Infrastructure submissions to 2016 AEC Excellence Awards, sponsored by Autodesk. Submission categories include roads and highways; bridges and tunnels; ports (airport/seaport); rail and transit; land, urban and campus; and energy and natural resources. Winners will be announced in November 2016 at Autodesk University in Las Vegas.
This document provides a summary of B.N. Venkateshwar Rao's professional experience and qualifications. It outlines his 13+ years of experience as a Senior Design Engineer, including roles designing parts for various rail and industrial projects. It also lists his educational background of an ME in Mechanical Engineering and BE in Mechanical Engineering. Key software skills include CATIA V5, AutoCAD, Autodesk Inventor, and SolidWorks. A selection of technical project experience is then described involving roles in 3D modeling, drawing creation, coordination, and project management.
This document discusses the use of Building Information Modeling (BIM) for high speed rail projects. It notes that BIM can help improve predictability, reliability and quality for complex rail projects by providing consistent data and processes across the project lifecycle. The document presents case studies of BIM use and references growing investment in rail infrastructure projects across Southeast Asia and potential business opportunities for BIM solutions in those markets.
The document provides information about a BIM coordinator with over 9 years of experience in managing electrical, mechanical, plumbing, and architectural design projects. They have extensive experience with BIM software like Revit, AutoCAD, and Navisworks. Recent projects include residential towers in Saudi Arabia and Qatar. Key responsibilities include 3D coordination of MEP systems, clash detection, generating shop drawings, and managing BIM libraries and templates.
This document is a curriculum vitae for Narendra Singh, who has 12 years of experience as a CAD engineer and Revit BIM technician specializing in 3D modeling. He has extensive experience creating 3D models, drawings, and schedules for building services, infrastructure, and industrial projects. Narendra is proficient in Revit, AutoCAD, building information modeling, and asset management. He currently works as a senior CAD engineer for Royal Haskoning DHV in India.
Infrastructure submissions to 2016 AEC Excellence Awards, sponsored by Autodesk. Submission categories include roads and highways; bridges and tunnels; ports (airport/seaport); rail and transit; land, urban and campus; and energy and natural resources. Winners will be announced in November 2016 at Autodesk University in Las Vegas.
This document provides a summary of B.N. Venkateshwar Rao's professional experience and qualifications. It outlines his 13+ years of experience as a Senior Design Engineer, including roles designing parts for various rail and industrial projects. It also lists his educational background of an ME in Mechanical Engineering and BE in Mechanical Engineering. Key software skills include CATIA V5, AutoCAD, Autodesk Inventor, and SolidWorks. A selection of technical project experience is then described involving roles in 3D modeling, drawing creation, coordination, and project management.
This document discusses the use of Building Information Modeling (BIM) for high speed rail projects. It notes that BIM can help improve predictability, reliability and quality for complex rail projects by providing consistent data and processes across the project lifecycle. The document presents case studies of BIM use and references growing investment in rail infrastructure projects across Southeast Asia and potential business opportunities for BIM solutions in those markets.
The document provides information about a BIM coordinator with over 9 years of experience in managing electrical, mechanical, plumbing, and architectural design projects. They have extensive experience with BIM software like Revit, AutoCAD, and Navisworks. Recent projects include residential towers in Saudi Arabia and Qatar. Key responsibilities include 3D coordination of MEP systems, clash detection, generating shop drawings, and managing BIM libraries and templates.
This document is a curriculum vitae for Narendra Singh, who has 12 years of experience as a CAD engineer and Revit BIM technician specializing in 3D modeling. He has extensive experience creating 3D models, drawings, and schedules for building services, infrastructure, and industrial projects. Narendra is proficient in Revit, AutoCAD, building information modeling, and asset management. He currently works as a senior CAD engineer for Royal Haskoning DHV in India.
COMPARATIVE ANALYSIS OF GEOMETRIC DESIGN OF HIGHWAY USING AUTOCAD CIVIL 3D AN...IRJET Journal
This document compares the geometric design of a highway in India using AutoCAD Civil 3D and MX ROAD software. It describes the process of importing survey data, creating horizontal and vertical alignments that meet design criteria, developing cross-sectional elements, and generating earthwork quantities. The methodology used in both software programs is explained through flowcharts and screenshots. The results show that MX ROAD estimated slightly higher earthwork volumes compared to AutoCAD Civil 3D. While both programs are suitable for road design, AutoCAD Civil 3D is considered more user-friendly with style-driven objects and single tools for alignment editing. MX ROAD requires more specialized string-based modeling knowledge and separate alignment and profile geometries.
CAD Designer seeking to Transfer Broad Based Skill Set, 10+ Years of Engineering experience. As a results-focused, quality-driven professional with experience in project design; managing multiple projects creating drawings, using AutoCAD 2000 to 2013, Catia V5, Microstation 8vi and solidedge and solidworks following established CAD standards, to create Official Plot Plans with utilities, GPS and all assets on base, having a working knowledge of machining processes including tolerances, surfaces finishes, materials and ASTM standards, interpreting design requirements, specializing in industrial and piping systems, over six years, from pumped systems to drains, able to create and edit P & ID, prepare Bill of Material, arrangement of piping systems, creating parts for steam turbines, to creating asbuilt drawings for telecommunication equipment followed by a long history of demonstrating consistent achievement of objectives, and dedication to organizational goals
This document provides a summary of Brian Cherry's qualifications and experience as an industrial refrigeration drafter seeking a new position. He has over 10 years of experience in engineering projects involving CAD software such as AutoCAD, Microstation, Catia V5, and Solidworks. Currently he works as an industrial refrigeration drafter creating construction drawings for refrigeration units and piping systems. Previously he has held roles as a mechanical consultant, CAD designer, and documentation engineer where he created 3D models, drawings, and documentation for various industrial and maritime engineering projects.
This document is a curriculum vitae for Eloisa Zuñiga-Bonavente, a civil and structural engineer from the Philippines. It lists her contact information, education credentials from Adamson University, engineering software skills, and over 8 years of work experience on infrastructure and industrial projects in Singapore, South Korea, and the Philippines. Her experience includes structural design, CAD drafting, tender evaluation, construction support, and acting as project coordinator and estimator. She seeks to further her career in civil engineering project management.
Manoj N Jawale is a senior GIS engineer with over 12 years of experience in mapping, digitizing, data analysis, and geocoding using ESRI ArcGIS. He has extensive experience modeling clean water networks and 3D visualization using Autodesk Infraworks. He is seeking a challenging position that utilizes his expertise to help achieve corporate goals and work with leading edge technologies. He has an MBA in marketing and bachelor's degree in civil engineering.
Building before building autocad lab brandingErNITIN3
The document discusses how various Autodesk software solutions were used in the design and planning of a highway project. Civil 3D was used for detailed design while Revit designed structures and mechanical/electrical systems. Dynamo generated parametric scripts to extend modeling capabilities. Navisworks combined all models for clash detection and 4D construction simulation. The document then discusses Civil CAD learning courses that teach survey, transportation design, and building design using CAD software. It also describes an AutoCAD 3D course that teaches 3D modeling conversion from 2D and practical tips. Finally, it provides an overview of architectural design activities like sketching, schematic design, and creating construction documents.
