IDS™ CORE - PARAMETRIC ENGINEERING FOR GREENFIELD DESIGN

Model fast. Engineer in the same model.

Build equipment, piping, and structures parametrically.
Then, analyze, coordinate, and deliver from the same engineering environment.

IDS™ CORE · MODEL VIEW  
STRUCTURES · PIPING · EQUIPMENT
FRAMES
06 x 18M
REPLICATION
+Y
ROUTING
6-DIRECTION
3D MODELLING SPEED
Up to 40% faster
ANALYSIS
Native piping + structural
ROUTING
Automatic + manual
DELIVERY
IFC · Revit · E3D · STAAD · CAESAR II
01
Model
02
Route
03
Analyze
04
Coordinate
PARAMETRIC MODELLING

Describe the structure.
IDS™ Core builds it.

Instead of modelling repeated geometry piece by piece, define the rules that describe the structure.

FRAME SETUP
FRAMES
06
HEIGHT
18 M
SPACING
6 M
REPLICATION
+Y

Generate structure

CHANGE A PARAMETER AND THE GEOMETRY RESPONDS
04 06
FRAMES
12M 18M
HEIGHT
+X +Y
REPLICATION

Design by parameters, not repetition.

Build faster at the start - and make design changes without remodelling the structure from scratch.

PIPING

Connect the equipment.
IDS™ Core finds the route.

Select where the pipe starts and where it needs to go.
IDS™ Core generates a route using six-direction routing logic.

AUTOMATIC

Automatic when speed matters.

Auto-generate the route between connected equipment and continue engineering from the routed model.

MANUAL

Manual when judgment matters.

Need to clear equipment, improve access, or change the path? Take over the route manually at any point.

Auto route Adjust Analyze

However the pipe is created, it remains part of the same engineering model and is ready for piping stress analysis.

Fast routing without giving up engineering control.

BUILT AROUND THE PEOPLE DOING THE ENGINEERING

One IDS™ Core. Three engineering workspaces.

The same project moves between modelling, piping, and structural engineering without recreating the plant for each discipline.

FOR 3D MODELLING

Integrator

Build and coordinate the plant model.

▸Equipment modelling

▸Plant layout

▸Parametric structures

▸Piping geometry

▸Multidiscipline coordination

Create the engineering model

FOR PIPING ENGINEERS

Piping

Take the model into piping engineering, make discipline changes and analyze the system.

▸ Modify pipe routing

▸ Review piping configuration

▸ Piping stress analysis

▸ Clash checking

▸ CAESAR II output

Engineer the piping without rebuilding it

FOR STRUCTURAL ENGINEERS

Structure

Work directly with the structural model, modidy the design and analyze multiple structures in the same project.

▸ Modify structural members

▸ Frame and geometry changes

▸ Structural analysis

▸ Multi-structure analysis

▸ STAAD output

Engineer the structures

Model once.
Let each discipline engineer it.

Integrator

3D MODELLING

Piping

PIPING ENGINEERING + ANALYSIS

Structure

STRUCTURAL ENGINEERING + ANALYSIS
ALL WORKING FROM THE SAME CORE PROJECT.
ENGINEERING ANALYSIS

The model doesn't stop at CAD.

IDS™ Core includes its own engineering analysis engines, so design and analysis stay connected. No separate analysis model required.

Piping stress

Analyze routed piping directly inside IDS.

ROUTED MODEL · STRESS CASE 

Structural analysis

Analyze the structures already built in the project.

PROJECT STRUCTURES · ANALYSIS 

Clash checking

Find conflicts between piping, equipment, and structures while the design is still evolving.

PIPING · EQUIPMENT · STRUCTURES 
01

Model

02

Analyze

03

Revise

04

Reanalyze

STRUCTURAL ENGINEERING

Stop analyzing the plant
one frame at a time.

Traditional workflows often separate every open-frame structure into its own analysis file.

TRADITIONAL
Structure A
SEPARATE FILE
Structure B
SEPARATE FILE
Structure C
SEPARATE FILE
Structure D
SEPARATE FILE
04 FILE · 04 MODELS · NO SHARED CONTACT
IDS™ Core
STRUCTURE A
STRUCTURE B
STRUCTURE C
STRUCTURE D

One project. Analyzed together inside IDS™ Core

Work with multiple open-frame structures in the context of the complete plant - not as isolated files.

Engineer the structural system, not a folder of individual files.

INTEROPERABILITY

Engineer in IDS™ Core. Deliver where the project needs to go.

IDS™ Core performs the modelling and engineering itself, while keeping your existing project toolchain open.

BIM & COORDINATION

IFC

MODEL EXCHANGE
BIM & COORDINATION

Revit

MODEL EXCHANGE
PLANT DESIGN

AVEVA E3D

PLANT HANDOVER
STRUCTURAL ENGINEERING

STAAD

VERIFICATION
PIPING ENGINEERING

CAESAR II

SPECIALIST STRESS

Use IDS™ Core for the engineering, then generate downstream files when project standards, verification, or specialist workflows require them.

IDS™ does the engineering.
Your existing tools stay connected.

FROM FIRST LAYOUT TO ENGINEERED PLANT

One workflow from design to delivery.

Design ▸Model ▸Analyze▸Coordinate ▸Deliver

01

Define the plant

DESIGN
02

Generate structures parametrically

MODEL
03

Place equipment

MODEL
04

Route piping automatically or manually

MODEL
05

Check clashes

COORDINATE
06

Analyze piping and structures

ANALYZE
07

Revise the design

ANALYZE
08

Deliver to the project toolchain

DELIVER
ACROSS THE SUITE

Greenfield design is one part of the asset lifecycle.

IDS™ Core engineers the new build. The rest of IDS™ handles what already exists and what happens after handover.

TALK TO ENGINEERING

Give us a greenfield unit.

See how quickly IDS™ Core can model, route, and analyze it. 
Bring a representative plant layout, structural arrangement or piping system and see the workflow using your own engineering case.

REQUEST A IDS™ CORE DEMO
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