JG Project Consultants LLPEngineering technology company
ENVIRONMENT
PLANT-01 / DIGITAL TWIN
SOURCE
LASER SCAN, P&ID, 3D MODEL
LEVEL
LOD 350
GRID
1.000 m

ENGINEERING THE
DIGITAL FUTURE

3D Engineering. BIM. Automation. AI. Digital Intelligence.

Explore our capabilities View our work
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WE DON'T JUST ENGINEER PROJECTS.WE ENGINEER HOW PROJECTS ARE DELIVERED.

Most engineering organisations still deliver projects the way they did twenty years ago: drawings first, data later, intelligence never. JGPC builds the delivery model the other way round.

We are an engineering technology company. Our teams combine plant and building engineering with software, data and applied AI, so that every model we build is also a dataset, every drawing is also a record, and every project leaves behind an asset that keeps working after handover.

From laser scan to digital twin, from a scanned legacy drawing to a validated material take-off, we design the workflow before we design the plant. That is the difference between producing deliverables and engineering how they are produced.

  • Model-centric delivery

    One coordinated model is the source. Drawings, schedules and quantities are outputs of it, never separate documents.

  • Data before documents

    Structured, tagged engineering data comes first. Documents are generated from it, not authored by hand.

  • Automation by design

    Repeatable tasks are scripted, validated and versioned, so the second project runs faster than the first.

  • Intelligence at every stage

    Machine recognition, rule checking and analytics run inside the workflow, not as an audit after it.

How a project moves through JGPC
  1. Engineering3D plant, BIM, multi-discipline models
  2. DataPoint cloud, tags, attributes, quantities
  3. IntelligenceRecognition, rule checks, analytics
  4. AutomationGenerated drawings, checks and reports
  5. Digital futureTwins that keep working after handover

WHAT WEENGINEER

Six connected capabilities. Each one produces data the next one uses, so a project moves from survey to handover without re-entering a single value.

SKID-01ISO 30/45DISC PIPING, STRUCT
01 / 06

3D PLANT
ENGINEERING

Intelligent 3D models of process plants and pipe racks, built from laser scans, P&IDs and vendor data, and coordinated across piping, structural, civil, electrical and instrumentation.

  • Clash-free multi-discipline models
  • Isometrics, general arrangements and MTO generated from the model
  • As-built accuracy verified against the point cloud
Inputs
Laser scans, P&IDs, datasheets, vendor drawings, plot plans
Deliverables
3D model, isometrics, GA drawings, MTO, clash reports, review models
Approach
Model-centric and spec-driven, reviewed at 30, 60 and 90 percent model completion
BLDG-02LOD 350LEVELS 4
02 / 06

BIM
IMPLEMENTATION

BIM strategy, execution planning and modelling for buildings and infrastructure, from LOD definition and federated coordination to COBie-ready handover.

  • BIM execution plans aligned to ISO 19650
  • Federated, coordinated models across disciplines
  • Structured asset data delivered at handover
Inputs
Employer information requirements, design drawings, surveys, existing models
Deliverables
BEP, discipline models, federated model, clash reports, COBie data, 2D from model
Approach
Common data environment, defined LOD per stage, weekly coordination reviews
RULE-ENGINERUN 00:00:41SHEETS 212
03 / 06

ENGINEERING
AUTOMATION

Scripts, rule engines and custom tools that remove repetitive engineering work: drawing generation, model checking, tag validation and data exchange between applications.

  • Drawing sets generated in hours instead of weeks
  • Rule-based checks replacing manual review
  • Consistent output across every project and team
Inputs
Existing workflows, standards, templates, application APIs
Deliverables
Automation tools, rule libraries, templates, documentation, training
Approach
Map the workflow, script the repeatable steps, validate against a manual baseline
SYMBOL SETCLASSES 24CONF ≥ 0.94
04 / 06

AI-POWERED
ENGINEERING

Applied machine learning for engineering documents: symbol and text recognition on P&IDs and drawings, extraction of tags, lines and quantities, and validation against engineering rules.

  • Legacy drawings converted to structured data
  • Material take-off from drawings without manual counting
  • Every extracted value traceable to its source drawing
Inputs
Scanned or native PDFs, legends, tag conventions, specifications
Deliverables
Structured databases, tag registers, MTOs, digitised P&IDs, review reports
Approach
Recognition models tuned per drawing standard, with human verification in the loop
CDESTAGES 6EXCHANGE IFC, COBie
05 / 06

DIGITAL
ENGINEERING
WORKFLOWS

End-to-end digital delivery: one connected workflow from survey to model to data to handover, with a common data environment and defined information exchanges at every stage.

  • A single source of truth across disciplines
  • Information handed over in usable, structured form
  • Faster review cycles with fewer transmittals
Inputs
Project information requirements, existing tools, team structure
Deliverables
Workflow design, CDE configuration, information exchange definitions, dashboards
Approach
Define the information flow first, then choose the tools that carry it
MIGRATIONRECORDS 48 210VALIDATED 100 %
06 / 06

TECHNICAL
CONTENT & DATA

Technical documentation, engineering content and data migration: manuals, specifications and datasheets written for engineers, and legacy engineering data moved into structured, searchable systems.

