Autodesk Water Infrastructure

25/06/17에 진행된 '오토데스크 Water 세미나'의 두번째 세션 자료입니다. 호주에서 방문한 오토데스크 Water 솔루션 전문가와 함께, 오토데스크에서 제공하고 있는 다양한 Water Infrastructure에 대해 탐구해 보세요.

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Plan, design, build, & operate resilient water systems

Eland Afuang Senior Solutions Engineer

Good afternoon everyone, it’s a privilege to be here speaking with you today. My name is Eland Afuang, I currently work for Autodesk based in Melbourne, Australia as Senior Solutions Engineer for Water Infrastructure covering the Asia-Pacific region.

Safe Harbour Statement This presentation may contain forward-looking statements about our outlook, future results and related assumptions, total addressable markets, acquisitions, products and product capabilities, and strategies. These statements reflect our best judgment based on currently known factors. Actual events or results could differ materially. Please refer to our SEC filings, including our most recent Form 10-K and Form 10-Q filings available at www.sec.gov, for important risks and other factors that may cause our actual results to differ from those in our forward-looking statements. The forward-looking statements made in this presentation are being made as of the time and date of their live presentation. If these presentations are reviewed after the time and date of their live presentation, even if subsequently made available by us, on our website or otherwise, these presentations may not contain current or accurate information. We disclaim any obligation to update or revise any forward-looking statements. Statements regarding planned or future development efforts for our products and services are not intended to be a promise or guarantee of future availability of products, services, or features but merely reflect our current plans and based on factors currently known to us. Purchasing decisions should not be made based upon reliance on these statements. PLEASE NOTE: All Autodesk content is proprietary. Please Do Not Copy, Post or Distribute without authorization.

First, I’m providing our safe harbour statement since this presentation may contain forward-looking statements about our outlook, future products, product capabilities, and strategies.

The forward-looking statements made in this presentation are being made as of the time and date of this presentation. 2

Agenda 1 Industry landscape 2 Digital transformation in water 3 Autodesk solutions 4 Key capabilities 5 Announcements then Q&A

For this presentation I’m going to provide some context on the water industry landscape and opportunity for digital transformation I’m also going to present some history, current offerings and future innovation I will explain our key capabilities based on water industry key pillars and practice and provide customer examples Finally, I will have some product offering announcements before we wrap up with questions and answers

Let us begin 3

The water industry is at a critical stage

Workforce shortages

Aging infrastructure

Increase demand

Environmental pressures

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The water industry is at a critical point in time, grappling with the challenges of workforce shortages, aging infrastructure and increasing demand, all while facing mounting environmental pressures.

Climate change drives mandates McKinsey Sustainability – Focused adaptation, A strategic approach to climate adaptation in cities, July 2021 800M Expected number of urban residents impacted by coastal flooding and storm surges by 2050

Additionally, increased storm events and a changing climate brings a demand to de-risk and design for more resilient and durable buildings and infrastructure, including smart adaptation of our existing built environment for climate resiliency.

Let’s have a look at something local and relatable to everyone

That is President Lee Jae-myung warning officials on flood safety and urging them that there needs to be a better way since the lack of funds should not be an excuse in managing stormwater drain management. 6

Our precious resource under stress McKinsey Sustainability – Focused adaptation, A strategic approach to climate adaptation in cities, July 2021 55% Increase in water demand expected by 2050

And while too much water is driving regulatory changes across the globe, we also face significant challenges in areas where there is not enough water. In the water industry, we are up against significant external challenges that is placing pressure on our global water systems. 55% Increase in water demand by 2050 5B People could suffer from water shortages 685M People in cities will face decline in the availability of drinking water 7

Sales 1st Qtr 2nd Qtr 42 58 Digital transformation is no longer optional

Sources: 2024 State of Design & Make Report 2024 Spotlight on Data and Digitalization in the Water Industry Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

This leads us to the opportunity of digital transformation in the water industry wherein it’s no longer optional rather necessary Improved productivity and profitability top the list of digital transformation benefits Majority say that digital maturity helps attract and retain staff Cost is the top barrier to digital transformation closely followed by time needed and resistance to change Finally, AI use cases and workflows contribute to increasing productivity

Frank Zamora Avendaño CIO - IT director at Acciona, an engineering consulting firm

They enable real-time monitoring, predictive maintenance and informed decision-making. Data and access to common data environments play a very important role in the water industry today. Autodesk’s A State Of Design & Make Special Edition: Spotlight on Data and Digitalization in the Water Industry :

Our customers are recognizing the growing importance of data and digitalization in the water industry today. 9

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Speaking of transformation, our water infrastructure solutions have a long history, building on 50+ years of innovation from multiple companies and acquisitions.

