Road design With AutoCAD Civil 3D + Open Chanel Design from Udemy

Complete Training Autodesk Civil 3D for Beginners and Intermediate User - A Complete Guide to Autodesk Civil 3D and Detailed Road, highways, and Open Channel Drainage Design

This course was created to show you how I build successful Design a Complete Road and open channel, Roundabout in Autodesk Civil 3D, in 2022 and beyond I'll take you from the very beginning and show you, over-my-shoulder, how I:

Major Highlights of The Course

lecture-1 Import Points and Basic Setting

1. Drawing Settings

2. Unit settings

3. Points by Manual method

4. Draw Points Northing Easting and Elevation

5. Import Points as CSV and TXT File

6. Points Group Settings

7. Points Details

8. Points Editing

9. Points Label

Lecture-2 Import points and basic setting Drawing Settings

1. Unit settings

2. Points by Manual

3. Points Northing and Easting

4. Import from MS Excel

5. Points group

6. Points details

7. Points editing

8. Points label

Lecture-3 Alignment creation tools and Settings

1. Draw alignment (no curves)

2. Draw alignment (with curves)

3. Curve settings

4. Insert pi

5. Delete pi

6. Sub-entity editors

7. Pick sub-entity

8. Points editing

9. Alignment grid view

Lecture-4 Basic Alignment creation

1. Draw alignment

2. Alignment creation tools

3. Alignment properties

4. Alignment labels

5. Alignment style

6. Alignment of stations settings

7. Alignment of text settings

8. Complete alignment settings

Lecture-5 Alignment sub-entity and alignment reports

1. Edit alignment geometry

2. Sub entity editor

3. Layout parameter

4. Alignment gride view

5. Explain curve and line

6. Create alignment offset

7. Create all alignment reports

Lecture-6 Create points on alignment and offset

1. Explain offsets

2. Create points on alignment

3. Measure alignment

4. Show label on points

5. Export to excel as a CSV file

Lecture- Create Widening

2. Widening Parameters

3. Transition Parameters at Entry

4. Transition Parameters at Exit

5. Create Alignment Offsets with Widening

6. Applying Widening Design Criteria As Per AASHTO Standards

7. Specify Widening Manually

8. Edit offsets parameters

9. Add Automatic Widening

Lecture-8 How to Create Surface Profile

1. Profile Creation Tools

2. Create a Profile from Surface

3. Create Profile View

4. Draw in Profile View

5. Station Ranges

6. Draw profile view height (Automatic/User Specified)

7. Profile Display Options

8. Initial Data Band Adjustment

9. Profile View Styles

10. Profile Horizontal and Vertical Axes Adjustment

11. Profile Graph Scale Setting

Lecture-9 How to Create a Design Profile on an existing profile

1. Profile Creation Tools

2. Create a Profile from Surface

3. Create Profile View

4. Draw in Profile View

5. Initial Data Band Adjustment

6. Bands View Elevation Adjustment

7. Profile View Styles

8. Profile Horizontal and Vertical Axes Adjustment

9. Vertical Curve Setting

10. Create a Design Profile on Existing Profile

11. Insert New PVI

12. Delete PVI

13. Delete or Create Entity

14. Profile Grid View

Lecture-10 How to add & edit own profile bands

1. Edit Profile View Styles

2. Work with Profile Graph Scale and Grids

3. Profile View Properties

4. Delete Existing Profile Band

5. Define Cut and Fill Area by Using Hatch Properties

6. Create New Profile Bands

7. Band for Existing Elevation

8. Band for Designed Elevation

9. Band for Station

10. Band for Cut and Fill Elevation

11. Adjust Profile Elevations Ad per Band Styles