Renjith Parameswaran has over 10 years of experience in master planning, road design, and infrastructure projects in Dubai. He has expertise in electrical design, street lighting, and obtaining necessary approvals. Some of the major projects he has worked on include developments in Dubai, Qatar, Afghanistan, and Saudi Arabia. He is proficient in AutoCAD, Civil 3D, Microstation, and Adobe software.
Hameed K is an Indian national with over 20 years of experience in CAD and GIS applications. He has extensive experience in digitization, CAD cleanup, and utility mapping projects. Some of his recent roles include senior engineer for CATV network projects in West Virginia, Connecticut, and San Diego, where he was responsible for drafting, quality control, and project delivery. He also has international experience working in Bahrain.
MicroStation software provides civil engineers with tools to improve design workflows and deliver projects more efficiently. It allows teams to incorporate various file formats, leverage multiple disciplines, and scale designs for both large and small projects. MicroStation also helps ensure quality deliverables are completed on time through integrated 3D modeling capabilities, real-world context, and automated output of plan sets and other documentation. Case studies demonstrate how MicroStation has helped civil engineering firms accelerate designs, reduce errors and costs, and improve collaboration across large project teams.
Bridge Design and Analysis with Civil CAD: A Comprehensive Guidecaddcentrenagpur
The CADD Centre provides training on civil cad courses like Autocad, Autocad Architecture, Revit Architecture, Revit Structure, STAAD Pro, Quantity Take-off(Building Estimating and Costing), ETABS, Civil 3D, MX Road, Navisworks, VRAY, 3DS Max for building CAD design that provides assistance on structural design, land survey & transportation design, building design, analysis.
Bridge Design and Analysis with Civil CAD: A Comprehensive Guidecaddcentrenagpur
With the aim of delivering the highest quality education, CADD Centre is backed by a team of expert and professionally qualified tutors giving you the best environment to explore your true self. With CADD Centre you have a mentor as well as a friend to guide and support you on every step of your career.
The document discusses the need to implement Building Information Modeling (BIM) in public infrastructure projects in India. It first defines BIM and explains its advantages over traditional 2D CAD, such as integrated 3D modeling, energy analysis, clash detection, and data sharing across project teams. It then outlines challenges Indian infrastructure projects face, like delays and cost overruns, that BIM could help address. Some key challenges to adopting BIM in India are legal issues around data ownership, lack of skills and software, and rigid attitudes towards digital tools. The document argues greater government support is needed to promote BIM's benefits of improved project scheduling, cost estimation, and facility management.
SOFTWARES FOR CIVIL ENGINEERS and BIM by SATHISH SKCT, coimbatore
This document provides an overview of various civil engineering software applications. It begins by stating the objectives of the session, which are to create awareness of software used by civil engineers, understand real-world problems through software visualizations, share information about free software and resources, and motivate the use of software in classrooms. It then discusses software used in various civil engineering domains like structural engineering, construction management, transportation engineering, and geotechnical engineering. For structural engineering, it focuses on software for modeling, analysis, design, and detailing of reinforced concrete and steel structures. It also discusses building information modeling (BIM) and provides examples of structural analysis done using software. In the end, it mentions that many software are available for free for
Building Information Modeling (BIM) is a process for creating and managing information on a construction project across the project lifecycle. BIM enables creation of a digital model of a building that contains intelligent objects that can be shared and used to enhance communication and collaboration. Many governments and public authorities now mandate or recommend the use of BIM for publicly funded construction projects. BIM adoption is growing globally as its benefits for improved project coordination, cost estimation, scheduling and facility management are recognized. The document outlines what BIM is, the BIM process, software used, levels of development, and provides examples of BIM implementation on construction projects around the world.
“Analysis and Planning of Residential Building by Using AutoCAD and Revit.”IRJET Journal
This document compares and contrasts the CAD software AutoCAD and the BIM software Revit. It summarizes the key differences between the two, including that AutoCAD is 2D-based for drafting while Revit is 3D model-based and allows for building information modeling across a project's lifecycle. The document then demonstrates how to model a residential building using both AutoCAD to generate 2D floor plans and Revit to create 3D models, elevations, sections and schedules. It finds that Revit provides more integrated and consistent information for coordination during design.
Matt Dowie has over 16 years of experience in engineering consulting and CAD management. He is proficient in various CAD software packages including AutoCAD, Civil 3D, REVIT, and Microstation. He has worked on a wide range of infrastructure projects such as highways, drainage, rail, and buildings. Currently, he runs his own CAD consulting business delivering CAD solutions and training.
RURAL ROAD DESIGN ENHANCEMENT USING CIVIL 3DIRJET Journal
This document describes a study that used Civil 3D software to design a 600-meter rural road in India. Key steps included conducting surveys of the project site to collect data, establishing design criteria based on Indian road standards, and implementing the design process in Civil 3D which included creating alignments, profiles, cross-sections and corridors. The outputs, such as tables for curves, slopes and watersheds, showed the road design was in accordance with standards and safety measures. The study concluded Civil 3D is an efficient and effective tool for highway geometric design as it streamlines the process and allows three-dimensional modeling to save time compared to manual design.
Ravi Shenker has over 15 years of experience in highway engineering. He has worked on projects in India, the UK, Qatar, Kuwait, and Sweden. Some of his responsibilities include managing project design teams, designing road alignments and junctions using software like MXRoad, conducting traffic analysis and pavement design, and ensuring highway safety standards are met. He is a PRINCE2 registered practitioner specializing in highway design, airport design, and project management.
Understanding Inductive Bias in Machine LearningSUTEJAS
This presentation explores the concept of inductive bias in machine learning. It explains how algorithms come with built-in assumptions and preferences that guide the learning process. You'll learn about the different types of inductive bias and how they can impact the performance and generalizability of machine learning models.
The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.
COMPARATIVE ANALYSIS OF GEOMETRIC DESIGN OF HIGHWAY USING AUTOCAD CIVIL 3D AN...IRJET Journal
This document compares the geometric design of a highway in India using AutoCAD Civil 3D and MX ROAD software. It describes the process of importing survey data, creating horizontal and vertical alignments that meet design criteria, developing cross-sectional elements, and generating earthwork quantities. The methodology used in both software programs is explained through flowcharts and screenshots. The results show that MX ROAD estimated slightly higher earthwork volumes compared to AutoCAD Civil 3D. While both programs are suitable for road design, AutoCAD Civil 3D is considered more user-friendly with style-driven objects and single tools for alignment editing. MX ROAD requires more specialized string-based modeling knowledge and separate alignment and profile geometries.
CAD Designer seeking to Transfer Broad Based Skill Set, 10+ Years of Engineering experience. As a results-focused, quality-driven professional with experience in project design; managing multiple projects creating drawings, using AutoCAD 2000 to 2013, Catia V5, Microstation 8vi and solidedge and solidworks following established CAD standards, to create Official Plot Plans with utilities, GPS and all assets on base, having a working knowledge of machining processes including tolerances, surfaces finishes, materials and ASTM standards, interpreting design requirements, specializing in industrial and piping systems, over six years, from pumped systems to drains, able to create and edit P & ID, prepare Bill of Material, arrangement of piping systems, creating parts for steam turbines, to creating asbuilt drawings for telecommunication equipment followed by a long history of demonstrating consistent achievement of objectives, and dedication to organizational goals
This document provides a summary of Brian Cherry's qualifications and experience as an industrial refrigeration drafter seeking a new position. He has over 10 years of experience in engineering projects involving CAD software such as AutoCAD, Microstation, Catia V5, and Solidworks. Currently he works as an industrial refrigeration drafter creating construction drawings for refrigeration units and piping systems. Previously he has held roles as a mechanical consultant, CAD designer, and documentation engineer where he created 3D models, drawings, and documentation for various industrial and maritime engineering projects.