Autodesk launched the AutoCAD in the 80s as the first CAD system developed for PCs. Meanwhile, XP Software developed the first Regional Stormwater Model and Wallingford Software developed multi-user modelling system with InfoWorks.

XP Software evolved into XP Solutions, Wallingford Software into Innovyze and were merged 2017 which then acquired by Autodesk 2021. This acquisition combined industry-leading CAD, BIM and cloud-based applications with water infrastructure solutions.

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Before I dive in into our solutions, let me explain so far what we have been doing for further innovation We have industry leading hydraulic modelling platforms to accurately model real-world systems We innovate using Autodesk cloud to increase simulation speed, efficiency and collaboration Our Water AI team are also actively integrating AI & ML tools into our solutions to generate learnings from data while enhancing modelling workflows We have also enabled integrations to make data more accessible across Autodesk AEC solutions like Civil 3D and leading third-party applications like ESRI, Vapar and Transcend though strategic partnerships Finally, all these innovation while ensuring model and design outputs can meet regulatory compliance requirements

Our vision: End-to-end water asset management Enable the water industry with the solutions needed to make the best decisions possible at every stage of a water asset’s lifecycle Digital twin VISUALIZATION, ANALYSIS & OPTIMIZATION DATA CAPTURE

DIGITIZING CONTENT MANAGEMENT, COLLABORATION, PROJECT CONTROL & COMPLIANCE OPERATE & MAINTAIN Build DESIGN PLAN CAPITAL PLANNING ASSET MANAGEMENT OPERATIONAL ANALYTICS DETAIL DESIGN DOCUMENTATION HYDRAULIC MODELING (ANALYSIS & SIMULATION) COORDINATION, PROJECT MANAGEMENT OPERATIONAL MODELING Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Here is our vision for how we plan to support the water industry’s transition to digital-based solutions Our technology stack spans the entire asset lifecycle from plan to design, build, operate and maintain Our cohesive ecosystem of solutions work together to drive efficiency and reduce risk for our customers 12

OPERATE & MAINTAIN

BUILD

Capital planning Asset management Operational analytics Detail design documentation Hydraulic modelling (Analysis & simulation) Coordination

Our full ecosystem of solutions for water infrastructure

Autodesk solutions Operational modelling

PLAN DESIGN Project management Strategic Partnerships

Collaboration & common data environment Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Our water infrastructure solutions, combined with industry-leading CAD, BIM, and cloud-based applications, deliver to our customers the tools they need to solve critical water challenges. When combined with Autodesk’s core AECO solutions – like Revit, Civil 3D, and InfraWorks – and the power of the Autodesk Cloud – Autodesk delivers the most comprehensive set of solutions for end-to-end water lifecycle management.

Driving digital transformation from cloud to sea Water structures Stormwater & flood Water distribution Water & wastewater treatment Sewer networks

Sustainable drainage infrastructure

Digital twin OPERATE & MAINTAIN Build DESIGN PLAN Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Our comprehensive set of solutions capture the entire value chain, covering the full water cycle. We support digital transformation to manage every drop of water across the asset lifecycle, covering from planning through to digital operations. 14

Asset Management Operational Analytics

Analytical risk-based management for water and sewer networks o reduce operational risks and capital costs Real-time and actionable insights to reduce operational costs and enhance service reliability

Drainage Storm/Sewer/Flood Water Distribution W/WW Treatment

Modeling of water distribution systems to ensure meeting service levels and delivering clean potable water Modeling and simulation of flood and stormwater drainage systems and sewer collection systems Design optimization of networks to mitigate flooding and meet regulatory requirements Industry-specific toolset for plant design including automated P&ID, 3D models, piping ortho and isometric drawings

