OpenRoads Designer - Beginner Level 1 Microstation

This lecture provides a theoretical foundation essential for understanding the development of a road project. It covers the fundamental stages of the project lifecycle, including planning, preliminary design, detailed project development, and construction.

The session emphasizes the crucial role of topography in supporting various phases of road design, such as route study, layout definition, and earth movement calculations. Understanding how to leverage topographic data ensures better planning and design decisions.

Learn how topographic surveys are conducted for establishing base polygons, which serve as fundamental references during early project stages. This involves techniques for mapping terrain features and interpreting contour lines to optimize route alignment.

Key topics covered in this lecture:

• The stages of road project development

• The role of topography in route and layout studies

• Using topographic maps and contour lines

• Field reconnaissance methods for route selection

• Types of topographic surveys: terrestrial and aerial

• Establishing and surveying the base polygonal

• Importance of cross sections, longitudinal profiles, and control points

Practical value for road design learners:

• Gain knowledge to support route selection with accurate topographic data

• Understand how to conduct and interpret topographic field surveys

• Prepare essential base surveys for early project design

• Apply topographic information to improve project feasibility and alignment choices

By the end of this lesson, learners will have a solid theoretical understanding of how topography informs road design and how to initiate topographic surveys for road projects, preparing them to approach project development with better insight and technical grounding.

This lecture dives into the elaboration stage of road projects, focusing on how topography influences each phase. After completing preliminary studies and establishing core surveying points, the course explains how to determine the final layout and geometry of a road considering natural and designed terrains.

It highlights the importance of defining horizontal and vertical alignments with proper geometric curves that satisfy safety and design standards. The lesson also covers how topographical data plays a critical role in shaping road profiles, subgrade projects, and earthworks estimations.

Understanding the geometric and construction aspects of the road is essential, from tracing horizontal curves and vertical parabolic curves to calculating cut and fill volumes and balancing earth movement for both economy and quality.

Key topics covered in this lesson:

• Stages of road project elaboration and topographic interventions.

• Calculation and design criteria for horizontal curves.

• Vertical alignment planning including vertical curves and subgrade design.

• Cross-sectional elements and determination of road construction sections.

• Methods for estimating cut and fill volumes and mass curve balancing.

• Importance of visibility and safety distances in curve design.

• Topography’s overall role in road design and construction.

Practical value for road design and civil engineering:

• Provides foundational understanding for applying topography in road geometric design.

• Enables accurate calculation and tracing of road alignments to meet regulatory standards.

• Facilitates efficient earthworks planning by estimating volumes and balancing excavation and embankment.

• Helps ensure road safety and functional criteria through proper curve design.

After completing this lesson, learners will understand the process of elaborating a road project with strong emphasis on topographic influence, enabling them to calculate geometric components and assess earthworks essential for practical road design and construction projects.

In this lecture, you will learn how to create horizontal geometry entirely from scratch using Bentley OpenRoads Designer. Starting with setting up your workspace and creating a new project file, you will gain hands-on experience with the fundamental workflow required for horizontal alignment creation.

The session walks you through accessing the geometry tab, configuring standards, and defining feature alignments to ensure correct setup for your geometry work. You will practice inputting parameters such as distance and direction both interactively and via keyboard entry, then use chain commands to streamline geometry creation by linking consecutive elements seamlessly.

Additionally, you will explore how to add arcs between line segments to create complex road curves, annotate geometry for clear visualization, and modify key elements such as stationing to better suit design needs.

Key Topics Covered in This Lesson

• Setting up a new file for horizontal geometry creation

• Accessing and using the geometry tab and feature definitions

• Inputting horizontal alignment with line and arc elements

• Using chain commands to continue geometry efficiently

• Annotating geometry for station and element clarity

• Modifying geometry properties including start station

• Resetting commands to correct mistakes

Practical Value in Road Design Projects

• Build horizontal road alignments from the ground up

• Create accurate curves and transitions essential for roadway design

• Visualize horizontal geometry with effective annotations

• Understand basic command sequences to speed up design processes

By the end of this lecture, you will be able to confidently create a full horizontal alignment from scratch, using both linear and curved elements. You will understand how to control geometry parameters interactively and numerically, and be able to annotate and adjust the design as necessary for further civil engineering tasks.

In this lesson, you will learn how to read and navigate existing horizontal geometry within Bentley OpenRoads Designer. We will work with a supporting project file provided alongside the video tutorial to explore the process practically.

The process involves loading the file, waiting for it to open, and then interacting with the horizontal geometry elements by using simple mouse actions. The focus is on accessing properties and settings of existing alignments to better understand their layout and characteristics.

This approach helps you get comfortable with how horizontal geometries are displayed and accessed in the software interface, preparing you for further editing and usage in project workflows.

Key topics covered in this lesson:

• Opening and loading a supporting project file

• Selecting horizontal alignment using the mouse

• Accessing the contextual toolbar for horizontal geometry

• Exploring alignment properties like start/end points and lengths

• Understanding feature definition and geometry details

• Distinguishing between different roads (main and secondary) through properties

• Using additional tools available on horizontal geometry selection

Practical value for civil design workflows:

• Efficiently review and analyze existing road alignments

• Gain quick access to alignment-specific data critical for project adjustments

• Understand how to interact with geometry features to manage design elements

• Support project collaboration by familiarizing with shared data structures

By the end of this session, you will be able to confidently open any project file and access the key information and tools associated with existing horizontal geometries, an essential skill for effective road design using OpenRoads Designer.

In this lecture, you will learn how to edit existing horizontal geometry using Bentley OpenRoads Designer. The session starts with loading the relevant project file to provide a practical context for the editing workflow.

You will explore the use of feature definitions and standard toolbars that make the editing process more efficient. Key steps such as activating the geometry baseline, using station offsets, and working with simple lines and arcs to recreate or adjust geometry are demonstrated clearly.

The lecture also covers essential editing techniques like adding arcs between elements, adjusting radii, previewing changes before acceptance, and using automatic generation for complex geometries. These methods help streamline the modification of horizontal alignments effectively.

Key topics covered:

• Accessing and loading existing horizontal geometry files

• Using feature definitions and standard toolbars

• Working with geometry baselines and station offsets

• Editing with lines, arcs, and radius adjustments

• Previewing edits before applying changes

• Generating complex geometry automatically

• Saving and closing edited geometry

Practical value in civil design with OpenRoads:

• Efficient editing of road alignments to fit project requirements

• Improved precision in defining horizontal geometry elements

• Utilizing software tools to preview and refine changes interactively

• Applying simple and complex edits to real-world infrastructure projects

By the end of this lecture, you will be able to confidently edit existing horizontal geometries by applying various editing tools and techniques in Bentley OpenRoads Designer, preparing you for more advanced tasks in road design.

This lecture focuses on modifying an existing horizontal geometry within Bentley Open Roads Designer.

Building upon the previous lesson where the horizontal geometry was created, here we explore various ways to adjust and refine those alignments to suit project needs.

You will access the supporting file from the last session to practice these modifications hands-on, ensuring familiarity with editing workflows.