This document is a curriculum vitae for Eloisa Zuñiga-Bonavente, a civil and structural engineer from the Philippines. It lists her contact information, education credentials from Adamson University, engineering software skills, and over 8 years of work experience on infrastructure and industrial projects in Singapore, South Korea, and the Philippines. Her experience includes structural design, CAD drafting, tender evaluation, construction support, and acting as project coordinator and estimator. She seeks to further her career in civil engineering project management.
Manoj N Jawale is a senior GIS engineer with over 12 years of experience in mapping, digitizing, data analysis, and geocoding using ESRI ArcGIS. He has extensive experience modeling clean water networks and 3D visualization using Autodesk Infraworks. He is seeking a challenging position that utilizes his expertise to help achieve corporate goals and work with leading edge technologies. He has an MBA in marketing and bachelor's degree in civil engineering.
Building before building autocad lab brandingErNITIN3
The document discusses how various Autodesk software solutions were used in the design and planning of a highway project. Civil 3D was used for detailed design while Revit designed structures and mechanical/electrical systems. Dynamo generated parametric scripts to extend modeling capabilities. Navisworks combined all models for clash detection and 4D construction simulation. The document then discusses Civil CAD learning courses that teach survey, transportation design, and building design using CAD software. It also describes an AutoCAD 3D course that teaches 3D modeling conversion from 2D and practical tips. Finally, it provides an overview of architectural design activities like sketching, schematic design, and creating construction documents.
Renjith Parameswaran has over 10 years of experience in master planning, road design, and infrastructure projects in Dubai. He has expertise in electrical design, street lighting, and obtaining necessary approvals. Some of the major projects he has worked on include developments in Dubai, Qatar, Afghanistan, and Saudi Arabia. He is proficient in AutoCAD, Civil 3D, Microstation, and Adobe software.
Hameed K is an Indian national with over 20 years of experience in CAD and GIS applications. He has extensive experience in digitization, CAD cleanup, and utility mapping projects. Some of his recent roles include senior engineer for CATV network projects in West Virginia, Connecticut, and San Diego, where he was responsible for drafting, quality control, and project delivery. He also has international experience working in Bahrain.
MicroStation software provides civil engineers with tools to improve design workflows and deliver projects more efficiently. It allows teams to incorporate various file formats, leverage multiple disciplines, and scale designs for both large and small projects. MicroStation also helps ensure quality deliverables are completed on time through integrated 3D modeling capabilities, real-world context, and automated output of plan sets and other documentation. Case studies demonstrate how MicroStation has helped civil engineering firms accelerate designs, reduce errors and costs, and improve collaboration across large project teams.
Bridge Design and Analysis with Civil CAD: A Comprehensive Guidecaddcentrenagpur
The CADD Centre provides training on civil cad courses like Autocad, Autocad Architecture, Revit Architecture, Revit Structure, STAAD Pro, Quantity Take-off(Building Estimating and Costing), ETABS, Civil 3D, MX Road, Navisworks, VRAY, 3DS Max for building CAD design that provides assistance on structural design, land survey & transportation design, building design, analysis.
Bridge Design and Analysis with Civil CAD: A Comprehensive Guidecaddcentrenagpur
With the aim of delivering the highest quality education, CADD Centre is backed by a team of expert and professionally qualified tutors giving you the best environment to explore your true self. With CADD Centre you have a mentor as well as a friend to guide and support you on every step of your career.
The document discusses the need to implement Building Information Modeling (BIM) in public infrastructure projects in India. It first defines BIM and explains its advantages over traditional 2D CAD, such as integrated 3D modeling, energy analysis, clash detection, and data sharing across project teams. It then outlines challenges Indian infrastructure projects face, like delays and cost overruns, that BIM could help address. Some key challenges to adopting BIM in India are legal issues around data ownership, lack of skills and software, and rigid attitudes towards digital tools. The document argues greater government support is needed to promote BIM's benefits of improved project scheduling, cost estimation, and facility management.
SOFTWARES FOR CIVIL ENGINEERS and BIM by SATHISH SKCT, coimbatore
This document provides an overview of various civil engineering software applications. It begins by stating the objectives of the session, which are to create awareness of software used by civil engineers, understand real-world problems through software visualizations, share information about free software and resources, and motivate the use of software in classrooms. It then discusses software used in various civil engineering domains like structural engineering, construction management, transportation engineering, and geotechnical engineering. For structural engineering, it focuses on software for modeling, analysis, design, and detailing of reinforced concrete and steel structures. It also discusses building information modeling (BIM) and provides examples of structural analysis done using software. In the end, it mentions that many software are available for free for
Building Information Modeling (BIM) is a process for creating and managing information on a construction project across the project lifecycle. BIM enables creation of a digital model of a building that contains intelligent objects that can be shared and used to enhance communication and collaboration. Many governments and public authorities now mandate or recommend the use of BIM for publicly funded construction projects. BIM adoption is growing globally as its benefits for improved project coordination, cost estimation, scheduling and facility management are recognized. The document outlines what BIM is, the BIM process, software used, levels of development, and provides examples of BIM implementation on construction projects around the world.
“Analysis and Planning of Residential Building by Using AutoCAD and Revit.”IRJET Journal
This document compares and contrasts the CAD software AutoCAD and the BIM software Revit. It summarizes the key differences between the two, including that AutoCAD is 2D-based for drafting while Revit is 3D model-based and allows for building information modeling across a project's lifecycle. The document then demonstrates how to model a residential building using both AutoCAD to generate 2D floor plans and Revit to create 3D models, elevations, sections and schedules. It finds that Revit provides more integrated and consistent information for coordination during design.
Matt Dowie has over 16 years of experience in engineering consulting and CAD management. He is proficient in various CAD software packages including AutoCAD, Civil 3D, REVIT, and Microstation. He has worked on a wide range of infrastructure projects such as highways, drainage, rail, and buildings. Currently, he runs his own CAD consulting business delivering CAD solutions and training.
RURAL ROAD DESIGN ENHANCEMENT USING CIVIL 3DIRJET Journal
This document describes a study that used Civil 3D software to design a 600-meter rural road in India. Key steps included conducting surveys of the project site to collect data, establishing design criteria based on Indian road standards, and implementing the design process in Civil 3D which included creating alignments, profiles, cross-sections and corridors. The outputs, such as tables for curves, slopes and watersheds, showed the road design was in accordance with standards and safety measures. The study concluded Civil 3D is an efficient and effective tool for highway geometric design as it streamlines the process and allows three-dimensional modeling to save time compared to manual design.
