Manual CAD work slows down engineering teams, creates inconsistencies, and drives up costs.
In fast-paced design environments, engineers often face:
✅ Automation transforms CAD from a drawing tool into a smart design engine – accelerating delivery, improving data quality, and freeing engineers to focus on real design decisions.
Parametric Drawing Tools for AutoCAD, Plant 3D, Revit, and E3D
Automated Block/Object Placement based on rules or templates (e.g. valves, nozzles, MEP elements)
Routing Automation for cable trays, piping, or ductwork
Dynamic Tagging, Annotation & Dimensioning based on drawing logic
Automated Title Block & Sheet Set Generation from model metadata
Template-based Layout Tools for repetitive room/building/unit structures
Auto-generation of BoM, MTO, and Equipment Lists from model elements
Clash Report Aggregation with filtering by type, zone, or system
Drawing-to-Excel/ERP Connectors with real-time formatting and validation
Automated Data Cleanup Scripts – remove unused layers, blocks, duplicate geometry
Geometric & Quantitative Analysis Tools – calculate volumes, lengths, areas, etc. from 3D geometry
Auto-sync of engineering data with SAP S/4HANA, Oracle, or custom ERP platforms
Rules-based Mapping Engines to translate CAD attributes into ERP-compliant fields
Asset & Equipment Code Generation directly from model specs
Live Dashboards for monitoring sync status, data health, and integration logs
Reverse Updates – import updated specs from ERP back into CAD environments (bi-directional logic)
Auto-generation of Simulation-Ready Input Files for HYSYS, CAESAR II, or PASS START
AI-assisted Parameter Optimization (e.g., process tuning, load balancing)
Predictive Conflict Detection – detect design inconsistencies before they become clashes
Machine Learning Models for Tag Normalization, Auto-Grouping, or Component Recognition
AI-Generated Engineering Suggestions – suggest optimal routing paths or layout strategies based on prior designs
Batch Drawing Processing Pipelines (e.g., auto-convert DWG → IFC, publish PDFs)
Intelligent Model Splitting for large projects or multi-discipline coordination
Custom Command Libraries for AutoCAD/Revit users to simplify repetitive actions
Plugin Development for Design Standards Compliance (e.g., naming rules, color codes, template checks)
Define the business case, technical feasibility, and early strategy
✔ Market research, site constraints, stakeholder input
✔ InStandart contributes with:
→ CAD tool feasibility analysis
→ System architecture consulting
→ Early-stage prototyping (sketch-level BIM models, digital concept maps)
Establish scope, functional specs, layout options, and cost estimates
✔ Develop schematic models, P&IDs, and project frameworks
✔ InStandart provides:
→ Custom parametric modeling tools
→ BIM setup templates (Revit, Plant 3D, AVEVA E3D)
→ Initial automation of BoMs and equipment tagging
Full-scale modeling and engineering for execution
✔ Structural, MEP, process modeling; clash detection; spec sheets
✔ InStandart supports with:
→ CAD automation tools (routing, annotation, drawing generators)
→ Plugin development
→ Clash & change tracking systems
Ensure compliance, safety, and engineering performance
✔ Pipe stress, thermal, fluid dynamics, and chemical simulation
✔ InStandart integrates:
→ CAD ↔ CAESAR II, HYSYS, PASS START
→ AI-assisted parameter tuning and batch testing
→ Post-processing dashboards
Prepare all data for supply chain and regulatory delivery
✔ Extract BoMs, issue POs, create vendor packages
✔ InStandart enables:
→ Automated CAD-to-ERP/PLM workflows
→ Spec-driven material management
→ Digital handover data (Excel, XML, SAP-ready)
Manage site execution and progress tracking
✔ Material delivery, install sequencing, construction verification
✔ InStandart delivers:
→ 5D dashboards (cost/time linked to model progress)
→ Field-friendly install tracking tools
→ Clash revalidation & live status visualization
Final checks, documentation, and asset onboarding
✔ Functional testing, safety validation, data packaging
✔ InStandart supports with:
→ Automated export tools (COBie, PDF, Excel)
→ Asset tagging, SAP/CMMS-ready files
→ Interactive facility overview UIs
Long-term system use, staff enablement, and facility upkeep
✔ Maintenance scheduling, operator training, retrofits
✔ InStandart offers:
→ Unity-based operator simulators
→ Digital Twin platforms with live data overlays
→ Custom HMI development for local/remote interfaces
AutoCAD
Revit API
Dynamo
AutoCAD Plant 3D
AVEVA PML & E3D SDK
C#
.NET Framework
WPF
Python
JavaScript
Node.js
SAP S/4HANA
Oracle ERP
SQL Server
PostgreSQL
Power BI
Grafana
TensorFlow
scikit-learn
PyTorch
OpenCV
ML.NET
Unity 3D
Navisworks
Unreal Engine
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