Key topics covered in this lecture:

• Opening and navigating the saved project file with existing horizontal geometry

• Understanding and using horizontal and vertical modification tools

• Editing geometry values directly by clicking and entering new measurements

• Employing the table editor for more complex geometry adjustments

• Deleting unwanted geometry elements efficiently

Practical value for your civil design projects:

• Learn precise control over horizontal alignment adjustments

• Gain efficiency with the table editor to handle complex geometry data

• Develop skills for quick edits to improve design iterations and accuracy

By the end of this lecture, you will be able to confidently modify horizontal geometries using multiple approaches in Open Roads Designer, enabling you to refine your roadway designs with ease and precision.

In this lesson, we focus on how to annotate horizontal geometry within Bentley OpenRoads Designer. Building on previous sessions where you learned to read, edit, and modify horizontal geometry, this lecture advances to adding detailed annotations for improved visualization and documentation.

Using the same project file from the last lesson, you'll see the step-by-step process to access the annotation tools. Once the interface is loaded, annotation is made simple through the Drawing Production tab and the Annotate Element option.

You'll learn how to select elements for annotation with just a click, complete the annotation process efficiently, and adjust the scale to customize your view for better clarity and precision.

Key topics covered in this lecture:

• Accessing the Drawing Production tab

• Using the Annotate Element tool

• Selecting and annotating horizontal geometry elements

• Adjusting annotation scales for optimal visualization

• Saving and managing updated project files

Practical value in civil design projects:

• Enhance the clarity of horizontal geometry in road design documentation

• Customize annotations to meet project-specific scale and detail requirements

• Streamline workflow by efficiently adding necessary details within the OpenRoads environment

• Improve communication and presentation of design intent using annotated geometry

By the end of this session, you will be able to confidently annotate horizontal geometry elements, adjust annotation scales, and save your work effectively, paving the way for clearer and more professional design presentations.

This lecture covers how to view vertical geometry in the context of a horizontal profile within Bentley OpenRoads Designer. You'll learn different methods to navigate and display the vertical profile view to better understand the alignment data visually.

Additionally, you'll be introduced to the Civil Message Center, a useful tool for monitoring errors, warnings, and messages related to your project workflow. This feature helps you identify and troubleshoot potential issues efficiently.

Finally, this session demonstrates how to generate a comprehensive report of the horizontal geometry you have been working on. The report can be viewed and explored with various data export options, giving you a detailed overview of your project elements.

Key topics covered in this lecture:

• Viewing vertical geometry using multiple interface approaches

• Accessing the vertical profile from the view bar and the explorer panel

• Using the Civil Message Center to track errors and warnings

• Generating and maximizing horizontal geometry reports

• Overview of report export options and data formats

Practical value in road design and project management:

• Improves the ability to visually analyze vertical profiles alongside horizontal geometry

• Enhances project quality control by detecting errors early

• Offers detailed reporting capabilities to document design status

• Supports efficient data export and communication within design teams

By the end of this session, learners will understand how to navigate vertical geometry views, use the message center for error management, and produce horizontal geometry reports to support their civil design projects more effectively.

In this lesson, you will learn how to create vertical geometry from scratch using Bentley Open Roads Designer CONNECT Edition. Building on previous sessions where you explored different ways to view vertical geometry, this session introduces a straightforward workflow for creating these vertical elements effectively.

We start by opening the profile model and selecting the horizontal geometry to synchronize views, enabling precise editing in the vertical section. Using simple line and arc techniques familiar from horizontal geometry creation, you'll establish slopes and smooth curves to form a complex vertical profile.

The session guides you through interactive steps like setting specific slopes, chaining lines, applying profile curves, and confirming geometry placements. You will also learn how to save your work properly for ongoing use in upcoming lessons.

Key topics covered in this session:

• Opening and navigating the profile model to access vertical geometry

• Synchronized viewing of horizontal and vertical profiles

• Creating vertical lines with specific slopes using mouse and keyboard inputs

• Applying curve smoothing between geometry elements

• Building complex vertical geometry profiles step-by-step

• Saving and managing vertical geometry files for continued work

Practical value for users of Open Roads Designer:

• Acquire essential skills to create accurate vertical alignments for road and civil design projects

• Improve precision by managing vertical geometry in coordinated profile views

• Use intuitive controls to simplify vertical profile editing and reduce errors

• Prepare foundational vertical geometry templates to support advanced design stages

By the end of this lecture, you will understand how to construct vertical geometry profiles systematically and efficiently within Open Roads Designer, forming a crucial part of any civil engineering design workflow.

This lecture focuses on the process of editing vertical geometry within Bentley OpenRoads Designer using the Table Editor tool. Building on the previous session where you learned to create vertical geometry, this topic introduces how to modify and refine that geometry effectively.

The workflow begins by loading the vertical geometry and accessing it through the vertical session by opening the Profile Modeler. You will learn to select the horizontal geometry and place it into the profile view for editing.

Using the Table Editor, you'll inspect and adjust various parameters such as back slope, station elevation, kernel, and K values for the ahead slope. The table highlights individual segments interactively, allowing nuanced control over each element. Learn how locking parameters with checkboxes restricts changes, enabling focused edits on other attributes.

Key topics covered in this lecture:

• Loading vertical geometry into Profile Modeler

• Selecting and placing horizontal geometry in profile view

• Using Table Editor to view and edit vertical profile elements

• Adjusting slopes, elevations, kernels, and K values dynamically

• Locking parameters to prevent changes

• Understanding interactive highlighting in Table Editor

• Practicing parameter variations for better design control

Practical value for civil design projects:

• Gain precise control over vertical alignment edits

• Improve accuracy in vertical geometry adjustments

• Learn efficient navigation and editing techniques within OpenRoads Designer

• Develop understanding of constraints and dependencies in vertical profiles

By the end of this lecture, you will be able to confidently edit vertical road geometries using the built-in Table Editor, unlocking more precise and flexible design modifications essential for civil infrastructure projects.

This lecture introduces an alternative method to edit vertical geometry using dynamic input in Bentley OpenRoads Designer CONNECT Edition. Unlike the previous session that focused on modifying vertical geometry through the table editor, this lesson explores the use of right-click dynamic input for a more interactive editing experience.

After loading the main horizontal geometry and opening the Profile Model View, learners will see how to select vertical geometry elements and make adjustments using simple mouse clicks. This workflow allows for quick changes to parameters, with inactive options becoming available through right-click activation.

The session demonstrates how to adjust slopes and other properties by switching between left and right mouse clicks, providing a convenient way to fine-tune vertical alignments without relying solely on tabular data.

Key topics covered:

• Accessing vertical geometry via Profile Model View

• Selecting and editing vertical geometry elements

• Using left click for direct parameter changes

• Activating additional parameters with right click

• Adjusting slope and other vertical geometry attributes dynamically

• Efficient use of dynamic input for geometry editing

• Tips for convenience in vertical geometry editing

Practical value in civil design projects:

• Improves workflow speed by allowing direct input on geometry elements

• Offers flexibility in editing parameters without switching interfaces

• Makes vertical geometry modifications more intuitive and less reliant on tables

• Helps reduce errors by providing quick access to editable fields

By the end of this lecture, learners will confidently use dynamic input with right-click actions to effectively edit vertical geometry parameters in OpenRoads Designer, enhancing their skillset in civil infrastructure design.

This lecture explains the process of generating a vertical geometry report within Bentley OpenRoads Designer CONNECT Edition. Building on concepts from horizontal geometry reports, the lesson demonstrates how to access and produce detailed vertical geometry alignments.

