Civil Engineering BIM Education & Consulting

  1. Civil Engineering BIM Concept
  2. Civil Engineering BIM means a business process that builds a 3D BIM model from basic planning to basic design, implementation design, construction, and operation / maintenance and applies consistent and systematic information to the overall business with 3D model as its base.
    3D BIM model here means the data model made from 3D design software and according to its business area, it can be categorized into civil engineering, urban infrastructure, structure, equipment, and project collaboration management.
    3D CAD system and collaboration system in each civil engineering, urban infrastructure, architecture, structure, and equipment to which BIM is applied must be composed of commercial 3D design software specialized for each field. And the generated information must be compatible with all objects existing in each 3D BIM model without conversion or omission of information.
    This is based on data consistency and integration aspects for efficient BIM model data utilization and for data interoperability, it should be able to create and modify through the provided GUI.
  3. Definition of BIM in each nation
  4. Ministry of Land, Transport and Maritime Affairs(Korea) A digital model that provides a reliable basis for decision making during the life cycle of a facility due to the physical or functional characteristics of the facility object in all areas of construction, including architecture, civil engineering, and plants, and the work procedures for its creation
    GAS(USA) Development and utilization of various software data models to document building design and examine the construction and operation of new capital or reinvested capital facilities
    NIBS(USA) Virtual computing expression with physical and functional characteristics of life cycle information as a shared information storage for collaboration during the facility life cycle
    NBS(UK) A rich information model consisting of multiple data sources that can be maintained and shared with all stakeholders, from the initial design of the building to the use of regeneration, throughout the life cycle of the building
  5. Civil Engineering BIM application benefits(Need for BIM education)
  6. • Promote communication using 3D Visualization
    - Quick decision-making between stakeholders is possible through business consultation using intuitive data 3D shape
    - Improved convenience of planning-designing-constructing information delivery through visualization simulation and quick feedback
  7. • Less errors and omissions in design and construction books
    - Less errors and omissions in design and construction books by utilizing a single 3D model
    - In case of design change, it prevents omission of design-construction book change by model-drawing-quantity change according to interworking between objects
  8. • Improved understanding of workers and stakeholders
    - Improved understanding of existing environment and conditions based on extensive GIS and CAD data
    - Improved understanding of the target area by creating a visual 3D status
    - Easy to apply industry standards and share asset management data
    - Enhancement of collaboration among departments through data 3D shape
  9. • Reduced working hours and improved economics
    - Create, review, and evaluate many design alternatives within a short amount of time
    - Quickly perform repetitive tasks with an intelligent BIM-based process
    - Easy business feasibility analysis through quick preliminary review
    - Improves economic efficiency by pre-checking errors that may occur during design and construction, and eliminating human and time-wasting factors due to rework.
  10. • Improved quality of performance
    - Improves design quality through application of standard design standards and engineering analysis on piping systems, etc.
    - Improves the overall quality of written books, such as creating reports using visual simulations and images
    - Improves overall quality through complex design review by constructing all civil engineering design objects such as earthworks, roads, pavement, drainage and water supply, special structures, and other facilities as 3D-based virtual sites
  11. • Improves marketing & order competitiveness
    - Improvement of corporate technological competitiveness through the use of the latest technology and rational operation
    - Easy business feasibility analysis through quick preliminary review
    - Various presentation materials can be created and utilized through visual and high-quality design data & simulation
    - Satisfaction of the requirements of the customer by creating high-quality results based on high technology
  1. Civil Engineering Construction step-by-step BIM application
  2. • Preliminary BIM Modeling
