Road and Highway Design with Civil 3D
Description
Road and highway design is a complicated job
that needs careful consideration of numerous elements such as traffic flow,
vehicle behavior, and safety regulations. During this training course, we
coupled Civil 3D with Autodesk Vehicle Tracking to train you how to harness the
power of combining both tools to provide a compelling solution for any design
scenario in the civil infrastructure sector in order to effectively design and
analyze road and highway projects.
Using CiviL 3D's advanced design tools,
engineers may generate accurate and detailed road alignments, cross-sections,
and profiles. You will be trained on how to combine terrain data, analyze
existing circumstances, and make informed decisions about road layout and
alignment by using this software, which will be followed by ensuring that your
design is suitable for the local landscape and has a low environmental impact.
We will back up Civil 3D with Autodesk
Vehicle Tracking in this training to reveal how to undertake advanced
simulation and analysis for any highway design project. We will also use it to
model and analyze vehicle movements, evaluate sight lines and clearance zones,
and assess the safety and functionality of our design. You will learn how to
spot possible conflicts and make required adjustments to optimize traffic flow
and maintain safe maneuverability by simulating vehicle behavior in various
settings.
To make this training a full package, we have combined Civil 3D and Autodesk Vehicle Tracking and structured a higher-level training content that empowers you to create efficient, safe, and visually appealing road and highway projects that meet the needs of modern transportation systems. Surprise your boss, colleagues, and family by becoming a road design engineer by certified Autodesk, as will be evidenced by the certificate you will receive immediately after this training.
Who is this course for?
To be able to succeed in this course, regardless of your industry, you must be proficient in computer use. To join this course, you must be or be related to:
- Civil Engineers with experience in road construction
- Road / Highway engineers
- Transportation engineers
- Finalizing students in transportation/highway engineering
If you do not fall into one of the above categories, Nziza Global will not be responsible for your learning experience.
What will you learn
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Download, create, analyze, and adjust survey data.
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Streamline the transfer of field-captured data to the office.
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Create dynamic and flexible 3D models of road corridors.
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Simulate driving through the corridor and visually evaluate sight distance and influence analysis.
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Create dynamic models of 3-way (t-shaped) or 4-way intersections.
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Model roundabouts according to standards that blend with existing or planned roads.
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Automate assembly generation for your rehab corridor design model.
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Optimize mill and overlay to balance costs vs. Performance.
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Use materials information to create reports for volumes along an alignment, comparing design and existing ground surfaces, and quantity takeoff.
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Create plan production sheets that automatically display station ranges of alignments and profiles that are based on predefined areas along an alignment.
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Vehicle swept path analysis, evaluate safety standards compliance, parking lot design, and roundabout design.
Lessons
- 82 Lessons
- 27:22:35 Hours
- Introduction to Civil 3D00:22:03
- Navigation of Civil 3D user interface00:28:03
- Demonstrating Civil 3D Dynamic Environment00:08:02
- Introduction to points00:16:53
- Creating COGO or survey points00:11:35
- The use of point parameters, markers, labels, and styles00:13:40
- Creating points group00:07:57
- Creation of grading and working with grading criteria00:27:51
- Introduction to CIVIL 3D surfaces00:21:06
- Creation of a TIN Surface00:25:28
- Edit a TIN Surface and Properties 00:22:53
- Creation of surface labels and add contour labels00:07:07
- Surface analysis00:08:19
- Perform surface analysis00:29:36
- Creation of a TIN Volume Surface00:06:14
- Creation of feature lines00:12:36
- Mastering the horizontal data for feature lines00:14:09
- Studying elevations for feature lines00:12:00
- Creation and modification of sites00:05:27
- Parcel creation00:14:00
- Creation of a parcel from layout or objects00:06:43
- Working with parcels00:09:54
- Working on parcel properties00:13:41
- Subdivision of parcels and parcel sites00:13:40
- Parcel labels and parcel tables00:07:56
- Creation and modification of parcel labels or styles00:10:15
- Deleting or editing parcels00:04:49
- Introduction to alignments00:13:12
- Create alignments with and without curves00:14:02
- Add curves, lines, and spirals to an alignment00:09:26
- Create offset alignments and widenings for alignment00:17:34
- Create a surface profile and a profile view00:30:44
- Components and objects types in a profile view00:08:09
- Quick Profile View, Split-profile and Modify a Profile View00:15:37
- Working in the profile grid mode (vertical curves, grades, etc.)00:22:39
- Add labels, tag labels, and offset labels to alignments and profiles00:19:17
- Creation of basic/advanced assemblies00:29:47
- Creating and rebuilding a corridor00:23:54
- Setting corridor targets and remove corridor bowties00:11:11
- Creating objects from a corridor00:10:36
- Creating and editing sample lines00:11:36
- Creating section views and section sheets (Displaying and annotating sections)00:31:26
- Computing materials00:18:39
- T - Intersection Design00:17:37
- Roundabout Design00:19:38
- Introduction to the Vehicle Tracking00:10:53
- Exploring Autodesk Vehicle Tracking Settings00:11:47
- Creating Swept Path Analysis00:20:11
- Roundabout design-3 arms and 4 arms roundabouts00:18:04
- Vehicle Tracking Visualization – 3D Drive Mode00:06:36
- Catalog and parts lists00:07:25
- Adding and modifying parts00:14:19
- Creating and editing pipe network00:34:03
- Pressure network catalog and parts list00:14:26
- Creating and editing a pressure network00:28:01
- Annotating the plan and profile of the pipe/pressure network00:23:46
- Creating view frames and a sheet frame from a view frame group00:27:57
- Usage of data shortcuts and external references00:06:10
- Managing data shortcuts and creation of data reference00:16:57
- Creation of Cul-de-sac Alignment00:19:18
- Installation of road sign posts00:42:36
- Creation of Intersection Island00:16:37
- Manual Design of Road Junction01:00:33
- Project stages00:08:42
- Import Project Site00:05:37
- Surface Analysis00:18:21
- Horizontal Master Center Line00:52:07
- Create Horizontal Alignment-Service Centerline00:47:29
- Vertical Profile Master00:29:24
- Service Road EG Profile00:19:44
- Project Intersection Point00:17:32
- Create Assembly and Project Corridor Surface Profile00:30:54
- Tie-up Profiles00:31:19
- T-Junction00:49:43
- Y-Junction00:24:44
- River Bridge00:17:10
- Bridge+BOB00:23:21
- VOP00:24:10
- Intersection01:24:41
- Intersection with Central Island00:28:40
- QTO and Reports00:25:42
- Plan Production00:16:35
About lecturer
Rajendra Meena is an
experienced Software Specialist with a focus on Civil 3D, Infraworks, Recap
Pro, and Vehicle tracking software. He holds a master's degree in
transportation engineering & planning and has extensive expertise in road
infrastructure projects, as well as a track record of offering specialized
training in various infrastructure companies throughout Asia.
Meena highly understands the
technical parts of AutoCAD Civil 3D and has a strong ability to integrate that
knowledge into practical solutions needed according to the nature of a project.
His expertise encompasses BIM management, design and drawing, 3D modeling, and
transportation infrastructure visualization, with the potential to expedite
procedures, improve accuracy, and improve overall project quality.
He is an Autodesk-approved
instructor for Civil 3D, Infraworks, and Vehicle tracking software, and his capabilities
are backed by a proactive and results-driven attitude. He takes pride in
providing high-quality work while meeting tight deadlines.
Reviews
Thank you Nziza global I found the courses organized and Useful.