Purpose-built solutions for sustainable water management

Sustainability outcomes

Total carbon management Resource efficiency Climate resiliency Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Our water infrastructure solutions are purpose-built for the water industry covering the full water cycle across six key pillars namely Drainage design Storm/Sewer/Flood Water Distribution Water/Wastewater Treatment Asset Management And Operational Analytics

Now, let’s dive into our key capabilities and product offerings across these key pillars in the water industry

Wastewater, stormwater and flood management Drainage design Hydraulic modelling Network catchment design Live modelling and performance monitoring

Let’s start with wastewater, stormwater and flood management including drainage design 16

Sustainable, site-scale drainage Ensure resiliency against adverse storm and overflow events Wastewater, storm & flood | Key capabilities

Whole catchment modelling and analysis

Operational modelling & emergency response

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Here are our key capabilities for wastewater, stormwater, and flood management First is sustainable, site-scale drainage design using InfoDrainage and Civil 3D. InfoDrainage allows the design and analysis of site-specific, sustainable drainage designs for land development and transportation projects. InfoDrainage integrates with Civil 3D so that drainage designers benefit from the collaborative BIM process. Second is whole catchment modelling and analysis using InfoWorks ICM. InfoWorks ICM is our most powerful modelling tool with integrated 1D/2D capabilities to model your entire catchment system and make key decisions for capital planning, stormwater planning, urban development, and more Finally, operational modelling and emergency response. InfoWorks ICM combined with ICMLive can predict real-time effects of stormwater, sanitary and combined overflow events.

Wastewater, storm & flood | Offerings PLAN DESIGN BUILD OPERATE & MAINTAIN Design & analysis

Strategic Partnerships

Collaboration Data & document management

Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Here are our water infrastructure solutions for wastewater, stormwater, and flood management when combined with our AECO solutions covering the entire value chain covering from plan, design, build operate and maintain.

I don’t have enough time to explain every solution on this presentation. However, feel free to approach me and our team regarding any of the solution and how it can potentially help your workflows.

Now, let me present some case studies most of them are Civil Engineering companies

Additional notes only InfraWorks enables the visualization of design intent and traffic and mobility simulation. Civil 3D allows for the detailed design of drainage networks in a BIM environment Navisworks offers a consolidated model and model coordination. Autodesk Construction Cloud delivers cloud-based solutions for effective cost, safety, and project management Info360 Insight delivers analytics dashboards and visualizations for operational performance of water distribution networks Info360 Asset is a cloud-based asset management tool for risk-based prioritization InfoAsset Manager is an asset management database and integration tool for maintenance decision making BIM Collaborate Pro supports both design and construction management. Docs is our common data environment where all granular data is stored and managed across the project delivery cycle Our partnership with Esri makes it easy to connect existing assets information with the models. Our partnership with Optimatics enhances the modelling experience in InfoWorks WS Pro with optimization analysis 18

South Carolina, United States Johnson, Mirmiran & Thomson (JMT) JMT Utilizes InfoDrainage to Safeguard Charleston with Seawall and Advanced Drainage Design

Autodesk Confidential & Proprietary Information Please do not post, copy or distribute without authorization. Challenge Charleston's flat terrain and susceptibility to high tidal swings posed significant challenges for drainage infrastructure design, requiring JMT to leverage advanced modelling tools and integrate seamlessly with Civil 3D. Impact The upgraded Low Battery Seawall, fortified with advanced drainage infrastructure, ensures Charleston's resilience against future storm events and sea level rise, underscoring the effectiveness of JMT's integrated design approach and innovative solutions. Solution By leveraging InfoDrainage's integration with Civil 3D, JMT optimizes drainage system design, incorporating rainfall data and local rainfall distribution to develop accurate stormwater models. https://www.autodesk.com/blogs/water/2024/05/01/jmt-protecting-the-city-of-charleston-with-the-low-battery-seawall-and-modern-drainage-design/

“How do we explain to the residents that their car tires will be underwater? With InfoDrainage, you can easily show that when presenting to clients and city officials. InfoDrainage’s graphical profiles made getting customer buy-in and approval way easier.”

