electrical drafting. Professional design responsibilities must remain clearly assigned.

Do the website images show verified completed SDG projects?

Not necessarily. Images used on this page are treated as generic structural or engineering illustrations unless their project provenance and publication rights have been verified separately.

Which deliverables can be included?

Typical outputs include 3D models, approval drawings, shop and fabrication drawings, erection drawings, rebar placement drawings, BIM documents, schedules, quantities, piping isometrics, MEP layouts, electrical diagrams and revision records.

Which software platforms are used?

Current company content identifies Tekla Structures, SDS2, AutoCAD, Revit, Advance Steel, SolidWorks, Idea StatiCa and Navisworks across different project workflows. The exact version and setup should be confirmed per assignment.

What information is needed to review a similar project?

Share the project sector, current drawings or models, specifications, systems, approximate size or quantity, required deliverables, software, standards, professional responsibility, review process, milestones and confidentiality requirements.

Planning a Project Similar to One of These Representative Assignment Types?

Share the project sector, source drawings or models, structural and building systems, approximate size, required deliverables, software, client standards, professional responsibility, review process and programme. Structural Drafting Group will identify the relevant technical workflow and sample category.

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