You will work through the software interface starting with opening the profile model from the vertical tab. The lesson guides you to select horizontal and then vertical geometries, highlighting the contextual toolbar functionality which provides quick access to report generation.

The generated report offers comprehensive details such as starting points, vertical point of curvature (VPC) positions, tangent grades, tangent lengths, as well as various elements like symmetrical parabolas and linear segments.

Key topics covered in this lecture:

• Opening and navigating the vertical profile model

• Selecting vertical geometries using the element selection tool

• Using the contextual toolbar for report access

• Understanding components of the vertical alignment report

• Reviewing detailed elements such as curves, tangents, and parabolas

• Brief overview of report extraction options (without export)

Practical value for civil and road design:

• Enables detailed review of vertical road geometry design

• Aids in quality control and verification of vertical alignments

• Supports project documentation with detailed vertical geometry data

• Facilitates easier identification of design parameters and changes

By the end of this lecture, learners will understand how to efficiently generate and interpret vertical geometry reports, a critical step in documenting and verifying vertical road alignments in civil engineering projects using OpenRoads Designer.

This lecture introduces the process of creating superelevation sections within Bentley OpenRoads Designer. Superelevation is a critical aspect of road design that involves banking the roadway at curves to improve vehicle safety and comfort.

We begin by loading the supporting files and accessing the Corridors tab, where superelevation options are located. The workflow demonstrates how to select the Create Super Elevation sections option, assign a name to the superelevation section, and link it to an existing corridor or alignment.

You will learn how to specify the starting and ending station using keyboard shortcuts to lock these points for precision. The lecture highlights the importance of setting the minimum tangent length, which affects how segments are divided along the road.

Key topics covered in this lecture:

• Accessing the superelevation creation tool in the Corridors tab

• Setting up a superelevation section with a unique name

• Selecting the corridor or alignment to apply superelevation

• Using keyboard keys (Alt) to lock start and end stations

• Understanding and adjusting minimum tangent length to control segment size

• Undoing and retrying creation with different parameters

• Recognizing how tangent length affects the number of superelevation sections

Practical value for civil design projects:

• Enables efficient creation of superelevation sections tailored to road geometry

• Helps streamline corridor design workflows through template management (covered in later sessions)

• Improves precision in defining superelevation parameters for complex alignments

• Supports better design visualization and project conceptualization early in the process

By completing this lesson, learners will be able to create initial superelevation sections in OpenRoads Designer, set critical parameters with confidence, and prepare for further editing and refinement in upcoming lessons.

In this lecture, you will learn how to create superelevation by using predefined road templates in OpenRoads Designer. The session builds on previously saved project files, allowing you to practically apply your knowledge without starting from scratch. You will explore the various templates available within the software, such as ramp, ruler, and urban styles, to understand their features and differences.

Using the superelevation create tool, this lesson guides you through the workflow of selecting and applying a road template to your project. You will also activate necessary display settings to better visualize the sections and points involved. The process includes selecting specific templates like the four-lane crown and confirming creation by using mouse controls to finalize your design.

Throughout the lesson, emphasis is put on recognizing the different point names like EOP and CLR, which are key references in superelevation design. While detailed explanations of these points will come in later sessions, this overview prepares you to identify and understand their placement in your project.

Key topics covered in this lesson:

• Opening and using previously saved project files

• Exploring existing superelevation templates in OpenRoads

• Using the superelevation create tool by road template

• Selecting and confirming templates in the superelevation workflow

• Visualization and activation of fill presentation options

• Introduction to important point names used in superelevation

Practical value in civil design using OpenRoads Designer:

• Quick creation of realistic superelevation sections using templates

• Streamlining road design processes with predefined templates

• Improved project visualization with fill and point labels

• Understanding foundational elements for future superelevation editing

By the end of this lecture, you will be able to efficiently create superelevation sections from road templates, gaining familiarity with key concepts and workflow steps essential for road design projects in OpenRoads Designer.

This lecture delves into the detailed process of calculating superelevation within Bentley Open Roads Designer. Building on the previous session where superelevation was created using a road template, this lesson focuses on the rules and calculations essential to define superelevation accurately for roadway design.

Through a systematic workflow, you will explore the Corridors tab functionalities, emphasizing the superelevation section's capabilities such as creating and calculating superelevation, and editing superelevation rule files. This session also demonstrates how to customize and import different settings and tables to fit specific project requirements.

Various parameters, including design speeds, length units, rounding preferences, and transition types, are explained to give a comprehensive understanding of how superelevation calculations adapt to different roadway constraints and design standards.

Key topics covered in this lecture:

• Accessing and navigating the superelevation section in the Corridors tab

• Editing and creating superelevation rule tables with design speeds and radii

• Configuring calculation parameters such as pivot methods, runoff lengths, and transition types

• Understanding and applying different superelevation rate equations and transition options

• Using calculation tools to apply superelevation to corridor models

• Visualizing superelevation results and presentation options

Practical applications in civil design:

• Ensuring accurate superelevation application for safe and compliant road designs

• Customizing rules to fit specific project conditions and design speeds

• Improving corridor modeling by integrating calculated superelevation

• Preparing for advanced manipulation, editing, and reporting of superelevation in subsequent lessons

By the end of this session, learners will understand how to perform superelevation calculations using Open Roads Designer tools, customize rules and tables, and visualize results effectively, setting a solid foundation for further superelevation editing and reporting tasks.

This lecture focuses on how to view and edit superelevation within Bentley OpenRoads Designer CONNECT Edition. Building on the previous session, where superelevation rules were covered and calculations performed, this lesson introduces the interactive interface for managing superelevation on road lanes.

You will learn to navigate the superelevation view by accessing it from the Koidos tab, placing the view, and working with multiple lanes simultaneously. The session explains mouse controls for dragging the view and selecting specific parameters for adjustment.

Experimentation plays a key role in this workflow. The interface allows you to change superelevation parameters dynamically and observe their effects instantly. You can also isolate individual lanes to focus your edits and better understand how each section behaves.

Key topics covered in this lecture

• Opening the superelevation view panel

• Navigating between multiple lanes in the superelevation view

• Interacting with superelevation parameters via mouse controls

• Using the right-click menu to select specific lanes for display

• Experimenting with parameter changes to observe real-time effects

Practical value for civil design with OpenRoads

• Gain hands-on experience in visualizing and adjusting superelevation on road lanes

• Develop skills to isolate and edit individual lane superelevation settings

• Enhance understanding of how superelevation parameters impact road geometry

• Build confidence in using OpenRoads interactive editing tools for layout precision

By the end of this lecture, you will understand how to efficiently access, view, and edit superelevation data for multiple lanes, empowering you to customize road designs more effectively in OpenRoads Designer.

This lecture demonstrates how to generate and export a superelevation report in CSV format using Bentley Open Roads Designer CONNECT Edition.

The process closely resembles report generation for vertical and horizontal geometry, making it straightforward for users already familiar with those workflows.

You will learn how to select the superelevation element, access the contextual toolbar, and view detailed transition types, cross slopes, and other important superelevation data within the report interface.

