This course provides instruction functional overview of how you can leverage the AcceleratorKMS multilanguage feature.

Learn the difference between the various statement types, discusses when to use each statement type, and demonstrates how to create commonly used statements.

This training is designed to build on the fundamental concepts of AcceleratorKMS content authoring as they relate to the more advanced functionality.

This training provides instruction for understanding relevant AcceleratorKMS features and content elements necessary to complete meaningful reviews and approvals.

This training teaches how to organize content within a flow to follow a sequence of events. A flow can be used for content such as system startup, shutdown, and turnarounds.

This training provides instruction covering administrative activities in three sections: Managing Users, Managing System, and Managing Content.

This training provides instruction on creating AcceleratorKMS workflows to manage the content lifecycle, for example, creating, modifying, and expiring content.

Learn the correct way to create and manage your CADWorx Specifications! Utilizes industry best practices and speed techniques to maximize your productivity.

For design engineers and plant designers involved in the design of building or process piping, mechanical equipment, HVAC, and concrete/steel plant structures.

For design engineers and plant designers who want to learn to create comprehensive, multi-discipline 3D plant models and produce deliverables.

For structural designers and engineers who design and model 3D structures. Learn how to create simple and complex structural models and produce deliverables.

For designers and process engineers who develop P&IDs in AutoCAD or other packages to learn to use CADWorx to create intelligent spec-driven P&IDs and generate project reports.

Based on the standard training curriculum, this course can be customized within reason to meet the needs of CADWorx users requiring assistance in specialized areas.

Teaches setup and configuration of Isogen to produce piping isometric deliverables for a CADWorx project. Covers configuring drawing and report outputs optimized for your company/project.

For project admins or those involved in drawing production for a CADWorx project, who work in AutoCAD 2D, but want to learn how OrthoGen automates the creation of 2D layout and orthographic deliverables.

For process designers and process engineers developing P&IDs, who currently work in CAD, but want to learn how to use CADWorx to create intelligent spec-driven P&IDs and produce reports.

For plant designers designing piping, equipment, HVAC, and steel, who want to learn how to use CADWorx to create comprehensive, multi-discipline 3D plant models and produce deliverables.

For structural designers and engineers designing and modeling 3D structures. Covers how to create simple and complex structural models and produce deliverables.

Blends background theory, use of CAESAR II, and engineering application. Develops real world knowledge of dynamic analysis of systems and teaches how to use CAESAR II for cost effective piping design.

For pipe stress engineers and analysts carrying out dynamic stress analysis. Covers dynamic analysis topics, including theory, creating input boundary conditions, and output interpretation and results.

Teaches basic CAESAR II operation, model creation, and output review with a focus on evaluating piping systems under static loading conditions (such as thermal strain, deadweight and other applied loads).

For pipe stress engineers and analysts carrying out static stress analysis. Covers how to resolve typical piping problems and teaches design code stresses, output interpretation, and creating reports.

Teaches basic CAESAR II operation, model creation, and output review with a focus on evaluating piping systems under static loading conditions (such as thermal strain, deadweight and other applied loads).

For pipe stress engineers and analysts carrying out static stress analysis. Covers how to resolve typical piping problems and teaches design code stresses, output interpretation, and creating reports.

Teaches basic CAESAR II operation, model creation, and output review, focusing on evaluating piping systems under static load conditions and dynamic analysis of systems.

Includes an overview of all functional capabilities of GT STRUDL, followed by a detailed presentation of how to create and analyze frame structures and result review.

For structural engineers familiar with GT STRUDL frame analysis capabilities who want to enhance their design engineering productivity by using the integrated design/analysis capabilities.

Intended for structural engineers familiar with GT STRUDL analysis capabilities who want to enhance their engineering productivity in the analysis of base plates using GT STRUDL.

Focuses on advanced GT STRUDL linear and nonlinear analysis capabilities.

Provides a basic introduction (interface, commands, analysis, post-processing) and develops further skills using GT STRUDL. Covers finite element analysis, non-linear analysis, steel design, and reinforced concrete design.

Includes a thorough overview of all functional capabilities of GT STRUDL, followed by a presentation of how to create and analyze frame structures and result review.

Intended for structural engineers who are familiar with GT STRUDL analysis capabilities and who want to enhance their engineering productivity in the analysis of base plates using GT STRUDL.

Introduces concepts and functionality, including an overview of integration scenarios and participants. Covers setup and details of publish and retrieve processes.

For engineers/analysts carrying out stress analysis on piping systems. Teaches using PIPESTRESS and Editpipe to resolve typical piping problems. Covers design code stresses, output interpretation, and creating reports.

For engineers/analysts carrying out stress analysis on piping systems. Teaches using PIPESTRESS and Editpipe to resolve typical piping problems. Covers design code stresses, output interpretation, and creating reports.

Based on the standard training curriculum, this course can be customized within reason to meet the needs of PIPESTRESS users requiring assistance in specialized areas.

Combines technical knowledge with practical training. Teaches not only how to use PV Elite more effectively but also how to become better engineers.

For pressure vessel and heat exchanger stress engineers/analysts carrying out pressure vessel or heat exchanger design to satisfy design code requirements. Teaches using PV Elite to design equipment configurations to codes.

For pressure vessel and heat exchanger stress engineers/analysts carrying out pressure vessel or heat exchanger design to satisfy design code requirements. Teaches using PV Elite to design equipment configurations to codes.

Covers concepts and functionality provided by the SDx Operations - Data Capture software, which is designed to load documents and tags from various unstructured data sources into the SDx database.

Covers major work processes designed to help manage the technical complexity of the virtual plant work processes in one place, during all phases of the project life cycle.