Ravi Shenker has over 15 years of experience in highway engineering. He has worked on projects in India, the UK, Qatar, Kuwait, and Sweden. Some of his responsibilities include managing project design teams, designing road alignments and junctions using software like MXRoad, conducting traffic analysis and pavement design, and ensuring highway safety standards are met. He is a PRINCE2 registered practitioner specializing in highway design, airport design, and project management.
Similar to train civil engineering courses for professionals and dimmies the trainingvguide (20)
Understanding Inductive Bias in Machine LearningSUTEJAS
This presentation explores the concept of inductive bias in machine learning. It explains how algorithms come with built-in assumptions and preferences that guide the learning process. You'll learn about the different types of inductive bias and how they can impact the performance and generalizability of machine learning models.
The presentation also covers the positive and negative aspects of inductive bias, along with strategies for mitigating potential drawbacks. We'll explore examples of how bias manifests in algorithms like neural networks and decision trees.
By understanding inductive bias, you can gain valuable insights into how machine learning models work and make informed decisions when building and deploying them.
ACEP Magazine edition 4th launched on 05.06.2024Rahul
This document provides information about the third edition of the magazine "Sthapatya" published by the Association of Civil Engineers (Practicing) Aurangabad. It includes messages from current and past presidents of ACEP, memories and photos from past ACEP events, information on life time achievement awards given by ACEP, and a technical article on concrete maintenance, repairs and strengthening. The document highlights activities of ACEP and provides a technical educational article for members.
Literature Review Basics and Understanding Reference Management.pptxDr Ramhari Poudyal
Three-day training on academic research focuses on analytical tools at United Technical College, supported by the University Grant Commission, Nepal. 24-26 May 2024
Redefining brain tumor segmentation: a cutting-edge convolutional neural netw...IJECEIAES
Medical image analysis has witnessed significant advancements with deep learning techniques. In the domain of brain tumor segmentation, the ability to
precisely delineate tumor boundaries from magnetic resonance imaging (MRI)
scans holds profound implications for diagnosis. This study presents an ensemble convolutional neural network (CNN) with transfer learning, integrating
the state-of-the-art Deeplabv3+ architecture with the ResNet18 backbone. The
model is rigorously trained and evaluated, exhibiting remarkable performance
metrics, including an impressive global accuracy of 99.286%, a high-class accuracy of 82.191%, a mean intersection over union (IoU) of 79.900%, a weighted
IoU of 98.620%, and a Boundary F1 (BF) score of 83.303%. Notably, a detailed comparative analysis with existing methods showcases the superiority of
our proposed model. These findings underscore the model’s competence in precise brain tumor localization, underscoring its potential to revolutionize medical
image analysis and enhance healthcare outcomes. This research paves the way
for future exploration and optimization of advanced CNN models in medical
imaging, emphasizing addressing false positives and resource efficiency.
Introduction- e - waste – definition - sources of e-waste– hazardous substances in e-waste - effects of e-waste on environment and human health- need for e-waste management– e-waste handling rules - waste minimization techniques for managing e-waste – recycling of e-waste - disposal treatment methods of e- waste – mechanism of extraction of precious metal from leaching solution-global Scenario of E-waste – E-waste in India- case studies.
2. Highway A4 between Rotterdam and The Hague
PROJECT:
CUSTOMER: A4ALL Consortium - Boskalis, Heijmans, and VolkerWessels
BIM for Infrastructure solutions helps consortium improve coordination,
planning and review with an intelligent 3D model to support design and build
of a new highway
Image courtesy of A4ALL Consortium
AGENCY: Rijkswaterstaat
Model used for various analyses including sun
reflection and driver sight lines, and is linked
to the project’s scheduling system to simulate
construction phasing to help more predictably
plan field activities. BIM processes supported
by the following Autodesk software:
AutoCAD® Map 3D
Autodesk® InfraWorks
AutoCAD® Civil 3D®
Autodesk® 3ds Max® Design
Autodesk® Navisworks® Manage
Autodesk® Design Review
Autodesk® Revit® Structure
Excellence in Infrastructure 2012
3. Gerald Desmond Bridge
PROJECT:
CUSTOMER: ARUP
ARUP provides simulation of traffic cameras on the bridge with
Autodesk® InfraWorks software
Image courtesy of ARUP
PORT OF LONG BEACH AND
CALTRANS
1 of 10 Caltrans Design Build
Pilot Program Projects
2.4 mile Bridge replacement
connects SR-710 to Terminal
Island
Connects America to our
second largest port which
traffics $140 billion in goods
annually
view video
Excellence in Infrastructure 2013
4. NextRail KC – Visualization
PROJECT:
CUSTOMER: BNIM Architects
3D aggregated project model and visualization - merging existing conditions
with street car options - helps TOD communicate the plans and get feedback
at community meetings.
Downtown Streetcar starter line rendering. Image courtesy of HDR
AGENCY: Transit Oriented Development (TOD) & Kansas City, MO (
BNIM is working with the city to create
and collaborate 3D aggregated model
using Autodesk ReCap, Autodesk
InfraWorks 360, Autodesk 3ds Max
Design, and Autodesk Revit. Existing
data sources include water,
wastewater, power, aerial 3D laser
scanning (LiDAR), parking, Impervious
services, economic impact and City
planning data.
Excellence in Infrastructure 2014
5. Region of Peel Ontario – Water Distribution
PROJECT:
CUSTOMER: Cole Engineering
Cole Engineering used 3d modeling solutions to consolidate different data
files – created existing conditions model, developed its pre-engineering
design with AutoCAD Civil 3D software, and imported the design into
Autodesk InfraWorks
Image courtesy of Cole Engineering Group, Ltd.
AGENCY: Region of Peel, Ontario, Canada
We were able to quickly identify and resolve
design issues in this virtual environment—
identifying potential utility conflicts, right-of-
way concerns, and constructability issues.
—Alan Winter
General Manager,
Greater Toronto Area West office
Cole Engineering Group, Ltd.
6. High Profile Land Development
PROJECT:
CUSTOMER: Cole Engineering
Created concept model using Autodesk InfraWorks for 2km servicing project
in coordination with others. Created one single model to show impact of
construction on residents and commuter traffic lane closures.
Existing Model using City GIS & CAD Data sources. Image courtesy of Cole Engineering Group, Ltd.
Commercial and Land development projects
that require services.
Design coordination w2ith
7. x
—x
Road Designer/BIM Coordinator
Multiconsult AS
NE 28th Avenue and Baseline Road Projects
PROJECT:
CUSTOMER:: Cardno
Model-based tools helped improve design workflows for roundabouts and road
widening, underground utilities and more. Autodesk InfraWorks 360 helped Cardno
and the City of Hillsboro communicate project details to the community.
Images Courtesy of Cardno
AGENCY: City of Hillsboro, Oregon
The cloud services allowed us to
synchronize our Autodesk InfraWorks 360
to the iPad. The iPad was used at the
open house to allow residents to walk
through the proposed improvements and
view them at any angle.