Key topics covered in this lesson:

• Selecting superelevation elements for reporting

• Accessing and navigating the superelevation report interface

• Reviewing transition types and cross slopes in the report

• Exporting the superelevation report as a CSV (XML data) file

• Saving and managing report files on your system

Practical value in civil design and project workflows:

• Enables detailed review and quality control of superelevation parameters

• Facilitates data sharing and analysis through CSV export

• Supports documentation and reporting needs for road design projects

• Simplifies integration of superelevation data with other project deliverables

By the end of this lesson, you will be able to efficiently generate and export superelevation reports, enhancing your ability to communicate detailed design data in a standardized format suitable for analysis, review, and record-keeping.

This lecture focuses on using the Superelevation Table Editor within Bentley OpenRoads Designer Connect Edition. The Table Editor is a practical tool designed to help visualize and edit superelevation parameters efficiently through a tabular interface.

You'll learn how to access the Table Editor from the Corridors tab in the software and explore its features, including zooming in and out of the visual representation of the superelevation and directly manipulating values within the table.

The Table Editor displays various superelevation details such as names, station curve sets, cross slopes, transition types, and pivot through edge point types. These parameters can be easily viewed and modified to fit project-specific requirements, making it easier to manage and refine complex superelevation data.

Key topics covered in this lecture:

• Accessing the Superelevation Table Editor

• Visualizing superelevation parameters

• Zoom and navigation within the Table Editor

• Editing cross slopes, transitions, and other elements in the table

• Saving and closing the edited superelevation data

Practical value for civil design projects:

• Streamlines editing of superelevation parameters in large-scale projects

• Improves accuracy by allowing direct manipulation of superelevation values

• Offers enhanced visualization for better conceptual understanding

• Facilitates data consistency and project efficiency

By the end of this lesson, learners will understand how to use the Superelevation Table Editor effectively to view and adjust superelevation parameters, contributing to more precise and manageable roadway corridor designs.

In this lecture, you will learn how to create a corridor in Bentley Open Roads Designer using the super elevation data developed in previous sessions. This session builds upon your foundation of superelevation creation, editing, and report generation, demonstrating how these elements integrate into corridor modeling.

The workflow starts with accessing the corridors tab, setting up a new corridor by defining the baseline, selecting a feature definition suitable for the design phase, and naming the corridor. You will be guided through choosing the appropriate template using keyboard shortcuts and setting the corridor’s start and end stations, including how to lock the start or limit corridor length interactively.

The lecture closes with practical tips on adjusting the corridor using on-screen handles to modify the starting point and how to finalize the command. This hands-on approach simplifies corridor creation, making it accessible for beginners.

Key topics covered in this lecture

• Accessing the corridors tab and initiating a new corridor

• Setting the corridor baseline and selecting feature definitions

• Using keyboard shortcuts to select templates

• Defining start and end stations for the corridor

• Adjusting corridor position using interactive handles

• Monitoring progress with the process bar

• Finalizing corridor creation

Practical value of creating corridors in OpenRoads Designer

• Enables integration of superelevation data into corridor modeling

• Provides a foundation for detailed road design and visualization

• Facilitates interactive editing and precise control over corridor extents

• Supports efficient workflow through keyboard shortcuts and contextual tools

After completing this lesson, you will understand how to create a corridor leveraging superelevation data, initiate and customize corridor parameters, and interactively edit its position to suit your design needs in OpenRoads Designer.

In this lecture, you will learn how to transform a 2D corridor model into a dynamic 3D visualization using Bentley OpenRoads Designer. Building on the previous session where the corridor was created in 2D, this lesson focuses on enhancing your understanding by viewing the corridor in three dimensions.

The process to generate the 3D view is simple and relies on intuitive view controls accessible through the right mouse button. You will explore how to simultaneously display plan and 3D views side by side for better project comprehension.

This visualization approach helps you to better conceptualize and analyze your corridor design by enabling zooming, panning, and orbiting with straightforward mouse and keyboard interactions.

Key Topics Covered in This Lecture

• Accessing and using view controls with the mouse

• Setting up dual views: plan view alongside 3D view

• Techniques for zooming in and out using the mouse scroll wheel

• Panning and orbiting tricks using mouse buttons and keyboard shortcuts

• Understanding the visualization of corridor elements such as curves, gutters, pavements, and slopes

• Toolbar options for rotating, orbiting, panning, and zooming within views

• Best practices for visualizing the project at various stages

Practical Benefits for Civil Design with OpenRoads Designer

• Enhance project comprehension by visualizing complex corridor geometries in 3D

• Improve accuracy in design review by inspecting corridor elements from multiple perspectives

• Facilitate more informed decision-making during corridor editing sessions

• Gain confidence in managing 2D to 3D corridor transitions smoothly

By the end of this lesson, you will be able to efficiently generate and navigate a 3D view of your corridor projects, allowing you to better understand and evaluate your design elements within the OpenRoads Designer environment.

This lecture guides you through viewing the cross section views of an existing corridor in OpenRoads Designer. Understanding how to visualize these cross sections at various stations is essential for detailed project analysis and design verification.

We will use multiple views simultaneously, including 2D, 3D, and the dedicated cross section view, to enhance your spatial understanding of corridor elements. The session uses a previously saved file, shared alongside this tutorial, ensuring you can follow along with the same example.

The workflow includes accessing the Corridors tab, navigating to the Review section, and selecting Dynamic Sections to access cross section view options. You will learn how to open the cross section view for specific stations and organize your workspace effectively for better visualization.

Key topics covered in this lecture

• How to open and display cross section views of corridors

• Using multiple viewports (2D, 3D, and cross section) simultaneously

• Selecting specific stations and navigating through stations

• Adjusting and arranging views for optimal project review

• Interactive station selection with mouse controls

• Saving and closing views after completion

Practical value in corridor design and visualization

• Improves the ability to analyze corridor geometry at multiple stations

• Helps in detecting design issues or changes needed through detailed sectional analysis

• Facilitates efficient project review and visualization using synchronized views

• Supports interactive examination of station-specific details with intuitive controls

By the end of this lesson, you will confidently open, navigate, and manipulate cross section views of corridors, integrating 2D and 3D perspectives to comprehensively review your design at specific stations.

In this lecture, you will learn how to assign superelevation to a corridor within OpenRoads Designer. Building on previous lessons where you explored corridor creation, 3D views, template drops, and cross section views, this session focuses on integrating superelevation features directly into your roadway corridors.

We begin by accessing dynamic cross section views, which provide a uniform baseline for the corridor sections. Then, you will follow a step-by-step workflow to locate the superelevation tool, assign it to the corridor, and confirm the process through progress indicators and visual updates within the cross section display.

The lecture also demonstrates how to interactively measure horizontal dimensions and slope percentages at various stations along the corridor. This technique helps you better understand the changing slope parameters after superelevation is applied, supporting precise adjustments and verification.

Key topics covered:

• Opening dynamic cross section views for corridor visualization

• Locating and assigning superelevation to the corridor

• Identifying superelevation lane points and station ranges

• Using temporary horizontal dimensions to measure distances and slopes

• Navigating through corridor stations to observe slope changes

• Directly inputting superelevation values for fine tuning

• Visual verification of superelevation assignment impacts

Practical value in civil design:

• Improves accuracy in corridor slope and lane elevation modeling

• Enhances visualization of roadway superelevation effects in cross sections

• Supports detailed and dynamic design adjustments based on slope measurements

• Facilitates better communication of design changes through clear graphical feedback

By the end of this session, you will confidently assign and manipulate superelevation settings within corridors, gaining the skills to improve roadway design realism and meet engineering requirements more effectively.