For users responsible for the creation and customization of Structural Manufacturing reference data. Teaches how to create, modify and configure Struct Manufacturing content.

For designers responsible for creating and customizing geometric construction macros used to create advanced plate systems.

For designers creating piping models and others generating reference data. Covers the graphics environment, equipment modeling, pipe routing techniques, and isometric drawing generation.

For Electrical users involved in modeling. Introduces the graphics environment, equipment modeling, and routing techniques for cableway, cable tray, ductbank and conduit, and routing cables.

For designers creating structural models and placing ditches and trenches. Introduces the graphics environment and teaches equipment and structural modeling techniques.

For designers who configure and generate orthographic drawings. Includes a conceptual explanation of drawing types and workflows for generating and editing drawings.

For specialists who configure and generate orthographic drawings. Includes workflows for generating and drawings, followed by various configuration and customization techniques.

For specialists who configure and generate piping isometric drawings. Includes workflows for generating isometric drawings, followed by various configuration and customization techniques.

For specialists who customize reports for Smart 3D. Includes workflows for generating reports, followed by various configuration and customization techniques.

A bundled offering that includes topics from TSMP2001, TSMP2002 and TSMP2005.

For system support users who load and configure Smart 3D, keep the system running, and troubleshoot. Teaches software and database setup, access control, & project level settings.

For specialists who configure reference data for Equipment and Piping. Covers adding components to piping specs, adding new standard equipment, creating piping specs, and modifying catalog data.

For application specialists working with pipe supports and maintaining and customizing support libraries. Explains H&S related workbooks and customization techniques.

For application specialists involved in the configuration of reference data for Smart 3D. Focuses on naming rules, symbol definitions, interference rules, and report query interpreter.

For application specialists involved in the configuration of reference data for Smart 3D. Focuses on symbol definitions and user defined forms for equipment.

For application specialists who develop automation for Smart 3D. Includes S3D .NET API concepts and automation possibilities, as well as the programming model and available automation services & components.

For application specialists and developers who create and customize 3D Hangers & Supports programmatically. Covers creating supports and the parts and rules that drive them.

For application specialists who configure reference data for Smart 3D. Covers symbol definitions for piping, electrical parts, and equipment and user defined forms for equipment.

For programmers and SMEs who create, customize, and deploy design rule checker rules. Covers the DRC package, example rule code, writing rules, and consulting to help create custom rules.

For application specialists and spec writers involved in piping catalog and specification management with SRD. Covers building the catalog and specification in SRD and how to generate specs usable in Smart 3D.

For ship designers who need to define zones and compartments. Covers organizing and modifying zone and compartment volumes and defining potential load conditions.

For engineers and designers creating early design stage structural models. Covers creating plate and stiffener systems, seams, openings in plate systems, and bracket plate systems, as well as splitting systems.

For designers and engineers creating design drawings from structural models. Covers drawing creation methods and workflows and creation of basic structural drawings and reports.

For designers, engineers, and planners who define construction blocks, assemblies, and subassemblies and detail structure in preparation for manufacturing.

For users responsible for configuration of Structural Detailing rules. Teaches how to use the codeless Configuration Manager for Structural Detailing content configuration.

For users responsible for creating and customizing reference data for production planning activities at a shipyard. Teaches how to create, modify and configure planning content.

For designers responsible for creating and customizing drawing templates and packages used to produce ship drawings.

For admins and engineering leads responsible for configuring and administering Smart Completions. Overview of the underlying technology, basic workflows, and features.

Focuses on the tasks that the Workface Planner needs to accomplish to produce Work Packages using Smart Construction.

For individuals responsible for configuring and administering the SmartPlant Foundation server for use with Smart Construction.

Trains new users of Smart Electrical, providing a full overview of features and functionality of this software for Electrical Engineers and Designers.

Trains advanced users of Smart Electrical, providing a full overview of advanced features and functionality.

For instrumentation specialists involved in the definition and specification of instrumentation and control systems.

Includes software / hardware requirements, database installation, and overviews of the database structure, maintenance, and system customization & configuration.

For users, IT, and support responsible for administration and customization of the software, as well as plant and project leads in charge of instrument data management.

For current users of Smart Instrumentation upgrading from previous versions. Reviews new functions and workflows through lecture and practical exercises.

Provides an overview of the underlying technology, basic workflows, and features included in Smart Interop Publisher.

Teaches the knowledge and skills to sketch and edit piping designs, create reference data, configure projects and drawing styles, produce isometric drawings, and more.

Covers Site and Plant Structure setup and reference data management and customization for those who administer and customize the software.

Covers using Smart P&ID to optimize the creation and delivery of P&IDs and D&IDs.

Teaches those who use the Automation layer of Smart P&ID to manipulate P&IDs, modify the data, and extract information for further analysis.

Covers how to set up, configure, and administer Smart P&ID workshare and projects and best practices for working in a workshare and / or projects environment.

Introduces administrators to a core set of functionality available in the SmartPlant Foundation product.

Covers tools and procedures in SmartSketch used to create quick sketches, engineering designs, production drawings, plot plans, schematics, business diagrams, and more.

Teaches how to add fabrication and construction information to design isometrics from PDS, and to produce spool drawings for pipe fabrication and erection drawings for pipe construction, plus associated reports.

Provides users with knowledge and skills to operate Spoolgen to produce Isometrics and Spool drawings and administrators to create and manage the project environment.

For engineers who want to learn how to design, analyze and evaluate oil storage tanks according to API 650.

For engineers/analysts carrying out pressure vessel design to satisfy design code requirements. Teaches using the software to design a number of pressure vessel configurations to various codes.

For engineers/analysts carrying out pressure vessel design to satisfy design code requirements. Teaches using the software to design a number of pressure vessel configurations to various codes.