2025 Spring IAETP Conference Agenda and Course List Final

Lectures

Workshops

Units	Title	Description
IAETP Spring 2025 Conference Lectures
1	MicroStation CONNECT Edition – Ask the Instructor	Discuss the MicroStation topics that are important to you with Bentley Instructors. We’ll have MicroStation up on the big screen and there are no questions barred!
1	Printing and Publishing	The Print Organizer is a powerful tool that enables you to orginize, resymbolize and batch print projects. But there is more to printing and publishing thant using ….. Sheet Models, Saved Views, References, PrintStyles, Pen Tables…
1	Annotating Title Blocks and the Sheet Index	Learn how to annotate title block information for both ProjectWise and non-ProjectWise workflows from the sheet index. Additionally, discover how to use the sheet index to control sheet numbers, organize sheet sets, the order of sheets, sheet properties, and how to publish project deliverables.
1	Annotating Drainage and Utilities	Have you ever needed to annotate a drainage or utility feature but wasn’t sure how? This presentation will cover the process of creating annotations of drainage and utility features in: Plan, profile, and cross section views. The tools discussed will include, but are not limited to, creating named boundaries, annotation labels, civil labels, and text favorites to meet your client’s needs.
1	Deep Dive into Annotations – Annotation Groups	Annotation Groups are the key to setting up automated annotation for both geometry along with cross section and profile sheets. In this presentation, we will explore the different types of Annotation Groups. After defining the different types of Annotation Groups, we will next look at creating and editing them. Lastly, we will explore importing Annotation Groups from other WorkSpaces to simplify the creation process.
1	Cross Section Annotation	Learn about cross section annotation automation and setup in OpenRoads Designer.
1	Design and Model ADA Ramps	Discover how OpenRoads Designer allows you to analyze, design, and model curb ramps. In this session, we will discuss how OpenRoads Designer can be used to evaluate existing curb ramps for regulatory compliance as well as streamlining the design of ramps to meet legal requirements.
1	Drainage – Plans Production Tips and Tricks	In this OpenRoads Designer session, we will cover a variety of tips and tricks for drainage and utilities in plans production.
2	Drainage & Utilities – Tips and Tricks and New Functionality Added in Recent Releases	In this session, Bentley drainage experts share useful tips, tricks and highlight some of the newer drainage & utilities tools that have been added to OpenRoads Designer over the past few releases.
1	Creating ORD VBA Survey Feature macros Rod Wing EnvisionCAD	With the ORD/OSD users have the option to use VBA macros to process survey features as they are drawn and updated from a fieldbook. This session will demonstrate how to use the feature macros in OpenRoads as well as examples of the types of processing that can be done.
1	Earthwork, Grading, and working with Meshes	This presentation will cover the many nuances with computing quantities and calculating earthwork such as unsuitable materials, multiple substrata, and complex volumes with meshes.
1	Modeling Retaining Walls and Side Slopes	Learn how OpenRoads Designer enhances your ability to model retaining walls. During this session, we will demonstrate practical examples showing how to use intelligent end conditions to include retaining walls along your projects. You will learn about the powerful capabilities that allow you to model walls and side slopes while adhering to engineering requirements. You will also discover how to extract useful data, such as profiles and quantities from the modeled walls and workflows to help you take advantage of modeling on your projects. Topics covered include: Retaining wall and side slope templates Creating retaining wall corridors and alignments Displaying critical retaining wall features in profile Creating retaining wall plan and profile sheets Cut and fill wall modeling techniques Abutment wall modeling techniques