Lecture-11 Displaying Horizontal and Vertical Geometry in Profile Bands

1. Vertical Geometry or Vertical Curve Data

2. Horizontal Geometry or Horizontal Curve Data:

3. Create Data Bands

4. Edit in Vertical Geometry Band Styles

5. Work with Band Details, Display Components, etc.

6. Compose labels for Geometry

7. Edit in Geometry Layout

8. Create New Mathematical Expressions

9. Edit Profile Labels

10. Work with Dimension Anchor Values

11. Displaying Compose Labels in Profile Bands

Lecture-12 How to Save and Import Profile Band Styles

1. Create and Save Data Bands Style

2. Create Profile Without Bands

3. Import the Data Band File

4. Import Save Data Bands by Profile View Properties

5. Import Profile Data Bands

6. Import and Edit Profile Labels

7. Adjust Profile Elevation As per Layout

Lecture-13 How to Create Assembly in Civil 3D

1. Create Assembly Base Line

2. Sub-assemblies Properties

3. Sub assembly Parameters

4. Add Lane Sub-assemblies

5. Add Shoulder Sub-assemblies

6. Add Curb Gutter Sub-assemblies

7. Add Sidewalk Sub-assemblies

8. Add Road Barrier

9. Add Daylight Cut/Fill Slope

10. Edit Parameters after Composing

Lecture-14 How to Create Superelevation in Civil 3D

1. Calculate or Edit Superelevation

2. Edit Superelevation Curve Manager

3. Select Roadway Type, Lanes, Shoulder Control, Attainment

4. Edit Superelevation Label

5. Draw Critical Points Data of Superelevation

6. View Tabular Editor

7. Create/Draw Superelevation View

8. Specify Color in Superelevation Display Option

9. Draw/Show Superelevation Band in #Road #Profile View

10. Export Superelevation Data to Excel (CSV format)

11. View Superelevation in Road Cross Sections

12. Calculate Super Elevation after #Corridor Rebuild

13. Superelevation Report

Lecture-15 How to Create Road Corridor in Civil 3D

1. Create Assembly Base Line

2. Sub-assemblies Properties

3. Sub assembly Parameters

4. Add Lane, Shoulder, and Daylight Sub-assemblies

5. Edit Parameters after Composing

6. Create Corridors

7. Assigning Base Line and Region Parameters of Corridor

8. Assign Frequency

9. Target Mapping of Corridor

10. Rebuild the Corridor

11. Analyze Drive of 3D View of Road

12. Super Elevation in Corridor

Lecture-16 Create corridor surface and sample lines on the corridor

1. Corridor Properties

2. Create Corridor Surface

3. Create Corridor Boundaries

4. Rebuild Corridor

5. Create Sample Lines

6. Adjust Data Source for SL Groups

7. Adjust Station Range, Swath width, Sampling increments & Sampling, Controls

8. Draw Sample Lines on Corridor

Lecture-17 How to Make Road Cross Section

1. Create Multiple Section Views (General, Section Placement, Offset range, Elevation Range, Section Display option, Data Bands)

2. Edit Section View Style (Information, Graph, Grid, Title Annotation, Horizontal axes, Vertical Axes, Display, Summary)

3. Scale Adjustment and Update Group Layout

4. Section View Properties (Information, Offsets, Elevations, - - Sections, Bands, Volume tables, Profile grade lines)

5. Section View Group Properties (Ground Surface, Corridor, Finished ground)

6. Section Views (Change Band set, Add Bands, Change Volume

7. Table, Profile grade points, offset, and elevations)

8. Edit Code Set Style (Point Codes, Link Codes, Shape Codes)

9. Draw/Show Missing Code Set Styles in Cross Sections

10. Scale Adjustment for Section View and Road Profile

Lecture-18 Create Road Cross Sections with Volume Table

1. Create Multiple Section Views (General, Section Placement, Offset range, Elevation Range, Section Display option, Data Bands)

