OpenRoads Designer - Beginners civil works Level 1

OpenRoads is the new combination of InRoads, GEOPAK and MX. In the Year in Infrastructure 2015 conference, Bentley Systems announced its OpenRoads

In this course we are going to go through basics of Bentley Open Roads Designer Connect Edition.

For this course, we will start with an introduction, over view, keyboard shortcuts and user interface / navigation in Bentley Open Roads Designer Connect Edition. We will try to go through all basics to get started.

We will try to cover up all basic commands to execute and edit horizontal geometries, vertical geometries, super elevations, corridors and terrains. We will also learn how to visualize different aspects of projects in different ways in order to get better conceptualization.

In later parts of this course, we will learn about civil cells which are preset templates in Bentley Open Roads Designer Connect Edition that become pretty handy when working on large scale projects.

Please be noted that there is no hard and fast rule to execute a specific command as there are multiple approaches to create similar output, however, we will try to follow the simplest approach possible to make this course easy and fun to learn for you.

#AulaGEO

Course content

GETTING STARTED

Bentley Open Roads vs Autodesk Civil 3D

Getting Started

Keyboard Shortcuts

HORIZONTAL GEOMETRY

Create Horizontal Geometry from Scratch

Read existing Horizontal Geometry

Edit existing Horizontal Geometry

Modify existing Horizontal Geometry

Annotate HorizontalGeometry

Vertical Geometry View and Horizontal Geometry Report Generation

VERTICAL GEOMETRY

Create Vertical Geometry

Edit Vertical Geometry using Table Editor

Edit Vertical Geometry using Dynamic Input (Right Click)

Vertical Geometry Report Generation

SUPER ELEVATION

Create Super elevation sections

Create Super elevation by road template

Super elevation rules and calculations

Super elevation view and edit

Super elevation report and CSV export

Super elevation table editor

CORRIDORS - the basics

Creating Corridor

3D View of Corridor

Template Drop

Cross Section View

Assign super elevation to corridor

TERRAIN - the basics

Read existing Terrain

Terrain Features

Editing Major and Minor Contours

Reference Terrain to 2D File

Editing Reference Terrain

Use of Element Templates

2D vs 3D Terrain View

Label Terrain Contours

Label Terrain Spot

Analyze Points

CIVIL CELLS

Civil Cell Placement

3D View of Civil Cell

Civil Cell Alternatives View

Edit Civil Cell Style

Edit Civil Cell Template

Edit Civil Cell Parameters

Edit Applied Surface Template

Parametric Constraints

Civil Cell Exercise

A Quick Virtual Tour

What's inside

Learning objectives

Open roads dsign
Bentley open roads
Linear design

Vertical alignment
Differences between civil3d and openroads

Open roads dsign
Bentley open roads
Linear design
Vertical alignment
Differences between civil3d and openroads

Syllabus

GETTING STARTED

Introduction

Bentley Open Roads vs Autodesk Civil 3D

Getting Started

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers horizontal and vertical geometry, which are fundamental concepts in civil engineering and road design

Explores super elevation techniques, which are essential for designing safe and efficient roadways

Introduces civil cells, which are preset templates that can streamline the design process for large-scale projects

Examines terrain modeling, which is crucial for understanding and manipulating the existing ground surface in civil projects

Focuses on OpenRoads Designer Connect Edition, so learners should ensure they have access to this specific software version

Compares OpenRoads Designer with Autodesk Civil 3D, which may be useful for those familiar with the latter

Reviews summary

Beginner openroads civil works introduction

According to learners, this course provides a solid introduction (positive) to Bentley OpenRoads Designer (neutral) for civil works beginners. It effectively covers fundamental tools and concepts (positive) necessary for getting started, such as horizontal and vertical geometry (neutral), terrain modeling (neutral), and the basics of corridors (neutral). Many students found the practical examples (positive) and demonstrations (positive) helpful for understanding software application. The comparison to Civil 3D (neutral) was particularly useful for those transitioning. While seen as a great starting point (positive), some learners felt it lacked depth (warning) in advanced areas and noted occasional issues with audio or exercise files (negative). Overall, reviews are largely positive (positive) for its stated purpose as a beginner level course.

Useful for users familiar with Civil 3D.

"The comparison to Civil 3D at the beginning was very helpful coming from that background."

"It highlights the key differences and similarities between the two software effectively."

"Understanding the OpenRoads workflow was easier after seeing how it differs from Civil 3D methods."

Includes examples helpful for application.

"The examples provided helped solidify my understanding of how to use the tools in practice."