— Andrew Carrier, JMT Project Engineer

The first case study is about sustainable drainage modelling and design using InfoDrainage and Civil 3D (CLICK)

This project was in South Carolina in the United States

Summary Johnson, Mirmiran & Thomson (JMT) leverages InfoDrainage to reinforce Charleston's Low Battery Seawall, enhancing flood protection and resilience against future storm events and sea level rise. By integrating micropile technology and vertical extensions, JMT preserves historical elements of the seawall while bolstering its capacity to meet modern challenges. The integration with Civil 3D enables JMT to optimize drainage infrastructure design, incorporating advanced modelling tools and rainfall data. With a commitment to innovation and collaboration, JMT's integrated design approach ensures Charleston's long-term resilience and underscores the effectiveness of advanced drainage solutions in safeguarding historical cities against the impacts of climate change. 19

Caarapó, Brazil Schettini Engenharia Utilizing BIM and Hydraulic Modelling to Rebuild Dam and Enhance Water Infrastructure in Caarapó, Brazil

Autodesk Confidential & Proprietary Information Please do not post, copy or distribute without authorization. Challenge Schettini Engenharia addressed challenges associated with limited public resources, complex dam design requirements, and the need for accurate hydraulic modelling to ensure the safety and reliability of the new dam. Impact The Diego Cuê dam project serves as a model for smart city engineering in Caarapó, demonstrating how innovative technologies and methodologies can be utilized to address critical infrastructure needs and improve public services in resource-constrained regions. Solution The implementation of comprehensive BIM and GIS solutions facilitated accurate dam design, streamlined project management workflows, and enabled effective collaboration among project stakeholders.

Utilizing Autodesk's InfoWorks ICM allowed for the simulation of various dam break scenarios, ensuring that the new dam design would protect surrounding areas from flooding and other adverse effects. https://www.autodesk.com/blogs/water/2023/09/08/combining-bim-and-hydraulic-modeling-expertise-to-rebuild-a-better-dam-in-small-town-brazil/

“Using InfoWorks ICM gave us confidence that we were on the right track, as we were able to perform the most severe simulations to ensure the safety of this new dam. Moreover, quick and easy interoperability with Autodesk AEC Collection solutions resulted in less turnaround time than expected.”

— Fernando Figueiredo, Civil engineer and BIM specialist, Schettini Engenharia

The first case study for this section is also about whole catchment modelling and analysis using InfoWorks ICM (CLICK), but also the interoperability between Autodesk AEC Collection particularly Revit, Civil 3D & Navisworks (CLICK)

This project was in Caarapo in Brazil.

Summary Schettini Engenharia's application of BIM and hydraulic modelling technologies in the reconstruction of the Diego Cuê Dam represents a significant advancement in water infrastructure development in Caarapó, Brazil. They performed BIM modelling, visualisation, and detailed design using Revit and Civil 3D. The model outputs were used in InfoWorks ICM to perform dam break analysis. The project ensures the safety, reliability, and efficiency of the new dam while meeting budgetary constraints and addressing the town's infrastructure needs. By setting a new precedent for smart city engineering, the project paves the way for future improvements to Caarapó's water infrastructure, leveraging the Autodesk ecosystem to create smarter, more sustainable communities. 20

Smart Tunnel Kuala Lumpur, Malaysia 12.7-km smart tunnel using Autodesk’s InfoWorks ICM and ICMLive are used as the hydraulic modelling tool to model real-time and provisional data

https://learnandconnect.pollutec.com/en/creative-solutions-to-current-water-infrastructure-problems/

https://www.thestar.com.my/news/nation/2022/12/02/smart-tunnel-wayward-rain

The second case study for this section is about operational modelling and emergency response using InfoWorks ICM and ICMLive (CLICK)

This project was in Kuala Lumpur in Malaysia.

Summary The SMART Tunnel in Kuala Lumpur, Malaysia, is a unique dual-purpose infrastructure project. It serves as both a stormwater drainage system and a motorway, primarily designed to mitigate flood risks and reduce traffic congestion.

“The 12.7-km smart tunnel comprises a retention basin at the northern entrance, a storage basin at the southern entrance, 9.7 km of rainwater storage and a 3-km tunnel that serves both as rainwater storage and motorway.”