2. Edit Section View Style

3. Section View Properties

4. Section View Group Properties

5. Adjust Section Option

6. Adjust Section View Group Bands (FG Elevation & EG Elevation)

7. Set Quantity Takeoff Criteria

8. Compute Materials

9. Generate Volume Report

10. Change and Insert Volume Tables with Sections

11. Insert Volume & Material Tables in Drawing

12. Export Data Table to XML File & Excel File

Lecture-19 How to Create Drawing Template for Plan Profile

1. Create New Drawing Template

2. Page Setup Manager

3. Plotter Configuration Editor

4. Create Custom Paper Size (A0 or A3)

5. Adjust Plot Style Table

6. Create New Template with a Required Scale

7. Insert North Arrow and Scale Bar

8. Adjust Template on New Paper Size with Scale

9. Create New Frames and Sheets with Designed Template

Lecture-20 How to Design Roundabout Civil 3D

1. Create Road Alignments

2. Create a Roundabout

3. Roundabout – Circulatory Road

4. Roundabout – Approach Roads

5. Roundabout – Islands

6. Regenerating Roundabout Model

7. Edit Roundabout Parameters

8. Add/Edit Road Approach Data

9. Add Turn Slip Lanes with Roundabout

10. Add Road Signs and Markings

11. Edit with Turn Slip Lanes

Lecture-21 How to Calculate Cut and Fill Surface Volume in Civil 3D | Spot Elevation on Grid

1. Import Surface Points

2. Create Surface (Base and Comparison Surface)

3. Create Tin Volume Surface

4. Edit Surface Style (Display Settings)

5. Surface Properties

6. Apply Elevation Analysis on Current Surfaces

7. Create Elevation Banding on Surfaces (Base and Comparison Surface)

8. Create Cut Fill Banding on Volume Surface

9. Analyze Surface Volume

10. Work with Volume Dashboard

11. Insert Cut/Fill Summary

12. Generate Cut/Fill Report

13. Add Surfaces Legend Table for Elevation & Cut/Fill Banding

14. Label Spot Elevation on Grid at Surface (Cut/Fill Elevations)

Lecture-22 How to Create Open Channel Design

1. How to Import Points

2. How to Create Surface

3. How to Create Channel Alignment

4. How to Draw Surface Profile as per the Channel Alignment –

5. How to Draw Design Profile

6. Profile View and Profile band settings

7. How to Create Channel Assembly

8. How to Create Channel Corridor

9. How to Create Corridor Surface with Surface Boundary –

10. How to Draw Sample Lines

11. How to Draw Channel Cross Sections –

12. How to Work with Edit Section View Style

13. How to Work with Section View Group Properties

Lecture 23 Prepare a Complete Design Basis Report for Client

1. Complete Report

2. Design Standard

3. Superelevation details

4. Spiral details

5. Project details

6. Complete table information details

7. Location map and project map

8. Detailed design complete details

Pre-requisites

You must access AutoCAD Civil 3D software (student, trial, or commercial version) for this course. This course can be used with AutoCAD as well.

I wish you happy learning I hope the teaching will be memorable God Bless you.

Best Regards: Murad Farooq

What's inside

Syllabus

Roads & Highways Design Complete Course

Course Introduction & Structure

Drawings setting and Import points

In This Lesson you can learn about the following topics:

- Drawing Settings - Points by Manual- Create CSV Point File in MS Excel - Points by Northing and Easting 9:20 - Import from MS Excel 13:00 - Export to MS Excel - Working with Points Group 15:29 - Modifying Points- Points List

Point Styles - Points Label - Points Editing - Points Report - Points Conversion - Draw Points Table

Lecture How to Design Superelevation

Lecture How to Design Road Corridor

Prepare Design Basis Report

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Read about what's good

what should give you pause

and possible dealbreakers

Covers road design, highway design, and open channel drainage design, which are essential components in civil engineering projects

Starts with basic settings and point imports, then progresses to more advanced topics like corridor creation and superelevation, which is suitable for a range of learners

Explores the creation of surfaces, profiles, and corridors, which are fundamental for modeling and analyzing terrain and infrastructure projects

Teaches how to generate volume reports and material tables, which are useful for quantity takeoff and cost estimation in construction projects

Includes a lecture on preparing a complete design basis report, which is a crucial deliverable for communicating design decisions to clients and stakeholders

Uses AutoCAD Civil 3D 2022, which may not be the latest version, so learners should be aware of potential differences in interface and features compared to newer releases

Reviews summary

Complete civil 3d road design training

According to learners, this course provides a solid foundation in AutoCAD Civil 3D for road and open channel design. Many appreciate the step-by-step practical examples that cover essential workflows like importing points, creating alignments, profiles, corridors, and cross-sections. Students find the course particularly useful for learning how to handle real-world design tasks. However, some reviewers note that the pace can be fast-paced at times, potentially making it more suitable for those with some prior CAD experience rather than absolute beginners. Recent feedback suggests the instructor is actively updating the course, addressing earlier concerns and keeping the content relevant.