"I appreciated the step-by-step demonstrations on creating elements like geometry and terrains."

"It shows how to apply the concepts learned to actual civil work tasks, which was valuable."

Teaches essential OpenRoads civil design tools.

"The course goes through horizontal and vertical geometry creation and editing quite well."

"It explained terrains and corridors clearly, which are key elements in civil design."

"I learned how to place civil cells and work with super elevations, which are important for road design."

Great starting point for learning the basics.

"This course was a great introduction to OpenRoads for me as a complete beginner in civil design software."

"It covers the basic functionalities needed to get started with civil design and understand the interface."

"I found the initial modules easy to follow and understand the software's fundamental workflow."

Pace might be too fast or slow for some.

"As a complete beginner to any civil software, some sections felt a bit rushed."

"I found the initial modules very slow, but it picked up later which was better."

"If you have some CAD experience, the pace is probably just right, but pure beginners might struggle."

Some reviewers noted issues with quality or files.

"The audio quality was sometimes poor, making it hard to follow the explanations clearly."

"I had trouble following along with the exercises because supporting files weren't provided."

"Video resolution could be better in some lectures, making it difficult to see small details in the software interface."

Focuses heavily on basics, not advanced topics.

"The course is excellent for beginners but doesn't go into more complex workflows or advanced features."

"I wished it covered more real-world project scenarios with design variations or optimization techniques."

"Could use more detail on advanced civil cells or handling larger, more complex datasets."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in OpenRoads Designer - Beginners civil works Level 1 - AulaGEO with these activities:

Review Road Design Fundamentals

Show steps

Reinforce your understanding of fundamental road design principles before diving into OpenRoads Designer. This will provide a solid foundation for understanding the software's functionalities.

Browse courses on Road Design

Show steps

Review basic road design concepts such as alignment, profile, and cross-sections.
Study design criteria related to safety, capacity, and environmental impact.
Familiarize yourself with relevant design standards and guidelines.

Practice Horizontal Geometry Exercises

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Sharpen your skills in creating and editing horizontal geometry. This will help you become more proficient in using OpenRoads Designer's tools for alignment design.

Show steps

Create horizontal alignments using different methods (e.g., tangents, curves, spirals).
Edit existing alignments by modifying geometric elements.
Annotate horizontal geometry with relevant information (e.g., stationing, curve data).

Practice Vertical Geometry Exercises

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Sharpen your skills in creating and editing vertical geometry. This will help you become more proficient in using OpenRoads Designer's tools for profile design.

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Create vertical alignments using different methods (e.g., tangents, curves).
Edit existing alignments by modifying geometric elements.
Generate vertical geometry reports.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Highway Engineering

Show steps

Supplement your learning with a comprehensive textbook on highway engineering. This will provide a deeper understanding of the principles behind road design.

View Highway Engineering, 7Th Ed on Amazon

Show steps

Obtain a copy of a highway engineering textbook.
Read chapters related to geometric design, pavement design, and traffic analysis.
Relate the concepts learned in the book to the functionalities of OpenRoads Designer.

Geometric Design of Highway

Show steps

Supplement your learning with a comprehensive textbook on geometric design. This will provide a deeper understanding of the principles behind road design.

View Melania on Amazon

Show steps

Obtain a copy of a geometric design textbook.
Read chapters related to horizontal alignment, vertical alignment, and cross section elements.
Relate the concepts learned in the book to the functionalities of OpenRoads Designer.

Explore Advanced Corridor Modeling Techniques

Show steps

Deepen your understanding of corridor modeling by exploring advanced techniques. This will enable you to create more complex and realistic road designs in OpenRoads Designer.

Show steps

Find tutorials on advanced corridor modeling features in OpenRoads Designer.
Follow the tutorials to learn how to use these features effectively.
Experiment with different corridor modeling techniques to achieve desired results.

Design a Simple Road Intersection

Show steps

Apply your knowledge of OpenRoads Designer to design a simple road intersection. This project will help you consolidate your skills and gain practical experience.

Show steps

Define the geometric layout of the intersection.
Create horizontal and vertical alignments for the intersecting roads.
Model the intersection using OpenRoads Designer's corridor modeling tools.
Generate cross-sections and reports for the intersection design.