In this lecture, you will learn how to read and explore an existing terrain model using Bentley OpenRoads Designer. The session guides you through accessing various features and properties of a terrain file, whether using the provided supporting file or your own terrain data. You'll start by adjusting your view to fit the terrain and zooming into specific areas for detailed inspection.

The contextual toolbar in OpenRoads Designer offers multiple options to interact with your terrain, including exporting terrain data, editing complex terrain models, and managing templates and rules. By exploring the terrain's properties, you will discover detailed information such as the number of points, features, islands, and voids that compose the terrain.

Additionally, you will learn how to control visibility settings for terrain elements like major and minor contours, triangles, spots, flow arrows, and boundary features. These tools help you understand the terrain structure visually and functionally to improve project planning and design.

Key topics covered in this lecture:

• Loading and viewing existing terrain models

• Using the contextual toolbar for terrain options

• Exploring terrain properties and metadata

• Turning terrain features such as contours and points on and off

• Accessing terrain feature definitions and names

• Utilizing the properties menu to examine terrain details

Practical value in terrain modeling and design:

• Gain the ability to inspect terrain models comprehensively

• Understand terrain components to enhance design accuracy

• Learn to manipulate visibility for better terrain visualization

• Prepare to apply terrain editing and analysis in future lessons

By the end of this lecture, you will be familiar with how to read and analyze existing terrain models effectively in OpenRoads Designer, setting a strong foundation for further terrain editing and project advancement.

In this lesson, you will explore various terrain features using Bentley OpenRoads Designer. The session starts by loading a supporting terrain file, allowing you to interact directly with the terrain data. This hands-on approach helps you get familiar with different ways to access terrain attributes.

Several methods to access terrain features are demonstrated, including selecting the terrain boundary and using the properties menu. You will see how to navigate between different feature definitions such as existing boundaries, contours, and contours combined with triangles. Adjusting these views provides a comprehensive understanding of the terrain structure.

Throughout the lesson, experimenting with feature definitions is encouraged for deeper conceptualization of terrain properties and visualization options.

Key topics covered in this lecture:

• Loading and preparing supporting terrain files.

• Selecting terrain features using the mouse and interface controls.

• Accessing and interpreting terrain properties and feature definitions.

• Reviewing existing boundaries, contours, and contour-triangle combinations.

• Using interface menus to switch between different terrain visualizations.

Practical value of understanding terrain features:

• Facilitates accurate terrain analysis in civil design projects.

• Improves ability to visualize terrain data in multiple forms.

• Builds confidence in manipulating terrain properties for editing and referencing.

• Supports informed decision-making for subsequent terrain editing and project planning.

By the end of this lesson, you will know how to explore and manipulate important terrain features within OpenRoads Designer, setting a solid foundation for effective terrain editing and project development.

In this lecture, you will learn how to access and edit the major and minor contours of a terrain within Bentley Open Roads Designer. The lesson builds on the previously saved project file and guides you through navigating the software interface to find and modify contour settings.

You will explore the contextual toolbar and properties panel to locate terrain elements and contours. Adjusting contour intervals is a key focus, allowing you to customize the spacing for both major and minor contours according to your project's needs.

This session also covers how to change text intervals associated with the contours, helping you improve the clarity and frequency of contour labels in your terrain models. Experimenting with different intervals will deepen your understanding of terrain visualization.

Key topics covered in this lecture:

• Accessing major and minor contours in terrain models

• Using contextual toolbars and the properties panel

• Changing major and minor contour intervals

• Editing text intervals for contour labels

• Visualizing contour changes dynamically

Practical value for your terrain design projects:

• Customize contour intervals to enhance terrain detail

• Improve readability of contour text labels

• Adapt contour visualizations to project requirements

• Gain hands-on skills with terrain editing tools in OpenRoads

By the end of this lesson, you will be comfortable accessing and editing terrain contours, giving you better control over how terrain information is displayed and refined for your civil design projects.

This lecture demonstrates how to reference an existing terrain model into a new 2D file in Bentley OpenRoads Designer. Referencing terrains allows efficient reuse of terrain data without duplicating effort, facilitating streamlined project workflows.

We start by creating a new file, named "supporting file," and save it in a preferred directory. After opening the file, we proceed to attach the terrain as a reference, navigating through the Home tab ribbon to find and activate the attach reference function.

The referenced terrain file, which can be found attached with this course video or reused from previous lessons, is opened using the coincident world placement option to ensure proper alignment and integration within the new 2D model.

Key topics covered in this lecture:

• Creating and saving a new 2D supporting file

• Accessing and using the home tab ribbon for referencing

• Attaching a terrain file as a reference using coincident world placement

• Using previously saved terrain files efficiently

• Inspecting terrain properties within the new file

• Adjusting view fits and saving progress

Practical value for civil design projects:

• Reuse of existing terrain information avoids redundant data creation

• Ensures consistent terrain data across multiple 2D models

• Facilitates easier terrain updates and management

• Saves time by linking rather than importing terrain files

By the end of this lecture, learners will confidently reference terrains into new 2D files, improving project organization and enabling the coherent use of terrain models across multiple design files.

In this lecture, you will learn how to edit a reference terrain within Bentley OpenRoads Designer. Building on the previous session where we imported a reference terrain into a 2D file, we will open that same design file to explore terrain editing functionalities.

We begin by setting the reference terrain as the active model, which enables access to specific terrain editing tools. By activating the terrain model, a contextual toolbar becomes available, allowing for greater control over terrain features.

This workflow introduces how to override default symbols to enable editing and toggling visibility for various terrain components.

Key topics covered in this lecture:

• Activating the reference terrain as the active model

• Accessing the contextual toolbar for terrain editing

• Overriding symbols to enable editing functions

• Turning on and off major and minor contours

• Managing terrain features such as triangles, spot elevations, flow arrows, and break lines

• Visualizing different terrain attributes from multiple perspectives

• Understanding terrain boundaries, islands, holes, and voids

Practical value for civil design projects:

• Enhanced visualization and control of terrain data

• Improved ability to analyze and interpret terrain features

• Practical skills to customize terrain presentation based on project requirements

• Better preparation for complex terrain editing tasks in Bentley OpenRoads Designer

After completing this lecture, you will understand how to access and modify various terrain elements within a reference terrain file. This foundational knowledge enables you to better visualize and refine terrain models for your civil design projects.

In this lecture, we continue working with the terrain model saved in the previous session to explore the use of different element templates in Bentley OpenRoads Designer. You will learn how to access and apply various terrain-specific templates to modify the visualization of the terrain model, helping to better understand and present terrain data.

The session guides you through the practical steps of loading the terrain file, selecting the terrain model, and opening the contextual properties toolbar. From there, you will activate the override template feature to experiment with different visual options for terrain elements.

By the end, you will observe how each template changes the display of the terrain, such as showing only boundaries, contours, or triangles, allowing more customized and clear visualization of terrain features.