—Fred Wismer
Project Engineer
Cardno
Excellence in Infrastructure 2013
8. Laguna Bridge - Brazil
PROJECT:
CUSTOMER: Camargo Correa
Camargo uses planning and 3D modeling to identify economic, ecological
and constructability issues, and to improve communication with
stakeholders
Images Courtesy of Camargo Correa
Project complexity, size and number of
interfaces has greatly increased in the last
few years. The more you can use planning
and 3D modeling techniques - basically BIM -
the more you can cut costs. Cutting costs
and lost time is essential in a world where
competitiveness and profit margin are getting
lower and tighter and becoming more of a
deciding factor.
—Adherbal Moreira
Director of Operational Support, Heavy Construction
Department
Camargo Correa
Excellence in Infrastructure 2013
9. Factory Site Design & Precise Pipeline Management System
PROJECT:
CUSTOMER: Chahoo
Autodesk suites implement automation for factory site and interior modeling
- helping Chahoo improve project–communication, terrain design, and
review through interior design and specification
Scanned data in AutoCAD Civil 3D. Image courtesy of Chahoo
The greatest thing about Autodesk
Infrastructure Design Suite is that it is a
total solution applicable to all areas of
construction and civil engineering. As
Autodesk Infrastructure Design Suite
offers efficiency and versatility across so
many areas, it can import data from many
different sources. It offers an easy-to-use
interface with customizable GUI that
improves work productivity.
—Jeong Taekseon
R&D Team Manager
Chahoo
10. BINM for Jiangyou Project
PROJECT:
CUSTOMER: China Railway Eryuan Engineering Group Co., Ltd.
Autodesk BIM for Infrastructure helps design firm make project more consistent across
disciplines and workflows, improve stakeholder review process and accessibility of data
realizing 10% cost and time savings on the project.
Railway-bed modeling helped to
improve the construction
process – showing real-time
exchange of information,
improved quality of the design
and ease of coordination with
stakeholders.
Image courtesy of China Railway Eryuan Engineering Group Co., Ltd..
Excellence in Infrastructure 2014 – Submission
LOCATION: Xi'an, Shaanxi, China
11. Rail Transit Project Planning
PROJECT:
CUSTOMER: China Railway First Survey & Design Institute Group Co., Ltd.
Autodesk BIM for Infrastructure helps design firm study constructability issues and
communicate design proposal to stakeholders on new light rail transit project.
Project in the new economic
zone of Qingdao, a major city in
eastern Shandong Province
located on the Yellow Sea.
The planned 70-kilometer R3
line will traverse Qingdao’s
shoreline, with 20 stations,
including seven rail-metro
stations and 13 elevated road
stations.
Image courtesy of China Railway First Survey & Design Institute Group Co., Ltd.
Excellence in Infrastructure 2014 – Submission
LOCATION: Xi'an, Shaanxi, China
12. Star Road and Weeping Willow Road Project
PROJECT:
CUSTOMER: Coastal Engineering Associates
Coastal Engineering uses InfraWorks to compete for a Florida road improvement
project and wins with 3D visualization
InfraWorks is a great tool for visualizing and
communicating preliminary designs. It
helped our client really see and understand
the technical details of our proposal, which
ultimately resulted in award of the design
project.
—Burt Bennett
Director
Coastal Engineering Associates
Image courtesy of Coastal Engineering Associates
13. Oakville Community Hub
PROJECT:
CUSTOMER: Cole Engineering Group, Ltd.
Cole Engineering combined Civil 3D grading and alignments; GIS data and
InfraWorks 360. Rapid design iterations allowed them to critique their work
originally created in Civil 3D to improve the design intent before meeting
with the client and still meet deadlines.
Image courtesy of Cole Engineering Group, Ltd.
AGENCY: Ontario, Canada
Conceptual Community site plan
and transportation hub with new
overpass and pedestrian bridges
connecting north side of highway
with south side.
14. Region of Peel Ontario – Water Distribution
PROJECT:
CUSTOMER: Cole Engineering
Cole Engineering used 3d modeling solutions to consolidate different data
files – created existing conditions model, developed its pre-engineering
design with AutoCAD Civil 3D software, and imported the design into
Autodesk InfraWorks
Image courtesy of Cole Engineering Group, Ltd.
AGENCY: Region of Peel, Ontario, Canada
We were able to quickly identify and resolve
design issues in this virtual environment—
identifying potential utility conflicts, right-of-
way concerns, and constructability issues.
—Alan Winter
General Manager,
Greater Toronto Area West office
Cole Engineering Group, Ltd.
15. High Profile Land Development
PROJECT:
CUSTOMER: Cole Engineering
Created concept model using Autodesk InfraWorks for 2km servicing project
in coordination with others. Created one single model to show impact of
construction on residents and commuter traffic lane closures.
Existing Model using City GIS & CAD Data sources. Image courtesy of Cole Engineering Group, Ltd.
Commercial and Land development projects
that require services.
Design coordination w2ith
16. E16 Road Addition (4 lane/32 kilometer Norway to Sweden)
PROJECT:
CUSTOMER: COWI
COWI uses 3D model of existing geographical conditions to plan and visualize a major
new highway in Norway – getting to the review stages several weeks faster
Before InfraWorks 360, there wasn’t any
feasible method of bringing together and
visualizing existing condition information for
large infrastructure projects. It has been a
‘eureka’ experience.
—Frode Geir Bjoervik
Project director
COWI
Image courtesy of COWI and NPRA
AGENCY: Norwegian Public Road Administration (NPRA)
17. Dewberry’s commitment to information
modeling continues to improve our ability to
communicate design content to our clients
and their stakeholders. Using the Autodesk
Infrastructure Design Suite, we are replacing
traditional paper exhibits with highly detailed
three dimensional models and visualizations,
providing viewers with a more familiar
perspective to better understand design
intent.
—Chris dePascale, P.E.
Senior Associate
Dewberry
Potomac Water Supply Program Visualization
PROJECT:
CUSTOMER: Dewberry
BIM processes help Dewberry create more accurate depictions of the
proposed program to improve communication to the owner, design teams and
the community
Trap Rock Water Treatment Facility. Image courtesy of Dewberry (visualization) & CDM (treatment facility model)
Excellence in Infrastructure 2014 – 2nd place
AGENCY: Loudoun Water
18. Noman Cole Water Reuse Project
PROJECT:
CUSTOMER: Dewberry
Modeling in context helped the design-build team construct the project without a
single utility conflict. Autodesk® InfraWorks™ and Autodesk® 3ds Max® Design
helped the team and the client better understand and evaluate the design for
improved decision making and more efficient construction.
Image courtesy of Dewberry
To the agencies involved in this design-build project,
the schedule was critical. Looking at time and
design alternatives and how to make the least
impact on the community were all a part of what we
did early on for the Noman Cole project. 3ds Max
was used as a visualization and simulation tool. The
Autodesk tools work well with each other, and using
3ds Max, we were able to present options for the
local and state agencies involved.
—Cody Pennetti
Site/Civil Engineer
Dewberry
Excellence in Infrastructure 2012
AGENCY: Fairfax County
19. Engineering projects using Infrastructure Design Suite
PROJECT:
CUSTOMER: DL Engineering & Surveying
Engineering firm uses tools in the Infrastructure Design Suite to differentiate
and win new projects.