Career center

Learners who complete OpenRoads Designer - Beginners civil works Level 1 - AulaGEO will develop knowledge and skills that may be useful to these careers:

Road Design Engineer

A Road Design Engineer specializes in the planning and design of roads and highway systems. Road Design Engineers need to use a tool such as Bentley OpenRoads Designer. This course is directly applicable, as it provides an introduction to Bentley OpenRoads Designer Connect Edition. This course will start with an introduction, overview, keyboard shortcuts, and user interface/navigation in Bentley Open Roads Designer Connect Edition. You will learn to execute horizontal geometries, vertical geometries, super elevations, corridors and terrains. You will also learn how to visualize different aspects of projects in different ways to get better conceptualization.

See salaries and explore the career path for Road Design Engineer

Civil Engineer

The Civil Engineer designs, plans, and oversees construction and maintenance of building projects and infrastructure. This course on OpenRoads Designer will give you the basics of Bentley Open Roads Designer Connect Edition. Civil Engineers must use software to prepare designs and plans, and this course will help build a foundation in OpenRoads. You'll learn the basics, including keyboard shortcuts and user interface navigation. You will also learn how to execute commands to edit horizontal geometries, vertical geometries, super elevations, corridors, and terrains. This course will help you visualize different aspects of projects to improve conceptualization. It will cover Civil Cells in OpenRoads Designer Connect Edition, which can be handy when working on large-scale projects.

See salaries and explore the career path for Civil Engineer

Highway Engineer

The Highway Engineer specializes in the design, construction, and maintenance of highways and road systems. This course on OpenRoads Designer is directly relevant, as it focuses on the basics of Bentley OpenRoads Designer Connect Edition. Highway Engineers can use this course to learn how to create horizontal and vertical geometries, design super elevations, and create corridors, all crucial aspects of highway design. Additionally, the course covers terrain modeling and the use of Civil Cells, which are preset templates, which can improve efficiency in design projects. A highway engineer will design new roads and improve existing roads, and this course provides a useful introduction to the software.

See salaries and explore the career path for Highway Engineer

CAD Technician

CAD Technicians create technical drawings and plans using computer-aided design software. This course on OpenRoads Designer will help build a foundation in the basics of Bentley OpenRoads Designer Connect Edition. CAD Technicians who work on civil engineering projects will find skills presented in this course to be very helpful. The course covers essential functions like creating horizontal and vertical geometries, super elevations, corridors, and terrains. These are the building blocks for creating detailed and accurate drawings of roads and other infrastructure. Gaining proficiency in these areas helps CAD Technicians be more productive and valuable members of a design team.

See salaries and explore the career path for CAD Technician

Municipal Engineer

The Municipal Engineer plans, designs, and oversees the construction and maintenance of municipal infrastructure. Municipal Engineers would benefit from the course's teaching of horizontal and vertical geometries, terrains, corridors, and super elevations. This course on OpenRoads Designer is directly applicable, as it provides an introduction to Bentley OpenRoads Designer Connect Edition. This knowledge helps municipal engineers manage projects more effectively, communicate with contractors, and make informed decisions about infrastructure investments. The course covers several basic commands to execute and edit horizontal geometries, vertical geometries, super elevations, corridors and terrains.

See salaries and explore the career path for Municipal Engineer

Construction Manager

A Construction Manager plans, coordinates, and oversees construction projects from start to finish. Construction managers might use OpenRoads to visualize different aspects of projects. By gaining a better conceptualization of a project, you can improve your management of it. This course may be useful for Construction Managers who need to understand the design aspects of road construction. The course covers corridor creation, 3D viewing, template drops, and cross-section views. Understanding these elements helps construction managers communicate effectively with engineers and ensure that projects are built according to design specifications.

See salaries and explore the career path for Construction Manager

Site Engineer

The Site Engineer manages technical aspects of construction sites, ensuring projects are completed on time and within budget. The site engineer might use Bentley OpenRoads to examine geometries, terrains, and corridors. This course may be useful for Site Engineers who need to understand the design and layout of road construction projects. The course covers horizontal and vertical geometry, super elevations, corridor creation, and terrain modeling. Understanding these elements helps Site Engineers communicate effectively with designers and ensure that construction work aligns with the project plans. You are also able to better visualize different aspects of projects.

See salaries and explore the career path for Site Engineer

Transportation Planner

A Transportation Planner develops plans and programs for transportation systems, considering factors like safety, efficiency, and environmental impact. This course on OpenRoads Designer may be useful for transportation planners, as it provides an introduction to OpenRoads, a software used for civil engineering design, including roads. The course covers horizontal and vertical geometry creation, super elevation design, and corridor creation. All of these are essential skills for designing and planning transportation infrastructure. You will also learn how to visualize different aspects of projects to improve conceptualization.