Key topics covered in this lecture:

• Loading and selecting a terrain model

• Accessing the properties and override template options

• Applying existing boundary template visualization

• Using existing contour templates showing major and minor contours

• Visualizing terrain using triangles and combinations of contours and triangles

• Saving the file after applying templates

Practical value for terrain editing and visualization:

• Enables precise control over terrain visualization styles

• Helps in differentiating terrain features through customized element templates

• Improves clarity when presenting terrain data in project reviews or reports

• Supports better terrain analysis by visually isolating elements like boundaries and contours

After completing this lecture, you will be able to confidently apply various element templates to terrain models in OpenRoads Designer, enhancing your ability to visualize and edit terrains more effectively for civil design projects.

In this lecture, you will learn how to open the terrain file from the previous lesson and explore the differences between 2D and 3D terrain views in Bentley OpenRoads Designer. The terrain model remains the same, but viewing it in 2D or 3D offers distinct characteristics for better project visualization.

We will walk through using view controls to display both views simultaneously, allowing you to compare them side by side. You will also practice common navigation tools like orbiting, panning, and zooming using different mouse and keyboard controls to effectively interact with the terrain in 3D.

Additionally, you will discover various presentation styles such as realistic hidden lines, illustration shadows, wireframe, and smooth modeling. These options help you customize how the terrain appears, improving your ability to analyze and present your project. You will also learn how to use override symbols to apply custom templates, such as contours and triangles, to the terrain for enhanced visualization.

Key topics covered in this lecture:

• Loading and accessing terrain files

• Comparing 2D and 3D terrain views side by side

• Using mouse controls for orbit, pan, and zoom navigation

• Exploring different terrain presentation methods

• Applying override symbols and custom terrain templates

• Tips for proper right mouse button usage for view control menus

Practical value for Bentley OpenRoads users:

• Develop skills to efficiently navigate and view terrains in 2D and 3D

• Customize terrain visualization for clearer project interpretation

• Improve confidence using interface controls and presentation options

• Enhance ability to communicate design intent through better terrain views

By the end of this lesson, you will be able to confidently toggle between and manipulate 2D and 3D terrain views, adjust presentation styles, and apply override templates to optimize your terrain analysis workflow.

In this lecture, we focus on labeling terrain contours in Bentley OpenRoads Designer. You'll work with a terrain file saved from the previous lesson or one provided alongside this tutorial. This practical approach ensures you understand the real-world application of contour labeling on any terrain model.

The process starts by loading the terrain file and selecting the terrain model to activate the labeling tools. You'll learn how to choose between annotating all contours or just the measured ones, and how to set text alignment preferences for clarity.

The workflow includes using the follow line method for text alignment, where you draw a line to define where contour labels appear, allowing precise control of their placement across the terrain surface.

Key topics covered in this lecture

• Loading and selecting a terrain model for contour labeling

• Options for annotating all contours versus measured contours

• Setting text alignment, with preference for the follow line method

• Creating and using dimension styles for contour labels

• Drawing lines to apply labels crossing multiple contours

• Interactive labeling by moving lines to control label placement

Practical value for terrain modeling and project visualization:

• Enhance terrain maps with clear, readable contour labels

• Customize annotation styles to meet project standards

• Gain precision in label placement for better terrain interpretation

• Improve communication of terrain features in project documentation

By the end of this lesson, you will confidently label terrain contours and manipulate annotation settings within OpenRoads Designer, providing clearer terrain presentations for your civil design projects.

This lecture focuses on the process of labeling terrain spots within Bentley OpenRoads Designer. Building on the previous lesson where terrain contours were labeled, this session demonstrates the similarities and specific steps involved in labeling individual terrain spots efficiently.

Starting with the terrain model loaded from the last session, the lecture walks through selecting the terrain, choosing appropriate text and dimension styles, and setting up the text rotation and location options. The workflow emphasizes simple actions such as selecting an automatic placement and manually positioning labels with mouse clicks to achieve clear, readable terrain spot annotations.

This lesson supports terrain visualization and documentation by teaching a fundamental task that enhances the clarity of terrain data representation in project deliverables.

Key topics covered in this lecture:

• Selecting and labeling terrain spots in the terrain model

• Choosing text styles and dimension styles for labels

• Setting text rotation options: horizontal, vertical, and inline

• Using automatic and manual placement for label positioning

• Locking or unlocking label scale for customization

• Practical mouse interaction steps to finalize label placement

• Saving and closing the labeling interface

Practical value of this topic in civil design with OpenRoads:

• Improves terrain data communication with clear spot elevation labels

• Supports faster documentation through efficient labeling workflows

• Enhances project clarity for design reviews and stakeholder presentations

• Allows customization of label appearance and placement to suit project needs

By the end of this lesson, learners will understand how to label terrain spots accurately and efficiently, reinforcing their ability to document and visualize terrain data effectively within the OpenRoads Designer environment.

In this lecture, you will learn how to analyze terrain points effectively using Bentley Open Roads Designer CONNECT Edition. We begin by opening the terrain file used in the previous lesson to explore the available features for point analysis.

The process starts by accessing the terrain tab, where the analysis tools for points are located. You will learn to analyze parameters between two points, such as elevations, slope, distance, and angle. The dynamic nature of this analysis allows you to see real-time changes as points are selected and moved.

Additionally, the lesson demonstrates how to adjust drawing scales for better visualization and covers the use of the "Analyze a point" tool to examine individual points in detail. This includes viewing elevation, slope, aspect, and understanding how triangles relate to terrain analysis. You will also learn how to control the display settings like contours and slopes to customize your terrain visualization.

Key topics covered:

• Loading and accessing terrain files for analysis

• Analyzing elevations, slopes, distances, and angles between two points

• Using the point analysis tool to view detailed parameters at specific terrain points

• Adjusting drawing scales for improved clarity

• Enabling and interpreting triangles in terrain visualization

• Managing display options for contours and slopes

• Deleting elements within the terrain workspace

Practical value in terrain analysis:

• Understand how to extract precise elevation and slope data between points for design evaluation

• Improve project visualization through customizable terrain display options

• Efficiently manage and clean terrain elements within your drawings

• Gain hands-on experience with terrain analysis workflows in Bentley Open Roads Designer

By completing this lecture, you will be able to analyze terrain points dynamically, interpret key terrain parameters, and effectively manage terrain visualizations to support better project decision-making and terrain modeling accuracy.

This lecture introduces the concept of civil cells within Bentley OpenRoads Designer and demonstrates how to effectively place them in a project environment. Civil cells are powerful preset templates that can greatly speed up project workflows by automating complex design elements.

The session begins by setting up a new working file and creating reference geometries using primary and secondary alignment lines, which serve as anchors for placing the civil cell. It then explores the variety of civil cell templates available, including basins, bridges, ramps, interchanges, and more.

You will follow a practical example by selecting the "Basic T Urban" civil cell and positioning it using the previously created alignments, seeing it dynamically adjust based on changes to these reference lines.

Key topics covered in this lecture

• Introduction to civil cells and their importance in OpenRoads Designer

• Creating primary and secondary geometry lines as references

• Exploring the civil cell templates catalog

• Steps to place a civil cell using alignment references

• Dynamic adjustment of civil cells when reference alignments change

• Accessing and inspecting civil cell components in the Data Explorer

• Practical demonstration of placing an urban T intersection civil cell

Practical value for civil design projects

• Speeds up design processes by using reusable civil cell templates

• Enables quick insertion and modification of standardized roadway elements

• Enhances project accuracy by connecting civil cells to alignment references

• Improves understanding of how civil cells adapt dynamically within design models

After completing this lesson, you will be able to place civil cells confidently using primary and secondary line references, understand how these cells adjust automatically with changes, and navigate their structure within the software. This knowledge will streamline your civil design workflow and prepare you for more advanced civil cell customization.