“InfoWorks ICM was used to provide the hydraulic modelling solution for the Smart Tunnel. Its real-time modelling technology, ICMLive, is used to model real-time and provisional data to determine when the smart tunnel can be used for traffic, and when it must be closed to manage flood levels.” 21

Water distribution Hydraulic modelling Pressure network planning & design Live modelling and performance monitoring Operational analytics Asset management

The third water industry key pillar is water distribution

Comprehensive modelling & analysis

Reduce leaks, improve water quality, and deliver positive outcomes to your clients and communities. Water distribution | Key capabilities

Live modelling & demand forecasting

Operational analytics & model calibration

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Here are our key capabilities for water distribution First is comprehensive modelling and analysis using InfoWater Pro and InfoWorks WS Pro. InfoWater Pro is a hydraulic modelling solution for water distribution systems built on top of Esri ArcGIS Pro. InfoWorks WS Pro on the other hand is built on its own InfoWorks engine offering advanced capabilities and simulation tools. Second is live modelling and demand forecasting by combining InfoWorks WS Pro with IWLive Pro which allows for operational management, network anomaly detection and more. Finally, operational analytics and model calibration. Info360 Insight provides operational analytics of your water distribution network – its direct integration with InfoWater Pro allow modellers to sync their model outputs with live sensor data to visually detect any differences between modeled and actual network behavior. 23

Water distribution | Offerings PLAN DESIGN BUILD OPERATE & MAINTAIN

Design & analysis

Strategic Partnerships

Collaboration Data & document management

Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Here are our water infrastructure solutions for water distribution when combined with our AECO solutions covering the entire value chain covering from plan, design, build operate and maintain.

Again, I don’t have enough time to explain every solution on this presentation. However, feel free to approach me and our team regarding any of the solution and how it can potentially help your workflows.

Now, let me present a case study

Additional notes only InfraWorks enables the visualization of design intent and traffic and mobility simulation. Civil 3D allows for the detailed design pf pressure pipe networks in a BIM environment Navisworks offers a consolidated model and model coordination. Autodesk Construction Cloud delivers cloud-based solutions for effective cost, safety, and project management Info360 Insight delivers analytics dashboards and visualizations for operational performance of water distribution networks IWLive Pro is an operational modelling tool that works with InfoWorks WS Pro to deliver an operational digital twin Info360 Asset is a cloud-based asset management tool for risk-based prioritization InfoAsset Manager is an asset management database and integration tool for maintenance decision making BIM Collaborate Pro supports both design and construction management. Docs is our common data environment where all granular data is stored and managed across the project delivery cycle Our partnership with Esri makes it easy to connect existing assets information with the models. Our partnership with Optimatics enhances the modelling experience in InfoWorks WS Pro with optimization analysis 24

Bristol, England Bristol Water A rapid response prevents waterborne illness from spreading to the community https://www.autodesk.com/customer-stories/bristol-water-cryptosporidium

Challenge Traces of Cryptosporidium oocyst found during routine monitoring causing facility shut down. Solution Data modelling used to calculate how quickly freshwater could move through the network to restore service.

Impact Quick action and the ability to move water in short timeframes resulted in a 70% Csat for customer service delivery. Autodesk Confidential & Proprietary Information Please do not post, copy or distribute without authorization.

“With InfoWorks WS Pro, it was possible to minimize our response time by enabling improved methods of mitigation analysis and bring incident resolution in a swift timeframe.”

—Kevin Henderson, Network Asset Modeling Manager, Bristol Water

This case study is about comprehensive modelling and analysis using InfoWorks WS Pro (CLICK)

This project was in Bristol in England

Summary Bristol Water is a British water company supplying over 1 million people daily across an area of around 2,400 square kilometres in Bristol in England. This project is about responding to traces of oral pathogen in one of their treatment facility to prevent waterborne illness from spreading to the community. Hydraulic modelling using InfoWorks WS Pro was used to calculate how quickly freshwater could move through the network to restore the service while the oral pathogen is eliminated from the treatment works through preventive maintenance. Bristol Water calculated that 17,036 people from 7,375 properties may have been impacted by the incident if they haven’t performed the analysis.

Treatment plants Conceptual design Detailed design & process plant design Digital project delivery

The fourth water industry key pillar is water and wastewater treatment plants

Conceptual, detailed, & process design Reduce design time, improve collaboration, and build sustainable treatment facilities.