1	How to Supplement a DOT Workspace	In this OpenRoads Designer session we will cover how to add features to a Workspace received from an agency. Often the consulting organizations find that they need additional features and sheets, this session will give you the knowledge on how to add this needed information
1	Deep Dive into Annotations – Civil Labeler	Every engineering project requires manual annotation. Civil Labeler allows the user to create any combination of both static and computed text. Civil Labeler supports many different settings to control the symbology and overall appearance such as rotation, leader lines, etc. In this Presentation we will learn how to create different types of Civil Labels from start to finish. In addition, learn how to import Civil Label Definitions from other WorkSpace Environments
1	Special ditch and curb annotation in profile	In this OpenRoads session, you will learn workflows for adding and annotating Special Ditches in Profile
1	All about creating Drainage Features	In this session you will learn what you need and how do you create drainage features in OpenRoads Designer.
1	Working with Annotations and Civil Labeler	Utilizing Civil Labeler is a helpful and dynamic way of placing labels within plans. Creating your own custom labels is an excellent way to speed up production. You can also share these labels with other members of your team and organization and continue to use them on future projects. Learn about: How to create Annotation Groups How to create Annotation Definitions How to use the Civil Labeler tool for faster annotation
1	OpenRoads Survey Tips and Tricks Bob Mecham EnvisionCAD	Bentley’s OpenRoads Survey module offers powerful tools for processing and managing survey data within OpenRoads Designer. Understanding best practices can significantly improve efficiency, accuracy, and ease of use. This lecture will provide practical tips and tricks to streamline workflows, enhance data management, and troubleshoot common challenges. Whether you’re importing field data or creating surface models, these insights will help you maximize the capabilities of OpenRoads Survey.
1	Tips and Tricks for Creating Civil Sheet Seed Definitions	Sheet creation does not have to be a manual nor complicated task. OpenRoads Designer includes powerful tools to automate the sheet creation process. Sheet Seed Definition DGNLibs store all the settings for the user to take advantage of these tools. In this presentation we will examine and demonstrate a detailed checklist to make sure the proper techniques and settings are used. This checklist will be highlighted while creating different types of sheet seeds in a live demonstration.
1	Workspace Best Practices	Whether it is keeping up to date, consolidating resources, or configuration variable tweaks, there are always improvements that can be done in a WorkSpace. In this presentation, we will examine some of these more challenging topics.
1	Using OpenRoads Designer to Identify and Manage Utility Clashes in Transportation Projects	This presentation demonstrates what a 3D model-based workflow may look like for the average DOT using the 3D modeling and analysis workflows inside OpenRoads Designer Drainage and Utilities to help identify and manage utility conflicts on transportation projects. Below are the main topics covered throughout the presentation: How to import drainage/utility data using ModelBuilderHow to create 3D drainage/utility model from CAD graphics or survey How to use the utility conflict detection tool How custom properties (UDX and/or Item Types) can be used to document and manage utility conflict status How to leverage the default and custom utility properties for reporting and data retention purposes
1	What’s New for OpenRoads Designer 2024	A preview of OpenRoads Designer 2024 new feautes. Discover valuable new features and enhancements, that will reduce design time, minimize errors and rework, and to help you better model, visualize, and execute your road infrastructure projects.