Instructor updates course content.

"Glad to see that some parts of the course have been updated recently."

"The instructor seems to be improving the course based on feedback."

"Noticed some recent additions that cover newer software features."

Sections on specific topics praised.

"The section on roundabout design was particularly detailed and helpful."

"I found the open channel design module very informative and practical."

"Generating cross-sections and volume tables was explained well."

Provides a strong base in Civil 3D.

"It provides a good foundation and step-by-step practical introduction to Civil 3D road design."

"Overall, it's a solid introduction to using Civil 3D for these specific tasks."

"I feel like I have a good understanding of the basic workflows now."

Focuses on practical design steps.

"The course walks you through the practical steps needed for road and channel design."

"I appreciate the hands-on approach covering typical project workflows."

"Learned valuable practical applications of Civil 3D tools."

Minor issues with version mismatches.

"Occasionally the software interface in the videos didn't exactly match my version, causing slight confusion."

"Had some small difficulties due to differences in Civil 3D versions used."

"Some settings or commands were slightly different in my current software version."

Pace can be too quick for beginners.

"Sometimes the pace is quite fast, making it challenging for a complete beginner to follow without pausing frequently."

"I found that the course moved very quickly through some complex topics."

"Might require rewinding videos often if you're not already familiar with the software interface."

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 Road design With AutoCAD Civil 3D + Open Chanel Design with these activities:

Review Surveying Principles

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Reviewing surveying principles will help you better understand how the initial ground data is collected and processed for road design.

Browse courses on Surveying

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Review surveying textbooks or online resources.
Practice basic surveying calculations.
Familiarize yourself with common surveying equipment.

Practice AutoCAD Fundamentals

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Practicing AutoCAD fundamentals will ensure you are comfortable with the basic commands and workflows used in Civil 3D.

Browse courses on AutoCAD

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Complete an online AutoCAD tutorial.
Practice drawing basic shapes and objects.
Familiarize yourself with layers and object properties.

Mastering AutoCAD Civil 3D

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Reading 'Mastering AutoCAD Civil 3D' will provide a deeper understanding of the software's capabilities and best practices for road design.

View Putting Knowledge to Work on Amazon

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Read the chapters relevant to road and channel design.
Follow along with the examples in the book.
Experiment with different Civil 3D features.

Four other activities

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Show all seven activities

Corridor Modeling Exercises

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Performing corridor modeling exercises will reinforce your understanding of assembly creation, target mapping, and corridor surface generation.

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Create a corridor model for a simple road design.
Experiment with different assembly configurations.
Practice target mapping for various corridor features.
Generate corridor surfaces and calculate volumes.

Design a Roundabout

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Designing a roundabout will allow you to apply your knowledge of alignment design, profile design, and roundabout creation tools.

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Create the approach road alignments.
Use the roundabout creation tools to generate the roundabout geometry.
Adjust the roundabout parameters to meet design standards.
Add road signs and markings to the roundabout design.

Open Channel Design Project

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Starting an open channel design project will provide hands-on experience with channel alignment, profile design, and cross-section creation.

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Import survey data and create a surface.
Design the channel alignment and profile.
Create a channel assembly and corridor model.
Generate channel cross-sections and calculate volumes.

Open Channel Hydraulics

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Reading 'Open Channel Hydraulics' will provide a strong foundation in the hydraulic principles underlying open channel design.

View Open-channel Hydraulics on Amazon

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Read the chapters on uniform and gradually varied flow.
Study the examples of open channel design calculations.
Relate the hydraulic principles to the Civil 3D channel design process.