  • Legacy archives migrated with validated integrity
  • Documentation that engineers actually use
  • Searchable engineering data across the asset lifecycle
Inputs
Legacy archives, paper and scanned documents, spreadsheets, databases
Deliverables
Migrated datasets, technical manuals, specifications, data dictionaries
Approach
Audit, map, migrate and validate, with a reconciliation report at every step

POINT CLOUDTO DIGITAL TWIN

One plant, five states of information. The same geometry becomes a survey, a model, a classified BIM, a tagged dataset and finally a twin that reads live values from the asset.

STAGE
01 / 05
ELEMENTS
0
POINTS
0
ATTRIBUTES
0

Raw scan data, registered to a single coordinate system.

Select a stage, or open the markers on the model.

DRAWINGS IN.DATA OUT.

Recognition models read P&IDs and legacy drawings, extract every tag, line and symbol, and turn them into validated engineering data, material take-offs and deliverables. Nothing is re-typed.

1042-PID-001REV CSCANNED PDFSOURCE
ENGINE OUTPUTSOURCE DOCUMENT
  • FILE1042-PID-001_RevC.pdf
  • TYPEScanned raster, 300 dpi
  • SHEETA1, 1 of 1
  • LEGENDClient standard, matched
  • STATEQueued for recognition
  • 00.0sLoading symbol library, 24 classes
  • 00.4sDeskew and denoise, raster to vector
  • 00.9sDetecting symbols
  • 01.6s12 symbols found, mean confidence 0.97
  • 01.8sReading line tags and instrument bubbles
  • 02.3s3 line tags, 3 instruments, 2 pumps, 1 vessel
  • 02.6sAssociating instruments with equipment
  • 03.0sTopology resolved, 0 unmatched
TAGCLASSSIZESPECLINK
V-101VesselØ1200PV-11042
P-101PumpAPI 610P-1042
P-102PumpAPI 610P-1042
LT-103InstrumentLTV-101
PI-101InstrumentPIV-101
FT-102InstrumentFTP-1041
P-1041-A1Line6"A1V-101
V-1040-A1Line2"A1V-101
P-1042-A1Line6"A1P-101
RECORDS 9UNMATCHED 0TRACEABLE 100 %
ITEMSIZEQTYUNIT
Pipe, CS, A16"0m
Pipe, CS, A14"0m
Elbow 90°, LR6"0ea
Gate valve, 150#6"0ea
Flange, WN 150#6"0ea
Tee, equal6"0ea
LINES 3ITEMS 6SOURCE 1042-PID-001
  • Piping isometrics, 12 sheetsDWG
  • BIM elements, IFC 4IFC
  • Material take-offXLSX
  • Tag register and line listCSV
  • Recognition and traceability reportPDF
PACKAGE 1042-PKG-01REVIEW ENGINEER APPROVED
Awaiting analysis00:00.0

SELECTEDPROJECTS

Representative engagements, anonymised. Client names and locations are withheld pending release approval.

01 / 04
01OIL & GASLOCATION withheldSCOPE SURVEY TO BIM
  • 2.79 KMCorridor scanned
  • 3D Point cloudRegistered survey
  • BIM modelLOD 300 as-built
  • Engineering dataTagged line list

Cross-country
piping corridor

Terrestrial laser scan of a 2.79 km pipeline corridor, registered into a single point cloud and modelled as an intelligent 3D and BIM asset with tagged line data for a brownfield tie-in study.

  • REGISTERED POINT CLOUD
  • 3D MODEL
  • BIM MODEL, IFC
  • LINE LIST
  • TIE-IN REPORT
02REFININGLOCATION withheldSCOPE AS-BUILT AND REVAMP
  • 5 DisciplinesPiping, structural, civil, E&I
  • As-builtModelled from scan
  • Clash-freeTie-in design
  • ISO + MTOGenerated from model

Brownfield process
unit revamp

As-built modelling of an operating process unit from laser scan, followed by revamp design with clash-checked tie-ins, model-generated isometrics and a full material take-off.

  • POINT CLOUD
  • AS-BUILT 3D MODEL
  • REVAMP MODEL
  • ISOMETRICS
  • MTO
  • CLASH REPORT
03POWERLOCATION withheldSCOPE MULTI-DISCIPLINE BIM
  • LOD 400Model detail
  • FederatedFour disciplines
  • AutomatedDrawing sets
  • DigitalStructured handover

Combined-cycle
power block

Multi-discipline BIM for a combined-cycle power block: federated coordination across mechanical, structural, civil and electrical models, automated drawing production and a structured digital handover.

  • FEDERATED MODEL
  • BIM EXECUTION PLAN
  • DRAWING SETS
  • CLASH REPORTS
  • ASSET DATA
04INDUSTRIALLOCATION withheldSCOPE DATA MIGRATION
  • AISymbol and text recognition
  • StructuredTag database
  • SearchableAcross the archive
  • ValidatedReconciled to source

Legacy engineering
data migration

Conversion of a legacy drawing and document archive into a structured, searchable engineering database using recognition models, with every extracted record reconciled against its source document.

  • TAG REGISTER
  • LINE LIST
  • STRUCTURED DATABASE
  • RECOGNITION REPORT
  • DIGITISED P&IDS

INDUSTRIESWE SERVE

The same model-centric, data-first delivery applies wherever a physical asset has to be engineered, built and operated.

0+
Engineering hours
3D/BIM/AI
Integrated workflows
Multiple
Engineering disciplines

Representative figures. Final statistics to be confirmed by JGPC before publication.