Master's in Global BIM Management for Infrastructure Projects

Master's in Global BIM Management for Infrastructure Projects

Zigurat Global Institute of Technology

Máster online


14.500 

Duración : 1 Año

This program offers a practical and comprehensive approach to Building Information Modeling (BIM) for its students. Students are asked to specialize in Roads & Highways, Railways & Metro Lines, Tunnels & Bridges, or Subsurface Utilities and become fully-capable in BIM for infrastructure construction.

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Objetivos

The strategic partnership between CCC/CCC BIM Academy and Zigurat Global Institute of Technology and as a continuation of the commitment of both parties towards knowledge transfer and the most advanced education in the field of BIM and digital construction, a new certification program for online BIM education focused on infrastructure assets digitization has been developed and is now being offered to industry professionals worldwide. This online program is envisaged to take BIM implementation to another level of professionalism, practicality and effectiveness in the field of information modeling and management for infrastructure projects. Our students finish the program better prepared to handle the challenges that the increased digitization of the construction industry has posed. This also makes our students especially valued in big and little firms. As an institute that prides itself on its relationships, we are able to offer exclusive employment opportunities during and after completing the program. AN ONLINE MASTER'S WITH ON-SITE INTERNATIONAL WEEKS This program presents a unique experience that combines face-to-face learning and online training, with three (optional) on-site international activities that create the perfect opportunity to understand the conceptualization of BIM and how this methodology is being adopted in real projects around the world. To find out more about these activities click on the cities of your interest.

Temario completo de este curso

  • Module 1: bim ecosystem & fundamentals

Block 1: bim ecosystem & key concepts

· theme 1: bim in the aec industry

· theme 2: bim key concepts & overview

Block 2: bim for infrastructure

· theme 1: introduction to bim for roads & highways

· theme 2: introduction to bim for rails & metros

· theme 3: introduction to bim for tunnels & bridges

· theme 4: introduction to bim for subsurface utilities

Block 3: authoring platform environment

· theme 1: 2d authoring platform training

· theme 2: 3d authoring platform training

  • Module 2: specialization (choose one)

Highway modeling:

Block 1: road fundamentals

· theme 1: introduction to roads and highways

· theme 2: introduction to openroads designer

Block 2: earthworks modeling calculations

· theme 1: engineering/technical introduction

· theme 2: scope definition

· theme 3: calculation techniques

Block 3: horizontal and vertical alignment

· theme 1: horizontal alignment

· theme 2: horizontal curves

· theme 3: vertical alignment

· theme 4: vertical curves

Block 4: roads and highways modeling

· theme 1: road elements

· theme 2: embankment modeling

· theme 3: pavement modeling

Block 5: advanced topics in highway modeling

· theme 1: super elevation modeling

· theme 2: intersection modeling

· theme 3: type of at-grade intersections

· theme 4: roundabout modeling

Rail modeling:

Block 1: rail fundamentals

· theme 1: rail types

· theme 2: rail terminology

· theme 3: introduction to bentley powerrails software fundamentals

Block 2: earthworks modeling calculations

· theme 1: engineering/technical introduction

· theme 2: scope definition

· theme 3: calculation techniques

Block 3: horizontal and vertical alignment

· theme 1: track horizontal alignment

· theme 2: track vertical alignment

· theme 3: rail cant (curves and super elevation)

Block 4: special trackwork

· theme 1: definition of special trackworks

· theme 2: turnouts and crossovers

· theme 3: special trackwork layouts

Block 5: cross section modeling

· theme 1: track structure design

· theme 2: embankment modeling

· theme 3: track component and materials

Bridge & tunnel modeling

Block 1: tunnel fundamentals

· theme 1: cut and cover method

· theme 2: underground methods

· theme 3: introduction to bentley openroads software fundamentals

Block 2: bridge fundamentals

· theme 1: types of bridges

· theme 2: bridges terminology

· theme 3: introduction to bentley openbridges software fundamentals

Block 3: earthworks

· theme 1: engineering/technical introduction

· theme 2: scope definition

· theme 3: bim calculation techniques

Block 4: horizontal, vertical and 3d alignment

· theme 1: horizontal alignment

· theme 2: horizontal curves

· theme 3: vertical alignment

· theme 4: vertical curves

Block 5: tunnel modeling

· theme 1: cross sections for underground tbm tunnel

· theme 2: cross sections for underground conventional element

· theme 3: cross section elements for cut and cover tunnels

Block 6: bridge modeling

· theme 1: pier lines

· theme 2: substructure

· theme 3: superstructure

· theme 4: bridge accessories

Underground services modeling

Block 1: subsurface utilities engineering (sue) fundamentals & authoring platform environment

· theme 1: classification of utilities and scope definition

· theme 2: wet gravity & pressurized systems

· theme 3: dry utilities

· theme 4: introduction to bentley openroads sue software fundamentals

Block 2: modeling wet & dry utilities

· theme 1: gravity nodes features & gravity pipes

· theme 2: pressurized networks pipes & fittings

· theme 3: modeling pumping stations/mep/other structures

· theme 4: modeling dry utilities

Block 3: features definitions

· theme 1: drainage nodes/conduits

· theme 2: non-drainage nodes/conduits

· theme 3: dry utility trenches & components

Block 4: advanced topics in sue

· theme 1: creating utilities from graphics and excel data

· theme 2: design coordination

· theme 3: reporting and tables

Block 5: utility buildings

· theme 1: generic structures

· theme 2: plant rooms

· theme 3: generic mep equipment

  • Module 3: bim-based advanced project controls

  • Block 1: bim for construction – requirements and documentation
  • · theme 1: project specification & documentation

    · theme 2: bim library & data requirements

    · theme 3: breakdown structures

    · theme 4: bim execution plan

    Block 2: quality control methodologies

    · theme 1: bim authoring quality control methods

    · theme 2: data quality

    Block 3: integrated bim implementation & design coordination

    · theme 1: integrated infrastructure construction

    · theme 2: visualization methods

    · theme 3: coordination requirements

    · theme 4: clash detection & conflicts resolution

    · theme 5: rfis and discrepancy identification

    Block 4: planning & site logistics

    · theme 1: planning basics and scheduling fundamentals

    · theme 2: schedule simulation / 4d (4d solution)

    · theme 3: advanced bim-based planning

    · theme 4: site logistics and constructability

    Block 5: advanced project controls system fundamentals

    · theme 1: document management (edms)

    · theme 2: estimation – budget – cost

    · theme 3: progress capturing

    Block 6: c3d / visual project controls and integration platform

    · theme 1: introduction to c3d – c3d interactive capabilities

    · theme 2: c3d implementation and integration capabilities

    · theme 3: reporting and tracking construction progress

    · theme 4: c3d interactive hands-on workshop


  • Module 4: thesis project
  • Block 1: project scope definition

    · theme 1: project overview

    · theme 2: program specialization scope

    · theme 3: advanced bim project requirements

    · theme 4: project milestones & deliverables plan

    Block 2: interim project discussion / evaluation

    · theme 1: program specialization

    · theme 2: advanced bim project

    Block 3: final / pre-submission project checkpoint

    · theme 1: program specialization

    · theme 2: advanced bim project

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