This lecture focuses on how to view a civil cell in 3D within the OpenRoads Designer environment. Continuing from the previous session where you created and placed a civil cell using reference lines, this class explores the 3D visualization tools available.

You will learn how to manipulate the 3D view by zooming, panning, orbiting, and rotating to examine the civil cell from different angles. This capability enables detailed inspection of the design elements, such as sidewalks, pavements, curves, and gutters, all constructed according to preset templates.

Different presentation views are also demonstrated, including smooth modeling for enhanced rendering quality, allowing you to customize the display to fit your preferences and project requirements.

Key topics covered in this lecture

• Accessing and maximizing the 3D view of a civil cell

• Using view controls: zoom, pan, rotate, and orbit

• Inspecting detailed design elements in 3D

• Switching between 2D and 3D views

• Applying different modeling styles for visualization

Practical value in civil design using OpenRoads Designer

• Enables thorough review of civil cells in three dimensions

• Improves design validation by visualizing complex geometry

• Enhances project presentation and communication

• Supports decision-making for design adjustments

By the end of this lecture, you will be proficient in navigating and customizing the 3D view of civil cells, which is essential for accurate and detailed civil engineering design and review using OpenRoads Designer.

In this lecture, you will learn how to use alternate views when placing civil cells within your project. Building on the previous session where a civil cell was created and placed on primary and secondary lines, this lesson explores how to access and manipulate alternate views rather than skipping them.

We start by opening the previously saved project file and preparing it for a new civil cell placement by deleting the old one. Then, you will be guided through selecting primary and secondary lines for placement and using alternate views by switching between different lines instead of skipping the option. This allows you to customize the appearance and orientation of the civil cell within your model.

The session also demonstrates how to preview these alternate views in both 2D and 3D modes to get a more comprehensive understanding of the civil cell’s positioning and presentation.

Key topics covered in this lecture:

• Accessing and manipulating alternate views for civil cells

• Selecting primary and secondary placement lines

• Using mouse controls to toggle between views

• Previewing civil cell orientation in 3D view

• Adjusting visualization to meet project requirements

Practical value for civil design projects:

• Improve project customization by choosing the best civil cell view

• Enhance visualization of civil cells from different perspectives

• Learn workflow tips for easy modification of project elements

• Gain control over civil cell presentation to better reflect design intent

By the end of this lesson, you will be able to effectively use alternate views to adjust civil cell placement to suit your project needs, ensuring better visualization and control of your civil design elements in OpenRoads Designer.

In this lecture, you will learn how to edit a civil cell style within Bentley Open Roads Designer. Building on previous sessions focused on civil cell placement and 3D viewing, this lesson guides you through accessing and modifying the properties of a civil cell to change its style.

After loading the file, the session demonstrates how to zoom into the civil cell, select the relevant elements using the contextual toolbar, and view the current template style details. You will explore different style options such as curb cutter tile slope and sidewalk tile slope, observing how adjustments on one side compare visually to the other using both 2D and 3D views.

This practical demonstration highlights how changes to civil cell styles affect design elements, providing clear visualization of the before and after states.

Key topics covered in this lecture:

• Loading and navigating the civil cell in the project file

• Using the contextual toolbar to access civil cell properties

• Identifying and selecting the current civil cell style template

• Exploring curb cutter and sidewalk tile slope style options

• Comparing style changes in 2D and 3D views for clear visualization

• Saving and closing the edited civil cell file

Practical applications in civil design:

• Customizing civil cells to suit specific project needs

• Improving accuracy in corridor and terrain modeling

• Facilitating clearer communication of design changes through 3D visual comparison

• Streamlining project workflow by using style editing features efficiently

By completing this lesson, you will understand how to edit and customize civil cell styles effectively, enhancing your ability to modify complex design templates within Open Roads Designer and improving your project presentation and execution skills.

In this lecture, you will learn how to edit a civil cell template in Bentley OpenRoads Designer. Building on the previous session where the civil cell style was edited, this lesson takes a step further by focusing on changes to the template itself.

The workflow introduces a dual-view approach with a 2D view on the left and a 3D alternate view on the right for better visualization. You will make edits on the 2D side and simultaneously observe how these changes affect the 3D visualization.

Using the edit template drop feature, you'll explore various customization options for the civil cell components. The tutorial demonstrates how to select points within the template, inspect their properties such as name, feature, and overrides, and modify parameters for each point. Additionally, you will learn how to add or delete components efficiently by manipulating template elements, improving the cell's design according to your needs.

Key topics covered:

• Editing civil cell templates versus styles

• Using dual 2D and 3D views for comprehensive visualization

• Accessing and modifying point properties within the template

• Adding, deleting, and managing components in the template

• Manipulating template geometry for customized design

Practical value in civil design:

• Enhance customization of civil cells beyond style adjustments

• Visualize design changes in 3D as you edit in 2D for accuracy

• Optimize civil cell templates to fit specific project requirements

• Gain control over component properties and connectivity

By the end of this lesson, you will understand how to effectively edit and tailor civil cell templates in OpenRoads Designer, enabling you to create more precise and project-specific designs with customized components and improved visualization.

In this lecture, you will learn how to edit the parameters of Civil cells in Bentley OpenRoads Designer CONNECT Edition. Building on previous lessons that covered editing Civil cell styles and templates, this session focuses on manipulating the specific values that control the shape and dimensions of a Civil cell.

You will work hands-on with a saved project file or the attached file for this tutorial. The process involves selecting different parts of the Civil cell and adjusting numerical parameters such as radius, length, width, and station lengths. These modifications allow you to customize the cell’s geometry according to your project needs.

By experimenting with various values like curve radius and segment distances, you gain practical understanding of how each parameter affects the cell’s design. The lesson encourages trial and error, reminding you that Civil cells can be deleted and adjusted freely for learning purposes.

Key topics covered in this lecture:

• Accessing and selecting Civil cell parameters

• Editing curvature and radius values

• Adjusting segment lengths and widths

• Manipulating station lengths for cell expansion or narrowing

• Practical tips for experimentation and trial runs

Practical value for Civil design projects:

• Customize Civil cells to fit specific project requirements

• Improve accuracy by adjusting detailed cell parameters

• Gain confidence to experiment with Civil cell design flexibly

• Understand parameter impacts on overall cell geometry

After completing this lecture, you will be able to confidently edit and customize Civil cell parameters to suit various design scenarios, enhancing your proficiency with Bentley OpenRoads Designer as a civil design tool.

In this lecture, you will learn how to edit the applied surface template for a civil cell in Bentley OpenRoads Designer. Building on previous lessons about civil cell parameters, templates, and styles, we will work with a saved project file to explore this editing process in detail.

We will start by zooming into the civil cell and selecting the surface to access the contextual toolbar. From there, you'll see how to open the 'Edit Applied Surface Template' dialog, where you can view and modify different surface depths using the Roadway Designer template drop-down and parametric constraints.

