AVEVA Training Services

• 3D model navigation, selection and review
• Discipline-based modelling for piping, equipment, steelwork and supports
• Drawing and deliverable awareness in day-to-day project work

• Project environment fundamentals and database structure
• Role-based access, MDB usage and controlled working methods
• Standards, templates and configuration awareness

Designers, modelers, discipline engineers, project coordinators and AVEVA administrators.

• Creating and editing diagrams using symbols, lines and equipment data
• P&ID / PFD workflow, tagging, attributes and revision practices
• Understanding consistency between diagrams, engineering data and 3D design

• Symbol libraries, templates, title blocks and drawing standards
• Project setup, database connections and data mapping rules
• Tag rules, attributes, import/export and quality checks

Process engineers, P&ID designers, schematic administrators and teams responsible for intelligent drawing standards.

• Creating, editing and reviewing engineering items and attributes
• Working with tag data, line lists, equipment lists, datasheets and registers
• Data validation, change control and discipline coordination

• Project configuration, class structures, attributes and views
• User roles, access, approval workflows and data quality rules
• Reporting, templates, import/export and integration with other AVEVA tools

Process, mechanical, piping, instrumentation and electrical engineers, document/data controllers and engineering administrators.

• Electrical item creation, equipment data and cable information handling
• Working with schedules, lists and deliverable data
• Revision control and coordination with 3D cable routing where applicable

• Electrical project configuration, attributes, templates and naming rules
• Cable and equipment data structures, libraries and standards
• Quality checks, reporting, user permissions and integration setup

Electrical engineers, designers, discipline leads, E&I coordinators and administrators.

• Instrument tag creation, attribute editing and datasheet workflows
• Loop, wiring and hook-up data awareness depending on project scope
• Managing engineering changes, lists and discipline deliverables

• Instrument classes, templates, attributes and project standards
• Loop/wiring data structures, naming rules and reporting templates
• Data quality control, import/export and cross-discipline integration

Instrumentation engineers, E&I designers, loop/wiring teams, data controllers and administrators.

• Understanding 1D, 2D and 3D data relationships
• Working across engineering data, diagrams and 3D model information
• Collaboration, change visibility and continuous handover concepts

• Project setup, standards, roles and integrated data configuration
• Data model, discipline structures, attributes and governance rules
• Integration strategy between AVEVA tools and project deliverables

Engineering teams, design leads, project managers, digital engineering teams and AVEVA platform administrators.

• Hull structure modelling concepts and design navigation
• Understanding plates, profiles, blocks, panels and hull hierarchy
• Coordination between hull, outfitting and production information

• Hull project setup, standards, catalogues and naming practices
• Database and access configuration for marine design teams
• Template, report and production information configuration awareness

Naval architects, hull designers, shipyard engineering teams, marine project teams and administrators.

• Understanding project access, MDBs, teams and controlled working principles
• Basic awareness of project environment responsibilities
• Best practices for working without damaging project data

• Project creation, teams, users, databases and MDB configuration
• Access control, permissions, naming standards and environment management
• Backup, maintenance, troubleshooting and administrator best practices

AVEVA project administrators, CAD/CAE administrators, IT-supported engineering teams and technical leads.

• Understanding how attributes affect modelling, reporting and deliverables
• Correct use of project-defined fields and data requirements
• Awareness of standardization and data quality expectations

• Lexicon structure, user-defined attributes and dictionary management
• Attribute naming, valid values, limits and project data rules
• Configuration governance, testing and change control for project standards

Project administrators, catalogue administrators, engineering data managers and digital engineering teams.

• How catalogues and specifications affect modelling and deliverables
• Selecting correct components, specifications and sizes in workflows
• Understanding catalogue-driven data consistency

• Catalogue database structure, component creation and specification setup
• Piping, structural, equipment or outfitting catalogue configuration
• Testing, QA, revision control and deployment of catalogue updates

Catalogue administrators, piping/material engineers, specification teams, AVEVA administrators and discipline leads.

• Understanding global project working principles and location responsibilities
• Safe working methods for multi-site engineering teams
• Data synchronization awareness and project communication discipline

• Global project setup, hub/satellite concepts and location configuration
• Database distribution, communications and synchronization control
• Monitoring, troubleshooting and governance for distributed execution

Multi-office project teams, administrators, engineering managers, subcontractor coordinators and IT-supported AVEVA teams.

• Detailed hull modelling and production information concepts
• Plate, profile, panel and block-related workflow awareness
• Drawing, nesting and fabrication deliverable coordination

• Hull detailed design configuration, standards and templates
• Production information setup, reporting and drawing output controls
• Data quality, revision control and project-specific customization

Hull detail designers, shipyard production engineering teams, marine CAD administrators and project leads.

• Assembly hierarchy, blocks, sub-assemblies and construction sequence logic
• Understanding how design information supports production planning
• Generating and reviewing assembly-related outputs

• Assembly planning configuration, hierarchy rules and templates
• Integration with hull/outfitting design data and production deliverables
• Quality control, reporting and project-specific setup

Shipyard production planners, hull/outfitting teams, manufacturing engineers and marine project administrators.

• Searching, viewing and using validated asset information
• Understanding engineering document, model and tag data relationships
• Information handover, operations support and maintenance workflows

• Information model configuration, permissions and data governance
• Document/model/tag relationships, validation and lifecycle workflows
• Integration with engineering, operations and maintenance information sources

Owner-operators, engineering information teams, maintenance teams, document controllers, AIM administrators and digital twin teams.

• Understanding required information standards and data quality expectations
• Using standardized classes, attributes and deliverable requirements
• Recognizing compliance issues during daily engineering work

• Class libraries, taxonomies, attributes and standards layers
• Quality rules, completeness checks and handover requirement mapping
• Reporting, export and governance of project information standards

Information managers, engineering data teams, project controls, owner-operators and administrators responsible for handover quality.

• Interface, navigation and model review
• Drawing generation and project deliverables
• Point cloud context and data-centric workflows

• Project setup, databases, roles, templates and standards
• Catalogue/specification connection, drawing rules and reporting
• Administration, customization, troubleshooting and deployment

Plant, marine and power industry designers, modelers, engineers, project leads and AVEVA administrators.

• Understanding area-based drawing workflow and output review
• Creating, checking and updating automated drawings
• Managing drawing status, revisions and model-driven deliverables

• Area definitions, drawing templates, view rules and annotation configuration
• Automation setup, batch production logic and deliverable standards
• QA checks, troubleshooting and workflow optimization

Drafting teams, model coordinators, deliverable leads, AVEVA E3D administrators and project CAD managers.

• Viewing, navigating and measuring point cloud data
• Using scan data for design verification, as-built review and field coordination
• Understanding point cloud integration with 3D design and digital twin workflows

• Point cloud project setup, data upload, access and security
• Registration/processing workflow awareness and dataset management
• Integration with design applications, naming, QA and stakeholder access

Laser scanning teams, reverse engineering teams, designers, project coordinators, owner-operators and point cloud administrators.