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Autodesk Civil 3D Practice Course – Advanced Level

This advanced course enhances participants' expertise in Autodesk Civil 3D, focusing on grading, pipe networks, quantity take-off, borehole management, and sheet creation. Through hands-on assignments and assessments, students will develop advanced skills for effective civil engineering project management and design. 

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HKD$ 3,800
Enroll

* The course has already commenced/full. You may choose another course number.

HKD$ 3,800
Enroll

* The course has already commenced/full. You may choose another course number.

Public Photos / Files - AD_Membership_ENG_20241219

Public Photos / Files - AD_RegMembership_ENG

 

Name of Course
課程名稱

Autodesk Civil 3D Practice Course – Advanced Level 

歐特克Civil 3D實踐進階課程 


Medium of Instruction
授課語言

Cantonese supplemented with English technical terms

廣東話輔以英文技術用語


Language of Training Material

教材語言

English version

英文版本

Only English version of the computer software is used for teaching in class

本課堂以英文版本的電腦軟件教學


Mode of Attendance
授課形式

Day course

日間課程


Duration
授課期

7 hours x 4 sessions

7 小時x 4堂


Award of Certificate
證書頒發

Autodesk Course Completion Certificate - Attendance in the course must reach 90% or higher, and submitted course work.

歐特克結業證書 – 出席課程達 9 成或以上,並提交作業。


Venue
上課地點

Unit 02-03, Level 5, Plaza228, 228 Wan Chai Road, Hong Kong

香港灣仔道228號5樓502-503室


Max. Class Size
課堂人數上限

20 persons per class for private class

包班每班人數為20人


Assessment
評估

Workshop
練習

Grading

  • Creating and Editing Feature Lines
  • Grading Objects
  • Elevation Editor and Grading Tools
  • Modifying AutoCAD Civil 3D Grading
  • Feature Line Labels
  • Grading Styles and Grading Criteria Set
  • Grading Volumes

 


Pipe Networks

  • Configuring Pipe Networks
  • Creating a Pipe Network from Objects
  • Laying Out a Pipe Network
  • Editing Pipe Networks
  • Interference Checking with Pipe Networks
  • Annotating Pipe Networks
  • Pipe Networks in Sections
  • Pipe Reporting and Tables

 


Quantity Take-off

  • Section Volume Calculations
  • Earthwork Volumes
  • Material Volumes
  • Quantity Take-off
  • Mass Haul Diagrams
  • Section Views Wizar

 


Civil 3D Borehole Management

  • Data Management
  • Import Geotechnical Data
  • Asset Management
  • Strata Surfaces

 


Creating Sheets

  • Creating Plan Sheets
  • Creating Cross Section Sheets
  • Sheet Sets Overview

Subassemblies Advance

  • Creating a subassembly
  • Importing a subassembly into AutoCAD Civil 3D
  • Modifying a Subassembly
  • Attaching and Detaching a subassembly
  • Copying Assembly and Monitoring Subassembly
  • Sharing Assembly
  • Using Target Parameters in a Subassembly
  • Adding conditional Behaviour to a subassembly
  • Calculation parameter values
  • Creating a Corridor & Corridor Surface
  • Target Mapping
  • Slope Patterns
  • Overhang Correction
  • Corridor Section Review and Edit
  • Corridor Visualization

 

Parts Builder

  • Parametric Parts
  • Part Configuration
  • Modelling a part in part builder
  • Using work planes in Part Builder
  • Defining Geometry in Part Builder
  • Dimension in Parts Builder
  • Constraints in Part Builder
  • Creating Profiles in Part Builder

 


Assignment & Examination

Course No.  Class Date Week Duration Time Fee Vacancy Situation
ACDA202501 07/01 - 28/01 Tue 28 hours / 4 Sessions 14:00 - 18:00 $3800 Limited
ACDA202403 28/11 - 19/12 Thu 28 hours / 4 Sessions 14:00 - 18:00 $3800 Limited

This is a sample of Autodesk Course Completion Certificate. You will receive the certificate upon fulfilling these requirements:

  • Minimum 90% course attendance
  • Completion of course assignments

 

Self Photos / Files - AUTODESK_CERT._Sample

Frequently Asked Questions for Certification of Autodesk Civil 3D Practice Course – Advanced Level

 

1. What is BIM (Building Information Modeling)?

BIM is an advanced construction design technology that integrates all project information into a three-dimensional digital model. This model contains not only the geometric shapes of buildings but also rich engineering data and parametric information. The main advantages of using BIM:

    1. Design Flexibility: All elements in the model are interconnected, and when modifications are needed, related design content updates automatically.

    2. Document Production Efficiency: Quickly generate various design documents, including:

      • Floor plans and elevations
      • 3D views
      • Material lists and data reports
    3. Analysis and Optimization: The model can be imported into specialized analysis software for:
      • Clash detection
      • Cost estimation
      • Construction simulation

 

In simple terms, BIM is like building a virtual construction in a computer, allowing designers to fully understand and optimize projects before construction.

 

2. What is Civil 3D? What types of engineering projects is it suitable for?

Civil 3D is a civil engineering design software developed by Autodesk, built on the AutoCAD platform, specifically for infrastructure project design and documentation. It's mainly used for roads, land development, and hydraulic engineering projects, featuring 3D dynamic modeling, BIM integration, and powerful survey analysis capabilities.

Main applications:

    • Road and highway design
    • Land development projects
    • Hydraulic engineering design
    • Infrastructure projects

 

3. What is the relationship between Civil 3D and AutoCAD?

Civil 3D is an advanced software built on the AutoCAD platform, featuring all AutoCAD's basic functions plus specialized civil engineering design tools.

 

4. Why is the Civil 3D course divided into Basic and Advanced Levels? What are the differences?

The course is divided to allow students to learn progressively.

 

Basic Level:

    • Suitable for beginners
    • Focuses on basic operations and common functions
    • Main content:
      • BIM basic concepts
      • Basic operations and navigation
      • Survey data processing
      • Basic terrain modeling
      • Simple road design
      • Basic drawing production

 

Advanced Level:

    • Suitable for those with basic experience
    • Focuses on advanced functions and professional applications
    • Main content:
      • Advanced terrain grading design
      • Pipe network system design
      • Quantity takeoff
      • Geotechnical borehole management
      • Custom component design
      • Parametric modeling

Key difference: Basic level emphasizes software operation and fundamental concepts; Advanced level focuses on professional applications and complex functions.

 


 

Registration Process:

  1. Please select the appropriate "Course Code" on the website and click the "Enroll" button.
  2. Students can complete the registration process by using the "Bank Transfer" payment method.
  3. After making the payment, please email the following information to info@everbim.com.hk:
    • Payment proof image
    • Name
    • Contact number
  4. Upon confirmation of payment, we will send you a confirmation email.

 

Important Notes:

  • A unique QR code will be included in the confirmation email, which will be used for attendance taking. Please bring it to class.
  • Please complete the payment process within 3 days after registration.
  • For any inquiries, please contact us at (852) 3797 5793.

Students can complete the registration process by using the "Bank Transfer" payment method. Once we receive your payment, we will confirm your enrollment via email.