Image courtesy of DL Engineering & Surveying
The software in Autodesk Infrastructure
Design Suite 2014 including AutoCAD
Civil 3D, AutoCAD Map 3D, Autodesk
InfraWorks, Autodesk ReCap and the
hydrology and hydraulic tools, allow me to
work on a wider variety of project types
and create deliverables specific to my
clients' requirements..
—Dino Lustri, P.E. P.S.
Owner/ Water Resources Engineer
DL Engineering & Surveying
20. The investigation included the use of radio-
frequency electromagnetic (EM) pipe and
cable locators and ground penetrating radar
(GPR) technologies to map buried
infrastructure. Final deliverables included
detailed 2D drawings and 3D project
visualizations of all detectable buried
infrastructure and obstructions in the area.
Subsurface Utility Engineering Investigation – MUSC Central Energy Plant
PROJECT:
CUSTOMER: GEL Geophysics
GEL added realism to this visualization model by using ReCap 360 to create a
model from scanned data of the firm’s GPR equipment create a 3D model of
the underground features.
Image courtesy of GEL Geophysics
Excellence in Infrastructure 2014 – Submission
AGENCY: City of Charleston, South Carolina
21. During the investigation, instrument-derived
depths were recorded at specific intervals
along each utility. This reality-captured data
was imported into Civil 3D software to create
a 3D model of the underground features, as
well as conventional 2D drawings. In addition,
the firm used Autodesk InfraWorks to create
3D visualizations exposing all the utilities
buried under Alexander Street, complete with
correct depths and pipe sizes.
Subsurface Utility Engineering Investigation – Alexander Street
PROJECT:
CUSTOMER: GEL Geophysics
Civil 3D survey model, detailed drawings, and InfraWorks visualization model gave
stakeholders a better understanding of conditions under the street, helping the utility
coordinate design with existing infrastructure and avoid unexpected issues during
construction.
Image courtesy of GEL Geophysics
Excellence in Infrastructure 2014 – Submission
AGENCY: City of Charleston, South Carolina
22. Chicago Transit Authority – Wilson Station
PROJECT:
CUSTOMER: HNTB
Project teams embrace BIM to improve project performance, discuss spatial
coordination and actively work to eliminate conflicts in the model rather than
on site to maintain maximum uptime for the station during construction
Images Courtesy of HNTB and Chicago Transit Authority
AGENCY: Chicago Transit Authority
Modernizing Chicago Transit’s facility
around the existing infrastructure,
while finding locations for new piers
that did not negatively impact existing
conditions, was certainly challenging.
Use of LiDAR to quickly and efficiently
document existing conditions
translates quickly into model form -
especially for a complex site.
—Eddy Krygiel
Director of Design Technology
HNTB
Excellence in Infrastructure 2013
23. The ability to study so many alternative
designs in such a short amount of time helped
save an estimated $10 million on this project.
These cost savings were made possible with
help from Civil 3D.
Scott Reed, P.E.
Associate
Huitt-Zollars, Inc.
La Pata Avenue Gap Closure and Camino Del Rio Extension Project
PROJECT:
CUSTOMER: Huitt-Zollars, Inc.
Huitt-Zollars uses Autodesk solutions to help significantly reduce the cost of a road
project in Southern California and communicate design plans to all stakeholders.
Image courtesy of Huitt-Zollars
Excellence in Infrastructure 2014 – 3rd Place
AGENCY: Orange County, California
24. HD Hydropower Station
PROJECT:
CUSTOMER: HYDROCHINA Kunming
BIM supports collaboration design, coordination, and planning. Intelligent 3D
models support multi-discipline engineering design, volume calculations,
clash detection, and project visualizations – to inform better design decisions.
Image courtesy of HYDROCHNIA
HYDROCHINA relies on Autodesk® InfraWorks
software for conceptual design and project
visualization, Autodesk® Revit® Structure software to
design hydraulic structures; Autodesk® Revit® MEP
and Autodesk® Inventor® software for mechatronic
and metal structures design; Autodesk® Revit®
Architecture software for building design; AutoCAD®
Civil 3D® software for surveying, hydrological
design, and construction; and Autodesk®
Navisworks® Manage software for virtual project
review, coordination, and 4D construction
simulation.
Excellence in Infrastructure 2012
25. Substation Proposal
PROJECT:
CUSTOMER: Idaho Power
Idaho Power mines existing conditions data to find unexpected value. Autodesk
InfraWorks 360 helps utility to develop substation relocation options and speeds
approval by collaborating with stakeholders via the cloud
3D modeling combined with mobile devices,
helped us communicate with and ultimately
win over a rural land owner. Our new
substation design concept was a realistic
representation of the project. Autodesk
InfraWorks 360 helped us reach an
agreement quickly so we could get the
project underway, saving time and money
by minimizing travel to the remote rural area
for stakeholder reviews.
—Eric Bush
CADD Technician
Idaho Power
Image courtesy of Idaho Power
Excellence in Infrastructure 2013
26. Substation in a barn
PROJECT:
CUSTOMER: Idaho Power
3D helps improve productivity and decision-making
So far, we’ve used InfraWorks
models to plan, communicate
with stakeholders, and improve
documentation quality. When
something works with data from
a variety of sources so readily,
it’s practical to experiment and
find unexpected value.
—Erin Sorensen
GIS Technician
Idaho Power
Image courtesy of Idaho Power
Excellence in Infrastructure 2013
27. Transmission line versus Substation
PROJECT:
CUSTOMER: Idaho Power
Autodesk InfraWorks improves communication of design concepts to community college
helping non-technical stakeholders understand the which options best meeting increasing
power demands and quickly decide on a solution.
AGENCY: Community College Campus
3D models of our substations can help us to
improve productivity. Starting a new project
could be faster in 3D. Currently, it is multi-
week process to clean up the old plans. And
productivity in the field could be improved
as they could access accurate equipment
information and clearances with fewer visits
to substations.
—Eric Bush
CADD Technician
Idaho Power
Image courtesy of Idaho Power
Excellence in Infrastructure 2013
28. Sediment Monitoring at Hells Canyon Dam
PROJECT:
CUSTOMER: Idaho Power
LiDAR scans within Autodesk InfraWorks helps utility visualize the past to help with
water management and safety today
Discovered rubble at river bottom and used
InfraWorks to reassemble the bridge as it
once stood
Image courtesy of Idaho Power
Excellence in Infrastructure 2013
29. Khed City Model
PROJECT:
CUSTOMER: Kalyani Group
Building a BIM city: Autodesk software helps Khed City become a new
exemplar for enhanced infrastructure development
Downtown or city centre organized around public squares, plazas and bazaars.
Image courtesy of Kalyani Group.
The visualizations along with the
engineering data created in the
Suite are stunning and conveys
the design intent in much
effective way to the stakeholders
and to the common people.
—Mr. Yogesh Zope
CIO
Kalyani Group
30. Roadway Drainage Improvement
PROJECT:
CUSTOMER: KFW Engineers & Surveying
Autodesk InfraWorks helps design firm impress review team and win
infrastructure project by getting to results fast – modeling ideas in 8 hours
versus 2 weeks
Image courtesy of KFW Engineers & Surveying
AGENCY: City of San Antonio, Texas
Autodesk products are our long
term strategy. Our confidence
in the software and the designs
we produce with them is very
high.