Units	Title	Description	Prerequisite
IAETP Spring 2025 Conference Workshops
8	3D Modeling Simple IDOT-Specific Bridge	This workshop leads the participant in the creation of an IDOT-specific 3D bridge model. The structure to be modeled is a relatively simple one, in that it is a 3-span, wide flange bridge, supported by integral abutments and pile bent/solid wall piers. The model creation will make use of basic OpenBridge Modeler tools, Generative Components, and MicroStation 3D modeling tools.	Participants should be familiar with OpenBridge Modeler’s intended workflow. This can be achieved by working through any of Bentley’s training examples either through the Bentley LEARN site or through YouTube. Participants should also be at least familiar with the 3D modeling tools of MicroStation.
8	3D Modeling Advanced IDOT-Specific Bridge	This workshop leads the participant in the creation of a more complex IDOT-specific 3D bridge model. The structure to be modeled is a more complex 3-span, wide flange bridge building on the previous workshop, supported by integral abutments and pile bent/solid wall piers. The model creation will make use of more complex OpenBridge Modeler tools, Generative Components, and MicroStation 3D modeling tools	Participants should be proficient with OpenBridge Modeler’s intended workflow. This can be achieved by attending the 3D Modeling Simple IDOT-Specific Bridge workshop or by working through any of Bentley’s training examples either through the Bentley LEARN site or through YouTube
2	Editing and Managing Geometry	There are many tools to edit civil geometry in OpenRoads Designer and understanding how to use them is critical to maintain the rules and relationships between geometric elements. In this workshop, we will take a look at various tools and techniques for editing civil geometry.
2	Introduction to Creating Civil Cells Part 1 – (2D & 3D Geometry)	This course teaches the tools and techniques that can be used to create a civil cell. You will learn how to create a civil cell for a T-Intersection using horizontal and vertical geometry. This course will only focus on the horizontal and vertical civil geometry tools to create 2D and 3D geometric elements to create a Civil Cell.
2	Introduction to Creating Civil Cells Part 2 – (3D Model Detailing)	This course teaches tools and techniques that can be used to create a detailed 3D civil cell. This is part two of Introduction to Creating Civil Cells (2D & 3D Geometry) and we will cover the 3D modeling related tools and processes to finish modeling the T-Intersection created in that course. We will also show how to use points as civil cell references in this course by building a Turn Lane Civil Cell.
2	Overlay, Stripping and Widening	During this course you will learn to create and use templates that incorporate overlay and stripping components. You will also learn to use the Overlay Vertical Adjustments tool to calculate new vertical alignments that result in minimizing or specific depths of overlay and stripping/milling.
2	Template Triggers and Switches	Learn how to create templates that use null points with component display rules that act as triggers (or switches) to display and undisplay parts of your template when linear geometry is added as corridor reference elements to a corridor. An example of this is turning off curb and grading components in intersections areas when in intersection matchline element is added as a corridor reference. We will also discuss how to create end conditions that can be used to check for the existence of a right of way feature.
2	Defining Template Components and Constraints	This course teaches how to create templates and components for those situations that require more than simply modifying existing templates. This training focuses on the hinge-to-hinge backbone portion of the template. You will learn how to create pavement slabs, pavement stripes, curbs, pavement widening, matching existing pavement, and barriers.
2	Defining Template End Conditions	This hands-on training teaches how to create and make template end conditions. This training focuses on the side slopes connecting the template hinge to the tie down point. You will learn how to create end conditions with multiple cut and fill slope solutions, cut slopes with a ditch adjacent to the hinge, walls, and forced right-of-way solutions.
2	Analyzing Larger Storm Events	This class will look at how to design pipes to convey the runoff that was collected by inlets to an outfall. The pipes will be placed with an initial size and slope, then they will be designed to optimize them hydraulically.
2	Placing a Ditch and Culvert Network	This course shows how to place common ditch/culvert networks, leveraging what you already know about inlet/pipe network layout. This course is optimized for terrains that do not include the new ditches.
2	Designing a Pond	This class will look at how to create a pond from a terrain model and to add attenuation to the drainage system. The software was used to build a pond and a terrain from that pond, so it is all fully parametric. The file has been referenced into the imported drainage network file. You can modify the volume and the terrain of this pond at any time you can come back to this file, change the values and there model will automatically update and therefore you can use this for your pond hydraulics.
2	Road Regression and Re-Design	The Project that we are going to undertake in this course is to create a Geometric Horizontal Alignment that follows, as closely as possible, the existing Surveyed centerline of a road using the regression tools available in OpenRoads Designer. A vertical alignment will be generated that follows the existing road profile, using the Best Fit Profile tool. We will then create a corridor and apply an Overlay and Stripping template to create the whole road cross section. Following on from that we will apply a designed superelevation that matches as best we can the existing cross fall on the existing road.We will also try to minimize the amount of Overlay and Stripping required and finally produce quantities.