    - Creates the basic model at the initial stage of project design. By performing rough mass and volume calculations, the basic earthwork volume(storage volume, fill volume), structure quantity, and more must be directly extracted or referenced from the 3D BIM Model, and reviews various design alternatives.
  3. • Basic Design BIM Modeling
    - It is a BIM model at the stage of finalizing the basic design, the basic design drawings(ground plan, cross-sectional diagram, elevation drawing, longitudinal section drawing, cross-sectional view) must be extracted directly from the BIM Model.
  4. • Construction BIM Modeling
    - By reviewing the construction project, it is able to identify errors that may occur in construction and process management through 4D simulation.
  5. • Visualization / Simulation BIM Modeling
    - It is easy to visualize or simulate design at any time from BIM Model data generated at each project stage such as basic design, detailed design, or construction stage. It should be used as a tool and report for quick decision making and also to minimize possible design errors before the construction stage.
  6. Civil Engineering Construction area step-by-step BIM solution
  7. BIM step-by-step use solution
  8. • Preliminary BIM Modeling
    - Autodesk Civil3D : 3D land & map
    - Autodesk Revit : Structure mass plan
    - Autodesk Infraworks : Plan & alternative review
  9. • Construction BIM Modeling
    - Autodesk Revit : Construction model creation & review
    - Autodesk infraworks : Virtual site & construction-discussion model visualization
  10. • Basic Design BIM Modeling
    - Autodesk Civil3D : Planned land & road model creation
    - Autodesk Revit : Structure detail model creation
    - Autodesk Infraworks : Plan & discussion visualization
  11. • Visualization / Simulation BIM Modeling
    - Autodesk infraworks : Basic air-view * drive simulation creation
    - Lumion : Quick visualization for shape data(image, video, VR)
    - V-Ray : High-quality visualization for selected shape data(image, video, VR)
  1. Civil Engineering BIM Education & Consulting
  2. Education & Consulting core elements
  3. • BIM s/w overall function utilization for 3D designing
    - From the perspective of using 3D-designed products, diverse functions need to be efficiently used to familiarize with the overall functions of the products and provide training to utilize them effectively in design in a short time.
  4. • BIM Process understanding & management
    - By training in building object-based 3D information modeling of civil engineering-based designs, the ability to carry out and manage projects along the BIM process increases the efficiency and quality of the design.
  5. • Reduce time and cost by leveraging information and proactively identifying issues
    - Information generated during the design phase should be utilized for construction and maintenance, and construction time shortening and reducing costs by identifying and correcting problems in advance.
  6. • Improve communication and collaboration among related parties
    - Improve the speed and accuracy of decision-making by using object-based 3D design methods that are easy to understand, and improve the ability of related engineers to communicate and collaborate.
  7. Civil Engineering BIM education & Consulting Procedures
  8. Education & Consulting step-by-step Process Example
  9. Section Main Goals Duration Note
    BIM Entrance 1st Process [ BIM Modeler Training ]
    1. BIM Performance TF Team Organization
    2. BIM Basic Knowledge & Common Elements
    3. BIM Work Process Understanding
    4. BIM S/W의 Basics(Features) Usage Skill Acquisition
    5. Basic 3D Modeling & Visualization Technique Acquisition
    3 Months Intensive Function Education
    + Pilot Project
    2nd Process [ BIM Modeler Training ]
    1. Multiple User BIM Usage Cooperation Work Performance Technique Acquisition
    2. Library Creation Skill
    3. Object Information Input & Usage
    4. BIM Object Drawing Skill
    5. Other BIM Practical Application Know-how Acquisition,Development
    2~3 Months Intermediate Education
    + Pilot Project
    BIM Leap 3rd Process [ BIM Speciallist Training ]
    1. Step-by-Step BIM Practical Application Beginning
    2. Self Library Development & Library Data Accumulation
    3. Drawing Template & Style Data Development
    4. Other BIM Practical Application Kknow-how Acquisition, Development
    3~6 Months 2~5 Practical Project Operation
    (Step-by-Step BIM Application Area Expansion)
    BIM Settlement 4th Process &
    Expansion to Company
    [ BIM Manager Training ]
    1. Self BIM Task Guideline Development for Practical Application
    2. Self Library Development & Library Data Accumulation
    3. Drawing Template & Style Data Accumulation
    4. Expansion to Company Application with hands-on workers other than TF Team Centered
    6~12 Months
  1. Autodesk Civil 3D
  2. Implementation of BIM design for general civil engineering and linear reference design, such as roads/railways, complexes/landings, water resources, water supply, landscape…etc.