This session focuses on practical manipulation of pavement depths by editing values such as Pavement One and Pavement Four depth. You will see how accepting changes updates the surface depth dynamically in the model, illustrating the flexibility of surface template editing for project customization.

Key topics covered in this lecture:

Practical value for civil design projects:

By the end of this lecture, you will understand how to efficiently edit the applied surface templates for civil cells, allowing you to tailor surface parameters to meet various project requirements. This foundational knowledge empowers you to confidently manipulate surface features as you advance in your OpenRoads Designer skills.

In this lesson, we dive deeper into parametric constraints within Bentley OpenRoads Designer. Building on the previous session where applied surface templates were introduced, this lecture focuses on accessing and utilizing parametric constraints to enhance editing capabilities.

You will learn how to navigate the user interface to find and use the parametric constraint tools effectively. By interacting with corridor markers and toolbars, you will explore how to assign constraints such as sidewalk width with precise starting and ending values, enabling dynamic modification of design elements.

The visual feedback through the 3D view helps in understanding how these constraints manipulate the project's geometry, translating parameter changes into real-time design updates.

Key topics covered in this lecture:

• Accessing parametric constraints toolbar via corridor markers

• Using constraint labels like sidewalk width

• Setting starting and ending constraint values interactively

• Visualizing constraints edits in the 3D view

• Techniques for precise control of design modifications

Practical value of parametric constraints in OpenRoads:

• Enhances flexibility and control in roadway design adjustments

• Allows smooth and dynamic edits of corridor elements

• Improves project visualization for better decision-making

• Simplifies complex geometry manipulations with user-friendly controls

After completing this session, you will understand how to efficiently apply and modify parametric constraints in your civil design projects using OpenRoads, improving your workflow and accuracy in corridor modeling.

This lecture provides a practical exercise focused on applying civil cells to create a T intersection within a real-world project scenario. Building on previous lessons, you will follow a step-by-step workflow to place and connect roads using civil cells in Bentley OpenRoads Designer CONNECT Edition.

You will begin by examining the project files and understanding how to identify main and secondary roads, each with their specific feature definitions. Then, the tutorial guides you through accessing the model detailing tools, selecting the appropriate civil cell template for an urban T intersection, and placing it accurately at the designated road junction.

The hands-on approach demonstrates how to choose the correct primary and secondary roads, adjust the placement, clip corridors as needed, and validate the connection in both 2D and 3D views to ensure a seamless integration.

Key topics covered in this lecture:

• Review of project setup for main and secondary roads

• Selection and placement of civil cell templates for T intersections

• Defining primary and secondary road connections correctly

• Corridor clipping and adjustments after civil cell placement

• Utilizing 3D view to verify the intersection result

Practical value in the civil design domain:

• Apply civil cells effectively in real project contexts

• Create accurate and functional T intersections in road networks

• Understand best practices for selecting road segments to ensure proper connectivity

• Use model detailing tools to streamline road design workflows

By the end of this lesson, you will be able to confidently place and customize civil cells for creating T intersections within your projects, improving your skills in designing complex road layouts using Bentley OpenRoads Designer.

In this lecture, we take a virtual tour of the project completed in the previous session, where a T intersection between a primary and secondary road was created to understand civil cells better. This session serves as a practical wrap-up and bonus for the first module of the OpenRoads Designer course.

We explore the 3D drive-through feature, which offers a dynamic way to visualize the civil project in motion. By selecting the 3D view and centerline, learners can control the camera settings including vertical and horizontal offsets as well as target height and distance, allowing a customized visual experience.

This lecture also demonstrates how to adjust the drive speed to simulate different travel conditions along the corridor, enhancing project understanding. Further advanced camera and target control options are highlighted, with more detailed exploration planned for future modules.

Key topics covered in this lecture

• Review of the civil cells project with T intersection

• Accessing and navigating the 3D drive-through dialog box

• Camera control and offset adjustments

• Speed control to simulate different driving conditions

• Overview of advanced camera and target settings

• Preparing for more detailed future sessions on visualization

Practical value for OpenRoads users

• Gain experience in visualizing civil design projects in 3D

• Learn to customize views for effective project presentations

• Understand how to simulate realistic drive-throughs for corridor analysis

• Build foundational skills for advanced visualization techniques

By the end of this lecture, learners will be able to conduct a virtual 3D drive-through of their civil projects using OpenRoads Designer, providing immersive visualization skills that enhance the understanding and communication of road design concepts.

Welcome to the final project of Bentley Open Roads Module 1, designed to apply all the beginner concepts you have learned so far. In this session, we will work through a practical road design project focusing on creating a complex intersection using various horizontal and vertical geometry tools. Supporting files are provided to help you follow along easily, with compatibility for multiple Bentley OpenRoads Designer versions.

This project emphasizes designing key road features such as turn lanes, medians, and islands by utilizing offset tools, arcs, and complex geometry commands. We will methodically build the horizontal layout, then transition to vertical profiles, and finally integrate these elements into a terrain model with added features for enhanced visualization.

Throughout the workflow, you will perform steps such as assigning feature definitions, creating offsets with specific parameters, generating smooth curves with arcs, managing references, and combining geometry into unified complex elements for both horizontal and vertical sections.

Key Topics Covered:

• Loading and managing reference files and supporting resources

• Creating horizontal geometry with offset partial tools and arcs

• Developing vertical geometry using variable slope profiles and project profiles

• Combining separate geometry segments into complex geometry bodies

• Generating and visualizing 3D terrain models from design elements

• Adding terrain features such as voids and breaklines

• Adjusting and refining geometry for a complete road intersection design

Practical Value for Road Design:

• Gain hands-on experience assembling a detailed road intersection from multiple design components

• Learn to efficiently use horizontal and vertical geometric tools within Bentley OpenRoads Designer

• Understand terrain creation and editing techniques to support real-world civil design workflows

• Develop skills to manage complex project elements and references for consistency in large projects

By the end of this lecture, you will understand how to integrate various geometry and terrain tools to produce a comprehensive intersection design using Bentley OpenRoads Designer. This final project ties together your beginner-level knowledge, preparing you for more advanced topics in subsequent modules.

This lecture addresses common challenges when creating lines in OpenRoads Designer and clarifies how to properly set box options for accurate line creation.

You'll learn straightforward steps to define both starting and ending points for lines, ensuring a clear understanding of the workflow. The session also covers how to specify line distance and direction values, allowing precise control over line orientation.

Additionally, the lecture explains how to create lines based on an angle relative to an existing element, illustrating how to input skew angles for aligned line creation. Careful attention is given to the importance of deactivating certain checkboxes to enable flexible point placement.

Key topics covered in this lecture:

• Adjusting box settings to avoid placement issues

• Creating lines by defining starting and ending points

• Specifying exact distance and direction for lines

• Using angles and skew values relative to existing elements

• Demonstrations of common line creation workflows

Practical value for OpenRoads Designer users:

• Overcome line creation obstacles with simple interface adjustments

• Accurately position lines using coordinate input and direction angles

• Enhance project precision by using skew and angle references

• Follow best practices for flexible and efficient line workflows

By the end of this lecture, you will confidently create lines with control over their geometric properties and understand how to manage box settings for error-free design input, enabling smoother project execution.