2	Site Modeling and Non-Corridor Modeling	The intent of this course is to demonstrate how to turn 2D elements into 3D elements by adding profiles and elevations to civil elements that are typically found outside the limits of a roadway corridor (i.e. civil sites, building pads, parking lots, ponds, infield grading, bridge abutment grading, etc.) In this course you are going to learn how to create 3D elements (or features) and Proposed Terrains using fundamental site modeling and non-corridor modeling techniques. We will utilize the vertical geometry tools along with linear templates and the terrain modeling tools throughout this course. In the first part of the course you are going to learn how to grade a cell tower site that is made up of a tower pad, yard and driveway. The second part of the course you will learn how to create an infield pond between corridors.
2	Using and Defining Superelevation	In this course, you will learn how to create, edit and review superelevation information using the tools provided in OpenRoads Designer. You will learn about the Superelevation XML preference file that controls how superelevation is calculated. You will learn how to create superelevation sections, lanes and transitions and how to apply the superelevation transitions to your corridor. You will also learn how to review and edit superelevation data.
2	Intersection Design Part 2 – 3D Model Detailing	This course teaches tools and techniques that can be used to accurately model a complex intersection in 3D. In this course, you will learn how to: Use Linear Templates to create the curb, sidewalk and side slope grading along the edges of pavement and islands. Use Surface Templates to apply material thickness to the pavement surface and median islands. Create a Finished Grade Terrain Model using Graphical Filters. Export Finished Grade Terrain Model to LandXML format.
3	Intersection Design Part 1 – Horizontal and Vertical Geometry	This course teaches tools and techniques that can be used to lay out a complex intersection. It will focus on the Horizontal and Vertical Geometry tools to create 2D and 3D geometric elements. In this course, you will be designing a complex intersection that includes turn lanes, median islands and turn lane islands. 2D horizontal geometry will be created using the Horizontal Geometry tools and Profiles and 3D elements will be created using the Vertical Geometry tools. The objective is to create a terrain model of the proposed pavement surface and analyze the proposed drainage contours.
2	Quantities and Earthwork	In this course, you will learn various tools and methods to compute quantities and earthwork from the corridor model. You will learn how to assign unit costs and generate an estimated cost report for your project using the Component Quantities and Element Component Quantities tools. We will take a look at how to generate cut and fill volume reports from single corridor models as well as multiple corridor models. You will also learn how Named Boundaries and the Quantities Report by Named Boundary tool can be used to separate quantities in the corridor model. And lastly, you will learn how to create an End Area Volume Report and Mass Haul Diagram.
3	Creating and Manipulating the Corridor	In this course, you will create a roadway corridor and then explore the many tools and techniques to edit and manipulate the corridor. We will take a look at how to add multiple templates drops along the corridor as you encounter intersections, driveways and turn lanes and how to edit and copy template drops in lieu of creating a new template. We will show how to make the corridor follow edge of pavement geometry using point controls and corridor references. You will learn how the secondary alignment tool aids in changing the direction of template processing as it applies to point controls and corridor reference elements. You will also learn how to use parametric constraints to override default template values for pavement depths, curb heights, shoulder slopes and ditch widths and how to use the clipping reference tool to clip out a portion of your corridor. We will take a look at how corridors interact with other corridors by learning how to use target aliasing to seek corridors. And finally we will show how to create end condition exceptions in areas that require a different type of end condition solution.
2	Using and Editing Templates	This course teaches how to efficiently modify and use existing templates, such as those delivered in the Bentley Civil Workspace, for your project situations. You will learn how to manage template libraries and edit templates to satisfy project specifications including minor edits such as pavement width, pavement slope, and end condition (cut/fill) treatments. You will also learn how to replace entire sections of templates with alternate components such as adding curb and gutter to a template.
3	Beyond Centerline Geometry	Pavement Edges are particularly important: they are required in Plan Sheets and the streamline modeling corridors (a single template can follow edges wherever they meander). In this class you create smart, editable, obedient edges, turn lanes, tapers, and driveways. You will see how OpenRoads Remembers the relationships with which you built the geometry and honors it when the design changes. OpenRoads Remembers your Design Intent.
3	Strategies for Working with Multiple Independent WorkSpaces Rod Wing EnvisionCAD	We work with consultants on a daily basis who have to manage MicroStation, ORD, OSD, and OBM Configurations and WorkSpaces from different clients. It is not uncommon for companies to have to manage ten or more separate Configurations. This presents a myriad of problems with installation, giving users the access they need to the configurations, and keeping current with changes from the client. This session will explore different strategies for taming the potential chaos.
2	Creating a Rural Driveway Civil Cell	In this course, you will learn how to create and place a rural driveway civil cell. The civil cell you create will be a driveway that is 16 feet wide and feature 15 foot radius curves.