    ※ Key functions and features

    • Import and manage survey data
    • 3D modeling and analysis of terrain (height, slope, rain flow, etc.)
    • Linear design(planar line, longitudinal line)
    • Cross section-Corridor Creation
    • Preparation of longitudinal profile and cross section profile and calculation of soil volume
    • Clearing and grubbing modeling(Automatically capable of calculating the balance point of the soil)
    • Pipeline modeling
    • Drawing of design target
    • Visualization & analysis of civil design
  3. Autodesk Revit
  4. Implementation of BIM design for structural civil facility projects such as bridges, tunnels, retaining walls, and temporary facilities

    ※ Key functions and features

    • Designing and documenting structures
    • Parametric Structure Modeling
    • Includes standardized structural family
    • Entering structural information for analysis and structural analysis of design targets
    • Joint-shared work by multiple participants
    • Unified design with a single model
    • Modeling of piping and conduit facilities such as rainwater, sewage water, and service water
    • Engineering and contractor design-Sharing and coordinating construction data
    • Associate with structural analysis applications such as Autodesk Robot Structural Analysis Professional
  5. Autodesk Infraworks
  6. A conceptual design and 3D GIS design tool that visually richly presents multiple design alternatives in 3D at the project planning stage.

    function

    • Create and manage large infrastructure models
    • Basic Planning and Sketch of Civil Engineering Structures Considering the Status of Neighborhood
    • Communication in a New Way
    • Facilitate collaboration among project teams
    • Quick preparation and review of various alternatives
    • Leverage a variety of existing data (dwg, GIS, Lester, etc.)
    • Receive and export data with key BIM solutions such as Revit and Civil3D
    • Create rendering images and videos to be used as presentation tools
  1. INFRAWORKS (FUNCTION FOCUS EDUCATION, 1.5 Day)
  2. A conceptual design and 3D GIS design tool that visually richly presents multiple design alternatives in 3D at the project planning stage
  3. Topic Education Content Education Method
    BIM Overview • curriculum & Instructor Intro

    Presentation

    • BIM Basic Overview

    • Civil3D Basics Intro

    Orientation • Infraworks Basic Intro

    Presentation / Practice

    • Differences between Infraworks LT & Infraworks 360 Intro

    • Infraworks account creation & Login

    Interface & Terminology • Basic Screen & Zoom

    Example Education
    / Practice

    • Main User Interface Intro

    • Utility Bar, Intelligent Tool, Panel & Palette

    Land Data Prep • Understanding SRTM Data & Achieving Land Data

    • GoogleEarth KML Creation

    • Loading KML files & STRM Land Data into Infraworks

    Conceptual Design Function • Road Model Creation           •Waterways(Stream) Model Creation

    • Building Model Creation          •Tree Model Creation

    • Site Suspension Area Setting & Creation

    Model Editing • Model Editing by Gizmo

    • Model Editing by Property

    • Model Editing by Styles & Style Rules

    Import Data • Import Data for diverse formats

    • CIivil3D Land Data & Airview Photo Import

    • GIS Data & 3D Modeling Data Import

    Basic Design Model Creation
    (Road Design Module)
    • Design Road Creation & Difference with Conceptual Design Road

    • Longitudinal Design by Design Road Profile

    • Road Cross-Section Creation & Sigh Distance Analysis

    • Bridge Automated Creation by Bridge Module

    • Editing Bridge Shape

    Alternative Design • Task Point Bookmark Creation & Utilization

    • Design Alternative Creation by Proposal Function

    Review & Analysis • Land & Model Distance, Area Check

    • Slope & Altitude Analysis

    • Suntime according to Seasons & Time change analysis

    Infraworks Visualization • Create a single snapshot and create a rendering image

    • Creating videos using Storyboard

    • Road Simulation Using Design Road

  4. Autodesk CIVIL 3D (Intensive Functional Training, 3.5 Day)
  5. Understanding the three-dimensional design techniques in civil engineering and modeling roads and sites will
    help you learn and utilize the overall functions of Civil 3 from the introduction of basic user environments.
  6. Title Education Overview Methods
    BIM Intro • Civil3D Basics Intro

    Presentation

    Interface & Terminology • Main User Interface Intro

    Case Education
    / Practice

    • Ribbon Menu, Applications, Tool Area, Characteristics Palette
    Surface Modeling • Surface Categories and Characteristics
    • Surface Modeling using point data
    • Surface Modelingusing measurement land map
    • Surface Editing
    Surface Utilization • Surface Editing
    • Surface Characteristics & Styles Editing
    • Surface Label Creation
    • Surface Analysis Utilization
    • Surface categorization & coloring using analysis
    Plan Modeling • Shape Type Intro
    • Plan Shape Design Standard Application & Super-elevation Creation
    • Plan Shape Creation & Style Creation & Editing
    Vertical Shape Modeling • Vertical Shape Intro
    • Initial Topography Vertical Creation & Planning Vertical Creation
    • Vertical Shape Design Standard Application
    • Vertical Shape Style Creation, Editing
    Traversal Modeling • Traversal Composition Assembly Understanding
    • Standard Traversal Creation
    • Tool Palette Use
    Corridor Modeling • Corridor Creation
    • Corridor Characteristics & Style Editing
    • Corridor Surface Creation
    Earth Volume Dashboard Utilization • Total Earth Volume Calculation using Surface
    Traversal Drawing Creation • Sample Line Creation
    • Single Traversal Creation & Utilization
    • Multiple Traversal Creation
    Earth-Volume Calculation