Career center

Learners who complete Road design With AutoCAD Civil 3D + Open Chanel Design will develop knowledge and skills that may be useful to these careers:

Civil Engineer

A civil engineer designs, constructs, supervises, and maintains infrastructure projects. These projects include roads, highways, open channel drainage, and roundabout systems, aligning perfectly with the course's focus. With this course, a prospective civil engineer can learn how to use AutoCAD Civil 3D to design road layouts, create alignments, and develop surface profiles. The lectures on corridor creation, superelevation, and cross-section generation directly contribute to proficiency in road design. Furthermore, the ability to prepare complete design basis reports, as covered in this course, is essential for a civil engineer to communicate project details effectively to clients and stakeholders. The course's detailed instruction on specific tools and techniques, coupled with its broad coverage of road design elements, prepares learners for practical application in the field.

See salaries and explore the career path for Civil Engineer

Road Design Engineer

Road design engineers focus specifically on the planning and design of roads. The course provides a comprehensive guide to using AutoCAD Civil 3D for road design projects. Road design engineers can expect to learn the complete workflow, from importing points and creating surfaces to generating alignments, profiles, and cross-sections. The lessons on roundabout design, open channel drainage design, and superelevation are directly applicable. This instruction also covers the creation of design basis reports, ensuring road design engineers can effectively communicate their designs and analyses. The course’s detailed, step-by-step approach helps road design engineers develop the practical skills necessary for success.

See salaries and explore the career path for Road Design Engineer

Transportation Engineer

Transportation engineers plan, design, and manage transportation systems, including roads and highways. This course directly addresses these tasks. By taking the course, transportation engineers learn to use AutoCAD Civil 3D to design and analyze road networks, create alignments, and optimize traffic flow. The course’s lectures devoted to roundabout design, widening parameters, and superelevation calculations are particularly relevant. This instruction also covers how to import point data, create surfaces, and generate reports, skills essential for transportation engineers to assess existing conditions and propose improvements. The detailed focus on practical design elements makes this course a useful tool for success in transportation engineering.

See salaries and explore the career path for Transportation Engineer

Highway Engineer

A highway engineer specializes in the design, construction, and maintenance of highways and road systems. This course is tailored to give the technical skills such an engineer needs. The course helps highway engineers use AutoCAD Civil 3D to create detailed road designs, generate surface profiles, and manage corridor creations. Lectures on topics such as alignment creation, superelevation, and cross-section generation all address key aspects of highway design. The course also provides highway engineers with the ability to prepare design basis reports and analyze cut and fill volumes, skills critical for project planning and execution. By mastering these techniques, highway engineers can enhance their efficiency and accuracy in highway development projects. The course’s practical approach and comprehensive coverage of highway design principles makes it a valuable asset.

See salaries and explore the career path for Highway Engineer

CAD Technician

A CAD technician creates technical drawings and plans using computer-aided design software. This course directly enhances a CAD technician's skills in AutoCAD Civil 3D, a software widely used in civil engineering projects. CAD technicians learn to import points, create surfaces, generate alignments, and develop detailed road designs. The course’s lectures on creating cross-sections, profiles, and corridor models enhance precision in technical drawings. The content also covers how to prepare design basis reports and export data to various formats, ensuring CAD technicians can deliver comprehensive documentation. This will help CAD technicians to improve their proficiency and contribute effectively to civil engineering projects.

See salaries and explore the career path for CAD Technician

Surveyor

A surveyor measures and maps land surfaces, providing essential data for construction and engineering projects. The course provides surveyors with the skills to utilize AutoCAD Civil 3D for processing and visualizing survey data. Surveyors learn to import points, create surfaces, and generate topographic maps. The lectures on alignment creation and profile generation will help in planning road and highway projects. Surveyors can also learn to convert AutoCAD drawings to KML and KMZ formats for use in Google Earth, adding value to their survey reports. The course’s practical approach helps surveyors integrate their field data with advanced design software.

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Infrastructure Design Engineer

Infrastructure design engineers plan and design essential infrastructure projects, including roads, drainage systems, and public utilities. The course provides a solid introduction to using AutoCAD Civil 3D for infrastructure design. Infrastructure design engineers learn to create road alignments, design open channel drainage systems, and generate surface profiles. The lectures on topics such as corridor modeling and cross-section generation offer practical skills. The course may be useful in helping infrastructure design engineers develop comprehensive designs that meet project specifications and regulatory standards.