Lectures

Workshops

IAETP Spring 2025 Conference Lectures

Units: 1

Title: MicroStation CONNECT Edition – Ask the Instructor

Description:Discuss the MicroStation topics that are important to you with Bentley Instructors. We’ll have MicroStation up on the big screen and there are no questions barred!

Units: 1

Title: Printing and Publishing

Description: The Print Organizer is a powerful tool that enables you to orginize, resymbolize and batch print projects. But there is more to printing and publishing thant using ….. Sheet Models, Saved Views, References, PrintStyles, Pen Tables…

Units: 1

Title: Annotating Title Blocks and the Sheet Index

Description: Learn how to annotate title block information for both ProjectWise and non-ProjectWise workflows from the sheet index. Additionally, discover how to use the sheet index to control sheet numbers, organize sheet sets, the order of sheets, sheet properties, and how to publish project deliverables.

Units: 1

Title: Annotating Drainage and Utilities

Description: Have you ever needed to annotate a drainage or utility feature but wasn’t sure how? This presentation will cover the process of creating annotations of drainage and utility features in: Plan, profile, and cross section views. The tools discussed will include, but are not limited to, creating named boundaries, annotation labels, civil labels, and text favorites to meet your client’s needs.

Units: 1

Title: Deep Dive into Annotations – Annotation Groups

Description: Annotation Groups are the key to setting up automated annotation for both geometry along with cross section and profile sheets. In this presentation, we will explore the different types of Annotation Groups. After defining the different types of Annotation Groups, we will next look at creating and editing them. Lastly, we will explore importing Annotation Groups from other WorkSpaces to simplify the creation process.

Units: 1

Title: Cross Section Annotation

Description: Learn about cross section annotation automation and setup in OpenRoads Designer.

Units: 1

Title: Design and Model ADA Ramps

Description: Discover how OpenRoads Designer allows you to analyze, design, and model curb ramps. In this session, we will discuss how OpenRoads Designer can be used to evaluate existing curb ramps for regulatory compliance as well as streamlining the design of ramps to meet legal requirements.

Units: 1

Title: Drainage – Plans Production Tips and Tricks

Description:In this OpenRoads Designer session, we will cover a variety of tips and tricks for drainage and utilities in plans production.

Units: 1

Title:Drainage & Utilities – Tips and Tricks and New Functionality Added in Recent Releases

Description: In this session, Bentley drainage experts share useful tips, tricks and highlight some of the newer drainage & utilities tools that have been added to OpenRoads Designer over the past few releases.

Units: 1

Title: Creating ORD VBA Survey Feature macros Rod Wing EnvisionCAD

Description: With the ORD/OSD users have the option to use VBA macros to process survey features as they are drawn and updated from a fieldbook. This session will demonstrate how to use the feature macros in OpenRoads as well as examples of the types of processing that can be done.

Units: 1

Title: Earthwork, Grading, and working with Meshes

Description: This presentation will cover the many nuances with computing quantities and calculating earthwork such as unsuitable materials, multiple substrata, and complex volumes with meshes.

Units: 1

Title: Modeling Retaining Walls and Side Slopes

Description:

Learn how OpenRoads Designer enhances your ability to model retaining walls. During this session, we will demonstrate practical examples showing how to use intelligent end conditions to include retaining walls along your projects. You will learn about the powerful capabilities that allow you to model walls and side slopes while adhering to engineering requirements. You will also discover how to extract useful data, such as profiles and quantities from the modeled walls and workflows to help you take advantage of modeling on your projects.

Topics covered include:

Retaining wall and side slope templates
Creating retaining wall corridors and alignments
Displaying critical retaining wall features in profile
Creating retaining wall plan and profile sheets
Cut and fill wall modeling techniques
Abutment wall modeling techniques

Units: 1

Title: How to Supplement a DOT Workspace

Description: In this OpenRoads Designer session we will cover how to add features to a Workspace received from an agency. Often the consulting organizations find that they need additional features and sheets, this session will give you the knowledge on how to add this needed information

Units: 1

Title: Deep Dive into Annotations – Civil Labeler

Description: Every engineering project requires manual annotation. Civil Labeler allows the user to create any combination of both static and computed text. Civil Labeler supports many different settings to control the symbology and overall appearance such as rotation, leader lines, etc. In this Presentation we will learn how to create different types of Civil Labels from start to finish. In addition, learn how to import Civil Label Definitions from other WorkSpace Environments

Units: 1

Title: Special ditch and curb annotation in profile

Description: In this OpenRoads session, you will learn workflows for adding and annotating Special Ditches in Profile

Units: 1

Title: All about creating Drainage Features

Description: In this session you will learn what you need and how do you create drainage features in OpenRoads Designer.