    `• Sample Line Material input

    • Earth Chart & Total Earth Chart Creation
    • Earth Volume Calculation in XML Creation
    Clearing and Grubbing Modeling • Shape Line Creation
    • Clearing and Grubbing Modeling
    • Auto Cut Volume Balance by Earth Volume Dashboard
    • Clearing and Grubbing Modeling과 Corridor Modeling Linkage
  7. Autodesk REVIT (Intensive Functional Education, 3 Day)
  8. Using parametric modeling techniques, model bridge structures in three dimensions and manage model information
  9. Title Education Overview Methods
    Orientation • 3D Modeling Basic Understanding

    Presentation

    • Revit File Classification & Family Categorization
    Interface & Terminology • Main User Interface Intro

    Case Education
    / Practice

    • Understanding Parametric Characteristics
    • Understanding Project Settings
    Revit 필수 기술 • Starting Project
    • Revit File Classification System
    • Understanding Templates and Libraries
    Levels & Grid • Levels & Grid Creation
    View Characteristics Settings & Control • View Creation,Duplicate, Cross-Section Creation
    • View Area Settings & Work Window
    • Visibility Control & Use
    Understanding Family • Family Category
    • Family Characteristics - Types & Instances
    System Family Creation • Understanding System Family
    • Bridge, Wing-walls, Pier Creation using Foundation, Pillars, Walls
    Common Family Creation • Understanding Inner Editing Modeling
    • Bridge & Wing-wall Creation using project
    • Pier Creation using project & void
    Family Utilization • Part Family Project insert & placement
    • Family Parameter Registration
    Part Family Creation • Family Template Selection & File Creation
    • Shape Creation & Parameter Registration
    External Object Utilization • Dwg File Insertion
    • Inserted Object move, duplicate by View
    Project Visibility • Object Selection and Visibility Control & Utilization
    Volume Calculation • Input Materials by Family
    • Table Creation Method
    • Concrete Volume Calculation
  10. Autodesk NAVISWORKS (Intensive Functional Education, 1 Day)
  11. Using data built with BIM prior to construction of construction projects to review possible errors during construction in a digital environment
  12. Title Education Overview Methods
    Orientation • Navisworks Category Presentation
    • Navisworks File Classification
    • Navisworks Utilization Area Intro
    Interface & Terminology • Main User Interface Intro Case Education
    / Practice
    • Project File Open & Main Work Tab Settings
    • Project Source File Add & Merge
    Basic View Control & View-Point • Basic View Control & Search Bar Use
      - Zoom-in&out, View-point movement, track, pivot
    • View-point category
    • View-point Creation, Save
    Visibility • Object Selection & Select Tree Use
    • Selected Object hide/separate
    • Selected Object color, transparency redefine
    • Shape Profiler Utilization
    Cross-section Review • Cross-section View & Cross-section Box Utilization
    Pedestrian View • Review by Using 3rd Person Pedestrian View
    • Review Point Tag & Comment Creation
    • Review Report Creation
    Review Tool • Distance Measuring Tool         • Angle Measuring Tool
    • Area Measuring Tool
    Selection Set & Search Set • Selected Object Set Group Creation
    • Object Characteristics Filtering & Set Group Creation
    Process Review & Simulation • Timeliner Tool Utilization
      - Process Data input & edit
      - Connecting Work Plan to Objects
    • Process Simulation Creation by Simulate
    Animation Creation • Animation Creation by Using View Point
    • Animation Creation by Using Pedestrian View
    • Animator Utilization
      - Object Movement Creation by Using Animator
      - Process Simulation & Animation Linkage
    Clash Check Tool • Clash Check Execution & Result Review
      - Set Organization for Clash Check
      - Same Type Clash Check by Using Samples
    • Clash Check Visibility Control
    • Clash Check Report Creation