See salaries and explore the career path for Infrastructure Design Engineer

Municipal Engineer

Municipal engineers manage and oversee public works projects within a city or town, including road construction and maintenance. This course provides municipal engineers with the skills to understand and review road designs created in AutoCAD Civil 3D. Municipal engineers can become familiar with alignment creation, profile generation, and cross-section details. The course may be useful in helping municipal engineers evaluate design plans, manage project budgets, and ensure compliance with local regulations. This foundational knowledge ensures municipal engineers can effectively oversee public works projects and address design-related challenges.

See salaries and explore the career path for Municipal Engineer

Site Engineer

A site engineer manages and oversees construction projects on-site, ensuring adherence to design specifications and safety standards. This course provides site engineers with the knowledge to interpret and implement road designs created in AutoCAD Civil 3D. Through this course, site engineers can gain an understanding of alignment creation, profile generation, and cross-section details. The course may be useful in helping site engineers review and verify design plans, manage earthwork volumes, and address drainage issues. This foundational knowledge ensures site engineers can effectively coordinate construction activities and resolve design-related challenges on site.

See salaries and explore the career path for Site Engineer

Land Development Engineer

Land development engineers design and oversee the construction of residential, commercial, and industrial land development projects. This course may be useful in giving land development engineers the skills to design road infrastructure within these projects with AutoCAD Civil 3D. Land development engineers can learn to create road alignments, design drainage systems, and generate surface profiles. The lectures on topics such as corridor modeling and cross-section generation provide practical skills. This may be useful in helping land development engineers develop comprehensive site plans that meet project requirements and regulatory standards.

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Construction Manager

A construction manager plans, coordinates, and oversees construction projects from start to finish, ensuring they are completed on time and within budget. This course may be useful in enabling construction managers to better understand road design plans created in AutoCAD Civil 3D. Construction managers could familiarize themselves with alignment creation, profile generation, and cross-section details. This may be useful in helping construction managers review and verify design plans, manage resources, and coordinate construction activities. This foundational knowledge will ensure construction managers can effectively oversee road construction projects and address design-related challenges.

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Geotechnical Engineer

Geotechnical engineers investigate soil and rock properties to assess their suitability for construction projects. While this role is distinct, the course may be useful in providing geotechnical engineers with a better understanding of how their data is used in road design. Geotechnical engineers could then learn how to import survey points, create surfaces, and generate profiles. This helps with visualizing subsurface conditions and integrating geotechnical data into road design models. The course may be useful in helping geotechnical engineers communicate their findings more effectively to civil and highway engineers.

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Water Resources Engineer

Water resources engineers focus on the design and management of water-related projects, including drainage systems and flood control measures. While this role is distinct, the course may be useful in providing water resource engineers with skills in open channel design using AutoCAD Civil 3D. Water resource engineers may learn to design channels, create surface profiles, and generate cross-sections for drainage systems. The course may be useful in helping water resources engineers develop efficient and sustainable water management solutions.

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Environmental Engineer

Environmental engineers focus on protecting the environment through the design and implementation of solutions to environmental problems. This course may be useful in providing environmental engineers with the skills to integrate environmental considerations into road design projects. Environmental engineers may learn to analyze cut and fill volumes, design drainage systems, and assess the environmental impact of road construction. The course may be useful in helping environmental engineers develop sustainable road designs that minimize environmental damage.

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Urban Planner

Urban planners develop plans and programs for the use of land, helping to create communities, accommodate population growth, and revitalize physical facilities in towns and cities. This course may be useful in enabling urban planners to better visualize and understand road design within urban environments. Urban planners can become familiar with alignment creation and cross-section details. The course may be useful in understanding transportation infrastructure, enabling them to develop informed urban development strategies. The course may be useful in encouraging a holistic view of urban landscapes.

See salaries and explore the career path for Urban Planner

Road design With AutoCAD Civil 3D + Open Chanel Design

What's inside

Syllabus

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Reviews summary

Complete civil 3d road design training

Activities

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