Units: 1

Title: Working with Annotations and Civil Labeler

Description:

Utilizing Civil Labeler is a helpful and dynamic way of placing labels within plans. Creating your own custom labels is an excellent way to speed up production. You can also share these labels with other members of your team and organization and continue to use them on future projects.

Learn about:

How to create Annotation Groups
How to create Annotation Definitions
How to use the Civil Labeler tool for faster annotation

Units: 1

Title: OpenRoads Survey Tips and Tricks Bob Mecham EnvisionCAD

Description: Bentley’s OpenRoads Survey module offers powerful tools for processing and managing survey data within OpenRoads Designer. Understanding best practices can significantly improve efficiency, accuracy, and ease of use. This lecture will provide practical tips and tricks to streamline workflows, enhance data management, and troubleshoot common challenges. Whether you’re importing field data or creating surface models, these insights will help you maximize the capabilities of OpenRoads Survey.

Units: 1

Title: Tips and Tricks for Creating Civil Sheet Seed Definitions

Description: Sheet creation does not have to be a manual nor complicated task. OpenRoads Designer includes powerful tools to automate the sheet creation process. Sheet Seed Definition DGNLibs store all the settings for the user to take advantage of these tools. In this presentation we will examine and demonstrate a detailed checklist to make sure the proper techniques and settings are used. This checklist will be highlighted while creating different types of sheet seeds in a live demonstration.

Units: 1

Title: Workspace Best Practices

Description: Whether it is keeping up to date, consolidating resources, or configuration variable tweaks, there are always improvements that can be done in a WorkSpace. In this presentation, we will examine some of these more challenging topics.

Units: 1

Title: Using OpenRoads Designer to Identify and Manage Utility Clashes in Transportation Projects

Description: This presentation demonstrates what a 3D model-based workflow may look like for the average DOT using the 3D modeling and analysis workflows inside OpenRoads Designer Drainage and Utilities to help identify and manage utility conflicts on transportation projects. Below are the main topics covered throughout the presentation: How to import drainage/utility data using ModelBuilderHow to create 3D drainage/utility model from CAD graphics or survey How to use the utility conflict detection tool How custom properties (UDX and/or Item Types) can be used to document and manage utility conflict status How to leverage the default and custom utility properties for reporting and data retention purposes

Units: 1

Title: What’s New for OpenRoads Designer 2024

Description: A preview of OpenRoads Designer 2024 new feautes. Discover valuable new features and enhancements, that will reduce design time, minimize errors and rework, and to help you better model, visualize, and execute your road infrastructure projects.

IAETP Spring 2025 Conference Workshops

Units: 8

Title: 3D Modeling Simple IDOT-Specific Bridge

Description: This workshop leads the participant in the creation of an IDOT-specific 3D bridge model. The structure to be modeled is a relatively simple one, in that it is a 3-span, wide flange bridge, supported by integral abutments and pile bent/solid wall piers. The model creation will make use of basic OpenBridge Modeler tools, Generative Components, and MicroStation 3D modeling tools.

Prerequisite: Participants should be familiar with OpenBridge Modeler’s intended workflow. This can be achieved by working through any of Bentley’s training examples either through the Bentley LEARN site or through YouTube. Participants should also be at least familiar with the 3D modeling tools of MicroStation.

Units: 8

Title: 3D Modeling Advanced IDOT-Specific Bridge

Description: This workshop leads the participant in the creation of a more complex IDOT-specific 3D bridge model. The structure to be modeled is a more complex 3-span, wide flange bridge building on the previous workshop, supported by integral abutments and pile bent/solid wall piers. The model creation will make use of more complex OpenBridge Modeler tools, Generative Components, and MicroStation 3D modeling tools

Prerequisite: Participants should be proficient with OpenBridge Modeler’s intended workflow. This can be achieved by attending the 3D Modeling Simple IDOT-Specific Bridge workshop or by working through any of Bentley’s training examples either through the Bentley LEARN site or through YouTube

Units: 2

Title: Editing and Managing Geometry

Description: There are many tools to edit civil geometry in OpenRoads Designer and understanding how to use them is critical to maintain the rules and relationships between geometric elements. In this workshop, we will take a look at various tools and techniques for editing civil geometry.