See salaries and explore the career path for Transportation Planner

GIS Analyst

A Geographic Information Systems analyst analyzes spatial data using GIS software. This course on OpenRoads Designer may be useful for GIS Analysts who work with infrastructure data. The course provides an overview of terrain modeling, including reading existing terrain, creating terrain features, editing contours, and referencing terrain to 2D files. Understanding these functions will help GIS Analysts integrate civil engineering designs into GIS databases and perform spatial analysis on road networks and land development projects. You will also learn how to label terrain contours, label terrain spots, and analyze points.

See salaries and explore the career path for GIS Analyst

Land Surveyor

A Land Surveyor establishes official land, air space, and water boundaries. The land surveyor might use Bentley OpenRoads to view existing terrains, create terrain features, edit major and minor contours, reference terrain to a 2D file, and edit referenced terrains. All of these are covered in this course. It may be useful for Land Surveyors who need to work with digital terrain models and integrate surveying data into civil engineering projects. You will also learn how to label terrain contours, label terrain spots, and analyze points. An understanding of these skills helps surveyors generate more accurate and useful maps.

See salaries and explore the career path for Land Surveyor

Survey Technician

Survey Technicians assist land surveyors with data collection and analysis in the field and office. Survey technicians can use OpenRoads to work with terrains and refine land calculations. This course may be useful for Survey Technicians who need to work with digital terrain models and integrate surveying data into civil engineering projects. The course covers terrain features, editing contours, referencing terrain, and labeling terrain features. Understanding these functions helps Survey Technicians assist land surveyors more effectively. You will also learn how to label terrain contours, label terrain spots, and analyze points.

See salaries and explore the career path for Survey Technician

Urban Planner

Urban Planners develop plans and programs for the use of land. The urban planner considers physical, social, and economic factors. This course may be useful for Urban Planners who are involved in transportation or infrastructure projects. The course provides an overview of road design concepts, including horizontal and vertical geometry, super elevations, and corridor creation. Understanding these concepts will help Urban Planners make informed decisions about land use and transportation planning. While this course does not cover everything that urban planners need to know, it may provide an introduction to some key elements.

See salaries and explore the career path for Urban Planner

Drainage Engineer

The Drainage Engineer designs and manages systems for draining water from roads, cities, and other areas. Drainage engineers might use the terrain functionality of Bentley OpenRoads. This course may be useful for Drainage Engineers who work on road construction projects. The course provides an overview of terrain modeling, including creating terrain features, editing contours, and analyzing points. Understanding these functions will help drainage engineers design effective drainage systems that integrate with the surrounding terrain and road infrastructure. The basics of Bentley Open Roads Designer Connect Edition covered in this course will give you a good foundation.

See salaries and explore the career path for Drainage Engineer

Geotechnical Engineer

A Geotechnical Engineer investigates subsurface conditions and materials to assess the suitability of sites for construction. Understanding how terrains are created using a tool such as OpenRoads can be beneficial for geotechnical engineers. This course may be helpful for Geotechnical Engineers who collaborate with civil engineers on road construction projects. The course provides an overview of terrain modeling, including reading existing terrain, creating terrain features, and editing contours. Understanding these functions will help geotechnical engineers interpret subsurface data and provide recommendations for road design and construction. This knowledge may improve conceptualization.

See salaries and explore the career path for Geotechnical Engineer

Environmental Engineer

The Environmental Engineer develops solutions to environmental problems related to pollution, waste disposal, and public health. Environmental engineers might use Bentley OpenRoads to understand the environmental impact of roads and highways. This course may be useful for Environmental Engineers who need a basic understanding of road design and construction. While the course does not directly address environmental issues, it provides an overview of the design process and the various components of a road project. This knowledge may help environmental engineers assess the environmental impact of roads and develop mitigation strategies.

See salaries and explore the career path for Environmental Engineer

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in OpenRoads Designer - Beginners civil works Level 1 - AulaGEO.

HIGHWAY ENGINEERING, 7TH ED

Save

Standard textbook for highway engineering courses, covering topics such as geometric design, pavement design, traffic analysis, and drainage. It provides a solid foundation in the principles of highway design and construction, which is essential for using OpenRoads Designer effectively. It is particularly helpful for understanding the context in which OpenRoads Designer is used. This book is commonly used as a textbook in civil engineering programs.

Highway Engineering, 7Th Ed

Paperback

OpenRoads Designer - Beginners civil works Level 1 - AulaGEO

What's inside

Learning objectives

Syllabus

Traffic lights

Save this course

Reviews summary

Beginner openroads civil works introduction

Activities

Career center

Reading list

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