Digital project delivery

Facilities management & operational analytics Treatment plants | Key capabilities

Image courtesy of Arcadis Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Here are our key capabilities for Water/Wastewater Treatment plants First is conceptual, detailed and process design using Transcend, AutoCAD Plant 3D, Revit and Navisworks. Transcend can do generative design of water and wastewater treatment plants and generate P&ID and BIM (facilities) outputs via AutoCAD Plant 3D and Revit formats. Navisworks offers a consolidated model and model coordination. Second is digital project delivery via BIM Collaborate Pro and Autodesk Docs. BIM Collaborate Pro supports both design and construction management. Meanwhile, Docs is our common data environment where all granular data is stored and managed across the project delivery cycle. Finally, facilities management and operational analytics using Autodesk Tandem and Info360 Plant. Autodesk Tandem is our digital twin solution for BIM models while Info360 Plant is for operational digital twins particularly for water and wastewater treatment plants. 27

PLAN DESIGN BUILD OPERATE & MAINTAIN Design & analysis

Strategic Partnerships

Collaboration Data & document management

Treatment plants | Offerings

Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Here are our water infrastructure solutions for water and wastewater treatment plants combined with our AECO solutions covering the entire value chain covering from plan, design, build operate and maintain.

If you’re interested with a particular solution, feel free to approach me or our team members.

Now, let me present a case study

Additional notes only InfraWorks enables the visualization of design intent and traffic and mobility simulation. AutoCAD Plant 3D is a powerful toolset within AutoCAD which allows for the creation of P&IDs and 3D models, facilitating the generation of orthographic and isometric drawings. Revit enables BIM and 3D modelling, parametric design, collaboration and visusalisation through project rendering and animations. Navisworks offers a consolidated model and model coordination. Civil 3D allows for the detailed design of drainage networks in a BIM environment Autodesk Construction Cloud delivers cloud-based solutions for effective cost, safety, and project management BIM Collaborate Pro supports both design and construction management. Docs is our common data environment where all granular data is stored and managed across the project delivery cycle Our partnership with Esri makes it easy to connect existing assets information with the models. 28

Ohio, United States Arcadis Cloud technology helps provide a resilient water system amid public health crises

https://adsknews.autodesk.com/stories/arcadis-infrastructure-cloud-collaboration-pandemic

Challenge Aging water-treatment plant was overwhelmed by toxic algae, and a “do not drink” advisory. Solution Digital solutions in the cloud allowed the project team bring together a range of disciplines with no data/time lost.

Impact More than 1,000 design hours saved overcoming the challenges of a global pandemic.

Autodesk Confidential & Proprietary Information Please do not post, copy or distribute without authorization. Photo courtesy of Arcadis.

“We saw value in these collaboration tools throughout the lifecycle of the Collins Park project. The 3D models and AR devices are exciting and cool, but at the end of the day, they really are about delivering a better result for our customers. The winners here are the residents of Toledo, who now have a water treatment facility they can count on”

—Kurt Smith, Project Manager, Arcadis

This case study is about conceptual, detailed and process design (CLICK) and digital project delivery (CLICK) using Autodesk Construction cloud solutions

This project was in Ohio in the United States

Summary The City of Toledo turned to global design and engineering consultancy Arcadis to renovate and expand the 80-year-old Collins Park Water Treatment Plant. Using advanced Building Information Modeling (BIM) technology and cloud collaboration, Arcadis designed an upgrade to improve the plant’s resilience and ensure safe water for the community. In the process, the company transformed the way it works. Arcadis saved more than 1,000 design hours on the Collins Park project—making it possible to meet the regulation tight bid deadline. Project coordination was improved by eliminating emails and downloads, which reduced lag time due to file transfers by 80%. Working directly with subcontractors in the cloud, everyone was able to see changes instantly. 29

Asset management Long-term planning and capital investments CCTV media and inspections management Condition assessments Daily operations of assets and work order management

The fifth water industry pillar is asset management

Risk-based prioritization Make data-driven decisions, extend the life of your assets and ensure regulatory compliance