Units: 2

Title: Introduction to Creating Civil Cells Part 1 – (2D & 3D Geometry)

Description:This course teaches the tools and techniques that can be used to create a civil cell. You will learn how to create a civil cell for a T-Intersection using horizontal and vertical geometry. This course will only focus on the horizontal and vertical civil geometry tools to create 2D and 3D geometric elements to create a Civil Cell.

Units: 2

Title: Introduction to Creating Civil Cells Part 2 – (3D Model Detailing)

Description:This course teaches tools and techniques that can be used to create a detailed 3D civil cell. This is part two of Introduction to Creating Civil Cells (2D & 3D Geometry) and we will cover the 3D modeling related tools and processes to finish modeling the T-Intersection created in, that course. We will also show how to use points as civil cell references in this course by building a Turn Lane Civil Cell.

Units: 2

Title: Overlay, Stripping and Widening

Description: During this course you will learn to create and use templates that incorporate overlay and stripping components. You will also learn to use the Overlay Vertical Adjustments tool to calculate new vertical alignments that result in minimizing or specific depths of overlay and stripping/milling.

Units: 2

Title: Template Triggers and Switches

Description: Learn how to create templates that use null points with component display rules that act as triggers (or switches) to display and undisplay parts of your template when linear geometry is added as corridor reference elements to a corridor. An example of this is turning off curb and grading components in intersections areas when in intersection matchline element is added as a corridor reference. We will also discuss how to create end conditions that can be used to check for the existence of a right of way feature.

Units: 2

Title: Defining Template Components and Constraints

Description: This course teaches how to create templates and components for those situations that require more than simply modifying existing templates. This training focuses on the hinge-to-hinge backbone portion of the template. You will learn how to create pavement slabs, pavement stripes, curbs, pavement widening, matching existing pavement, and barriers.

Units: 2

Title: Defining Template End Conditions

Description: This hands-on training teaches how to create and make template end conditions. This training focuses on the side slopes connecting the template hinge to the tie down point. You will learn how to create end conditions with multiple cut and fill slope solutions, cut slopes with a ditch adjacent to the hinge, walls, and forced right-of-way solutions.

Units: 2

Title: Analyzing Larger Storm Events

Description: This class will look at how to design pipes to convey the runoff that was collected by inlets to an outfall. The pipes will be placed with an initial size and slope, then they will be designed to optimize them hydraulically.

Units: 2

Title: Placing a Ditch and Culvert Network

Description: This course shows how to place common ditch/culvert networks, leveraging what you already know about inlet/pipe network layout. This course is optimized for terrains that do not include the new ditches.

Units: 2

Title: Designing a Pond

Description: This class will look at how to create a pond from a terrain model and to add attenuation to the drainage system. The software was used to build a pond and a terrain from that pond, so it is all fully parametric. The file has been referenced into the imported drainage network file. You can modify the volume and the terrain of this pond at any time you can come back to this file, change the values and there model will automatically update and therefore you can use this for your pond hydraulics.

Units: 2

Title: Road Regression and Re-Design

Description: The Project that we are going to undertake in this course is to create a Geometric Horizontal Alignment that follows, as closely as possible, the existing Surveyed centerline of a road using the regression tools available in OpenRoads Designer. A vertical alignment will be generated that follows the existing road profile, using the Best Fit Profile tool. We will then create a corridor and apply an Overlay and Stripping template to create the whole road cross section. Following on from that we will apply a designed superelevation that matches as best we can the existing cross fall on the existing road.We will also try to minimize the amount of Overlay and Stripping required and finally produce quantities.

Units: 2

Title: Site Modeling and Non-Corridor Modeling

Description: The intent of this course is to demonstrate how to turn 2D elements into 3D elements by adding profiles and elevations to civil elements that are typically found outside the limits of a roadway corridor (i.e. civil sites, building pads, parking lots, ponds, infield grading, bridge abutment grading, etc.) In this course you are going to learn how to create 3D elements (or features) and Proposed Terrains using fundamental site modeling and non-corridor modeling techniques. We will utilize the vertical geometry tools along with linear templates and the terrain modeling tools throughout this course. In the first part of the course you are going to learn how to grade a cell tower site that is made up of a tower pad, yard and driveway. The second part of the course you will learn how to create an infield pond between corridors.