—Stephen Garza
CAD and GIS Manager
KFW Engineers & Surveying
31. Nursery Road Bridge Reconstruction Conceptual Design
PROJECT:
CUSTOMER: Lexington County Public Works
Importing aerial photography and topographical, GIS and road data for the road along with a 3D
model of the new bridge, the team created a model, animated drive-through and flyover of the
project for viewing at informational sessions and public hearings.
To improve access to a local elementary school,
Lexington County Public Works is rebuilding an
abandoned bridge crossing in the town of Irmo,
South Carolina. Initially, the proposed design for the
new bridge was presented to the public in the form
of traditional 2D drawings, which can be difficult for
nontechnical audiences to understand.
Even with the safety improvement, local residents
were concerned about the new bridge and the
impact on traffic flow in that area. To support public
outreach, the County used created a 3D model and
an animated movie of the project’s conceptual
design, set in the context of the surrounding roads
and environment.
Image courtesy of Lexington, SC
Excellence in Infrastructure 2014 – Submission
LOCATION: Irmo, South Carolina
32. Burle Marx Park Bridge
PROJECT:
CUSTOMER: Maubertec Engenharia e Projetos Ltda
Model-based visualizations with Autodesk® InfraWorks™ 360 gives technical and
nontechnical stakeholders a view of the bridge from the park and other vantage points in the
area and helps city officials approve the project more quickly—accelerating the entire
environmental permitting process
AGENCY: Maubertec-Planservi Consortium
Autodesk software helped us increase
productivity, integrate different elements of
the project, and improve communication.
And Autodesk® Infraworks™ 360 allowed the
project to be analyzed remotely by
stakeholders, which contributed significantly
to speeding up the process of obtaining the
environmental permit for the project.
—João Leopoldo Wernek Camargo, P.E.
Projects Superintendent
SPObras
Image Courtesy of Maubertec
Excellence in Infrastructure 2013
33. City of Fet Bridge Project
PROJECT:
CUSTOMER: Multiconsult AS
Autodesk InfraWorks helps Multiconsult aggregate a single data-rich model
and develop preliminary design alternatives and visualizations in the context
of existing environments more quickly and cost effectively
view video
Image courtesy of Multiconsult and City of Fet, Norway
AGENCY: City of Fet, Norway
In this single InfraWorks model, we
developed 17 possible road
alternatives and eight different
designs for the new bridge across
the river. Despite the large amount of
data, we could navigate smoothly
through the model during our design
efforts and during presentations to
our client.
—Philip Hon
Road Designer/BIM Coordinator
Multiconsult AS
Excellence in Infrastructure 2012
34. Information System for Moscow’s Department of Cultural Heritage
PROJECT:
CUSTOMER: Neolant
Model-based information system helps department in preserving Moscow’s
cultural heritage. Users can navigate the model— measure distances, heights
and areas, and view the status of a historical object—enabling analysis of the
impact of proposed development near important historic structures.
Image courtesy of Neolant
Neolant used Autodesk® InfraWorks, AutoCAD® Civil 3D®,
Autodesk® 3ds Max® Design, Autodesk® Navisworks®
Manage, and Autodesk® 123D® software to create and
integrate 3D models of historical or culturally important
buildings into the department’s existing GIS platform.
The firm created 3D models of the buildings themselves, as
well as the urban environment around them such as nearby
buildings, terrain, streets, trees, statues, and water features.
The team then combined those models and linked
appropriate attributes to the existing information database.
Excellence in Infrastructure 2012
AGENCY: Department of Cultural Heritage, Moscow, Russia
35. Swiss Canton Urban Master Planning
PROJECT:
CUSTOMER: planIng
Autodesk InfraWorks reduces the cost and time of generating visually
compelling 3D planning proposals. As a result, the firm is broadening its
service offerings and generating exciting new business opportunities.
Image courtesy of planIng
AGENCY: Appenzell Innerhoden, Switzerland
Instead of relying on traditional 2D maps,
drawings, and graphics, we used a 3D
model to present the information.
InfraWorks gave nontechnical canton
officials and other interested groups a
much better understanding of the
development plans by displaying them in
the setting of the canton’s surrounding
environment.
—Thomas Mauchle
Owner
planIng
36. TC01
PROJECT:
CUSTOMER: ProspeCAD
Design firm created 3D model of the initial site using aerial imagery and topographical data.
With various design options for the site–including calculation of cut/fill volumes – they
minimized earthworks and improved client and investor presentations with 3D visualization.
The 56,000-square-meter development
will have 138 residential lots that are
approximately 200 square meters each,
as well as several other irregularly sized
lots at the edges of blocks. The
development is quite flat with an
abundance of native plants, many of
which will be permanently preserved in
green spaces. The development’s
infrastructure will include water and
electrical utilities, and a storm water
drainage system.
Image courtesy of PROSPECAD
Excellence in Infrastructure 2014 – Submission
LOCATION: São Jose dos Campos, Brazil
37. Loteamento N. Escalada
PROJECT:
CUSTOMER: PROSPECAD Engenharia/Geoprocessamento
BIM leads to collaborated and agile development on drainage project – Autodesk®
InfraWorks™ helps display solution to address high rainfall and topographic district
showing 3D model of optimized parcel, roadway and catch basins.
Image courtesy of PROSPECAD
In Brazil, demographic expansion and increasing
awareness of sustainable use of resources make
it even more important for us to rationally project
results of analysis and model scenarios in a more
agile environment – both meeting deadlines and
continuing to be competitive. With the
combination of AutoCAD® Civil 3D ® and the
stormwater analysis tools we better understand
the options. Then we rapidly model the results in
Autodesk® InfraWorks™ to win more projects.
—Tiago Garlipp
Engineer , Earthworks and pluvial drainage design
PROSPECAD Engenhario/Geoprocessamento
Excellence in Infrastructure 2013
38. Chaglla Hydroelectric Power Plant
PROJECT:
CUSTOMER: Odebrecht
Model-based processes are enabling 3D, 4D, and 5D construction planning and
coordination helping Odebrecht to improve construction by 20% and meet environmental
challenge and schedule requirements
This proposal involves 5D that is the union
of the three-dimensional visualization,
proposed by BIM, and the dimensions of
cost and time. When all this information can
be interpreted together, we can support the
director of contract effectively. The result is
that we can transform islands of information
into knowledge archipelagos.
—Valter Sousa
IT Leader
Odebrecht, Latin America
Autodesk InfraWorks used to visualize river and nearby terrain . Image courtesy Odebrecht
Excellence in Infrastructure 2013
39. HKM 3D Infrastructure Information System
PROJECT:
CUSTOMER: Schildwächter Ingenieure
BIM helps to unify and extend HKM knowledge base with enterprise-wide D
information system for quick access to relevant infrastructure information to
make informed decisions.
Image courtesy of Schildwächter Ingenieure
AGENCY: Hüttenwerke Krupp Mannesmann (HKM)
The solution consists of models from AutoCAD® Map
3D, Autodesk® InfraWorks®, Autodesk® Navisworks®
Manage, Autodesk® Navisworks® Simulate, AutoCAD®
MEP, AutoCAD® Architecture, AutoCAD® Plant 3D,
AutoCAD® Civil 3D®, Autodesk® 3ds Max® Design,
and Autodesk® Inventor® software. The new system
combines and centrally stores and manages existing
2D and 3D plant data. In addition, the team used laser
scanning techniques and Autodesk software to
develop new 3D models for missing data or to
supplement incomplete or inadequate infrastructure
data.