Units: 2

Title: Using and Defining Superelevation

Description: In this course, you will learn how to create, edit and review superelevation information using the tools provided in OpenRoads Designer. You will learn about the Superelevation XML preference file that controls how superelevation is calculated. You will learn how to create superelevation sections, lanes and transitions and how to apply the superelevation transitions to your corridor. You will also learn how to review and edit superelevation data.

Units: 2

Title: Intersection Design Part 2 – 3D Model Detailing

Description: This course teaches tools and techniques that can be used to accurately model a complex intersection in 3D. In this course, you will learn how to: Use Linear Templates to create the curb, sidewalk and side slope grading along the edges of pavement and islands. Use Surface Templates to apply material thickness to the pavement surface and median islands. Create a Finished Grade Terrain Model using Graphical Filters. Export Finished Grade Terrain Model to LandXML format.

Units: 2

Title: Intersection Design Part 1 – Horizontal and Vertical Geometry

Description: This course teaches tools and techniques that can be used to lay out a complex intersection. It will focus on the Horizontal and Vertical Geometry tools to create 2D and 3D geometric elements. In this course, you will be designing a complex intersection that includes turn lanes, median islands and turn lane islands. 2D horizontal geometry will be created using the Horizontal Geometry tools and Profiles and 3D elements will be created using the Vertical Geometry tools. The objective is to create a terrain model of the proposed pavement surface and analyze the proposed drainage contours.

Units: 2

Title: Quantities and Earthwork

Description: In this course, you will learn various tools and methods to compute quantities and earthwork from the corridor model. You will learn how to assign unit costs and generate an estimated cost report for your project using the Component Quantities and Element Component Quantities tools. We will take a look at how to generate cut and fill volume reports from single corridor models as well as multiple corridor models. You will also learn how Named Boundaries and the Quantities Report by Named Boundary tool can be used to separate quantities in the corridor model. And lastly, you will learn how to create an End Area Volume Report and Mass Haul Diagram.

Units: 3

Title: Creating and Manipulating the Corridor

Description: In this course, you will create a roadway corridor and then explore the many tools and techniques to edit and manipulate the corridor. We will take a look at how to add multiple templates drops along the corridor as you encounter intersections, driveways and turn lanes and how to edit and copy template drops in lieu of creating a new template. We will show how to make the corridor follow edge of pavement geometry using point controls and corridor references. You will learn how the secondary alignment tool aids in changing the direction of template processing as it applies to point controls and corridor reference elements. You will also learn how to use parametric constraints to override default template values for pavement depths, curb heights, shoulder slopes and ditch widths and how to use the clipping reference tool to clip out a portion of your corridor. We will take a look at how corridors interact with other corridors by learning how to use target aliasing to seek corridors. And finally we will show how to create end condition exceptions in areas that require a different type of end condition solution.

Units: 2

Title: Using and Editing Templates

Description: This course teaches how to efficiently modify and use existing templates, such as those delivered in the Bentley Civil Workspace, for your project situations. You will learn how to manage template libraries and edit templates to satisfy project specifications including minor edits such as pavement width, pavement slope, and end condition (cut/fill) treatments. You will also learn how to replace entire sections of templates with alternate components such as adding curb and gutter to a template.

Units: 3

Title: Beyond Centerline Geometry

Description: Pavement Edges are particularly important: they are required in Plan Sheets and the streamline modeling corridors (a single template can follow edges wherever they meander). In this class you create smart, editable, obedient edges, turn lanes, tapers, and driveways. You will see how OpenRoads Remembers the relationships with which you built the geometry and honors it when the design changes. OpenRoads Remembers your Design Intent.

Units: 3

Title: Strategies for Working with Multiple Independent WorkSpaces
Rod Wing EnvisionCAD

Description: We work with consultants on a daily basis who have to manage MicroStation, ORD, OSD, and OBM Configurations and WorkSpaces from different clients. It is not uncommon for companies to have to manage ten or more separate Configurations. This presents a myriad of problems with installation, giving users the access they need to the configurations, and keeping current with changes from the client. This session will explore different strategies for taming the potential chaos.

Units: 2

Title: Creating a Rural Driveway Civil Cell

Description: In this course, you will learn how to create and place a rural driveway civil cell. The civil cell you create will be a driveway that is 16 feet wide and feature 15 foot radius curves.

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IAETP Spring 2025 Conference Lectures

IAETP Spring 2025 Conference Workshops

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