Excellence in Infrastructure 2012
40. The Heart of Highland: Circle highway of XC City
PROJECT:
CUSTOMER: Sichuan Transportation Design Institute of China (SCODI)
Autodesk® InfraWorks™ speeds feasibility study and transforms the assessment
process - finding and correcting issues much earlier – something not possible with
traditional work methods
Image courtesy of SCODI
The designer always wasted much time to
draw the interchange, but now, SCODI just
need to sketch it in InfraWorks and export
that to Civil3D. It’s so quick and visible for
Engineering Feasibility Study. And this is
very visual way to explore proposals –
helping all of us better understand the
project. Before it was difficult to express
complex proposals such as a circle tunnel in
2D, but in 3D it is so much more easy
explore the real project.
Excellence in Infrastructure 2013
41. Ring Road proposal to Taubaté City in São Paulo
PROJECT:
CUSTOMER: Soethe Cursino (Sc) Engenharia
Autodesk® InfraWorks™ helps engineering firm quickly deliver project proposal
for Taubaté city which was easy to understand by both technical and non-
technical stakeholders
With Autodesk InfraWorks the firm imported
existing topography and city data to create a
base map of the area, and then used the
software’s layout tools to more easily add the
proposed roads—enabling city officials and
residents to more effectively visualize the
proposal in the surrounding cityscape.
Image courtesy of SC Engenharia
Excellence in Infrastructure 2013
42. Duplication Project of the highway, Limeira, BR
PROJECT:
CUSTOMER: Soethe Cursino (Sc) Engenharia
BIM helps engineering firm deliver complex proposal quickly. Autodesk®
InfraWorks™ helps to more efficiently study design scenarios for each of the five
overpasses.
The project was a great challenge because of the
urgency, the short time and the local conditions. All the
transverse accesses had to be studied case by case.
We were able to create a single model of our existing
highways and work from this model to duplicate the
highways. We had to emulate all the interferences
and find the better options to intersperse in a functional
and safe way with the already existing system – With
AutoCAD Civil 3D, Storm and Sanitary analysis and
Autodesk InfraWorks we did this fast enough to meet
the very tight timeline to win this project.
—Pedro Soethe
Engineering Director
SC Engenharia
Image courtesy of SC Engenharia
Excellence in Infrastructure 2013
43. Zhaotong Converter Station
PROJECT:
CUSTOMER: Southwest Electric Power Design Institute of China (SWEPDI)
With AutoCAD Civil 3D cut and fill calculations , SWEPDI optimized the project
earthworks that will result in a cost reduction of approximately RMB2.2-million and
speed up the construction schedule by approximately one month. With Autodesk®
InfraWorks™ they created a model of the site and analyzed the roadways.
Images courtesy of SWEPDI
SWEPDI is using intelligent 3D modeling and
processes to help overcome a variety of
project challenges including site layout
planning, the design of such a large electrical
facility, and the quantity of earthworks needed
to accommodate the site’s complex terrain.
Model-based design processes enable closer
collaboration between the designers,
contractors, and the owner. On a project like
this with a large amount of equipment in a
confined space, 3D project models are
particularly important for hard and soft clash
detection—improving the quality of the design
and minimizing construction delays.
Excellence in Infrastructure 2013
44. x
—x
Road Designer/BIM Coordinator
Multiconsult AS
Beauvista Drive Rehabilitation, Sherwood Park
PROJECT:
CUSTOMER: Strathcona County, Alberta, Canada
County speeds and improves infrastructure planning with Autodesk® InfraWorks™
West Entrance on Beauvista Drive. Image courtesy of Strathcona County
Autodesk InfraWorks provides a fast way
to communicate options as 3D models.
And it is easier to explore how different
options will perform. Going from a
concept to a design to construction is
faster, and Strathcona is able reduce the
risk of finding unexpected impacts as
projects progress.
Excellence in Infrastructure 2013
45. Navajo Housing Authority, Floodplain Hazard Identification and Mitigation
PROJECT:
CUSTOMER: URS
3D fly-through animated files displayed flood hazards and impacts on housing
projects for NHA’s community outreach at planning meetings, public meetings and
other public venues
Excellence in Infrastructure 2014 Images courtesy of URS
AGENCY: NHA and U.S. Army Corps of Engineers (USACE)
46. VHB bridges the visualization gap to help residents understand design
alternatives saving days of effort with easy-to-use modeling and powerful
storytelling tools
Historic Downtown Middlebury with proposed tunnel construction. Image courtesy of VHB
Autodesk InfraWorks is a great way to
bring more stakeholders into the
planning process because it helps to
make the options clear. You can
include so much detail in relatively
little time.
—Ryan Noyes
Technology Engineer
VHB
PROJECT:
CUSTOMER: Vanasse Hangen Brustlin, Inc. (VHB)
Middlebury Railway Bridge Replacement
CUSTOMER: VTrans
47. Firm uses Autodesk model-based solutions to design roads, pedestrian
overpasses and adjacent green space. And with a combined project model,
boosted project communication and collaboration to extended teams.
Image courtesy Vera Quintana Asociados
One of the main commuter routes to
Guayaquil is Samborondon Avenue,
which is just across the River Guayas
from Guayaquil. To reduce traffic backups
and accident rates, this thoroughfare is
slated for major enhancements and
restructuring. Plans for the 17-kilometer
road include four high-speed lanes on its
central axis and two service lanes on
each side, four flyover ramps, two
exchanger return ramps, as well as
special access roads.
PROJECT:
CUSTOMER: Vera Quintana Asociados
LOCATION: Samborodondon, Guayas, Ecuador
Sambrorodon Avenue
Excellence in Infrastructure 2014 – Submission
48. x
—x
Road Designer/BIM Coordinator
Multiconsult AS
Las Vegas City Model
PROJECT:
CUSTOMER: VTN Consulting, Inc.
VTN Consulting uses Autodesk® InfraWorks™ 360 to study proposed land use,
roadway projects and to transform 2D GIS utility data into 3D representations for
studying system expansions and upgrades.
AGENCY: City of Las Vegas, Nevada
We have been able to share our early
design concepts to better evaluate
feasibility on our infrastructure projects,
and has extended our ability to share
even the largest models more efficiently
with remote teams.
—Keith Warren
BIM Visualization Manager
VTN Consulting, Inc.
Excellence in Infrastructure 2013 Image courtesy of VTN Consulting
49. WSP puts 3D visualization into the hands of designers on infrastructure
projects with Autodesk InfraWorks 360
Image Courtesy WSP
Having the Autodesk InfraWorks 360
model available on the iPad helps to
make you more informed about what
you’re seeing on a site visit. It’s useful
for evaluating options in context.
—Monica Ek
Project Manager
WSP
PROJECT:
CUSTOMER: WSP
LOCATION: Stockholm, Sweden
Water distribution and wastewater collection project
Excellence in Infrastructure 2014 – Submission