AI-powered condition assessment

Integrated modelling & asset management Asset management | Key capabilities

Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Here are our key capabilities for asset management First is risk-based prioritization modelling using Info360 Asset and ESRI. Info360 Asset is a cloud-based asset management tool for risk-based prioritization modelling. Info360 Asset directly integrates with Esri which makes it easy to connect existing assets information with the models. Second is AI-powered condition assessment using Info360 Asser and Vapar. Info360 Asset directly integrates with Vapar which uses AI to review stormwater and sewer pipe inspections for condition assessment and capital improvement planning. Finally, integrated modelling and asset management using InfoAsset Manager and InfoWorks ICM. InfoAsset Manager is an asset management database and integration tool for maintenance decision making sharing the same integrated wastewater and stormwater model with InfoWorks ICM.

Now, let me present a case study

Pennsylvania, United States GHD GHD Integrates Autodesk Info360 Asset and Esri Solutions to Optimize Aqua America’s Water Asset Management

Autodesk Confidential & Proprietary Information Please do not post, copy or distribute without authorization. Challenge Aqua America faced the immense task of managing and utilizing millions of feet of CCTV inspection data across various systems to effectively plan for asset rehabilitation and capital improvements. The challenge was compounded by scattered data storage, inconsistent formats, and a lack of accessible tools, making it difficult for their teams to efficiently analyze and prioritize maintenance needs across their network. Impact With the Info360 Asset and ArcGIS Online integration, Aqua America can now make faster, data-driven decisions for capital planning and asset rehabilitation. Teams across departments access live, location-based insights to prioritize high-risk assets and justify expenditures with robust data. Solution GHD implemented Autodesk’s Info360 Asset and This solution centralized Aqua America’s asset data and enabled real-time data sharing between GIS and asset management platforms. https://www.autodesk.com/blogs/water/2024/10/10/how-ghd-created-a-cctv-gis-solution-for-aqua-america-with-autodesk-and-esri-tools/

“The integration of Info360 Asset with Esri’s ArcGIS Online platform is opening doors to data collaboration among many users within an organization,” says Plank. “Not only can users view the data within Info360 Asset, but customized Dashboards and Web Maps within ArcGIS Online can also consume and be updated with results from Info360 Asset”

— Todd Plank, Location Intelligence Team Lead, GHD

This case study is using risk-based prioritisation (CLICK) using Info360 Asset and ESRI and in the process of implementing AI-powered condition assessment (CLICK) using Vapar

This project was in Pennsylvania in the United States

Summary To address Aqua America’s need for a more efficient way to manage its extensive water and wastewater infrastructure, GHD developed a solution combining Autodesk’s Info360 Asset with Esri’s ArcGIS Online. This integration allowed Aqua America to streamline data from CCTV inspections and GIS into one accessible platform, enabling better decision-making for asset management and capital improvement planning. By consolidating disparate data sources, Aqua America could effectively prioritize pipe rehabilitation, manage risks, and allocate resources. Info360 Asset’s cloud-based architecture, coupled with Esri’s mapping capabilities, provided Aqua America with a system that democratizes data access, enabling both GIS professionals and managers to visualize asset conditions and plan proactive maintenance.

Operational analytics

Monitor network and plant performance Make data-driven decisions for operations Automate compliance reporting

The sixth and last water industry pillar is operational analytics

Additional notes Maximize network operations. Know how decisions affect customers during incidents. Automate reporting for regulators, stakeholders, and sustainability initiatives. 33

Visual dashboards & performance monitoring Make data-driven decisions for proactive operations and ensure regulatory compliance

Flexible, accurate compliance reporting

Clear presentation of results Operational analytics | Key capabilities

Autodesk Confidential & Proprietary Information - Please do not post, copy or distribute without authorization.

Here are our key capabilities for operational analytics First is visual dashboarding and performance monitoring using Info360 Insight and Info360 Plant. Second is flexible and accurate reporting using Info360 Insight and Info360 Plant. Finally, the ability to provide clear presentation of network or treatment model assets using the integration with ESRI.

Allow me to present the final case study regarding this capabilities.

Wellington, New Zealand Stantec Getting a jump on pump maintenance to reduce costs and improve resilience https://www.autodesk.com/customer-stories/stantec-wellington-water

Challenge Delivering ROI on a pump optimization plan to maintain the utility’s 259 pump stations. Solution Used Info360 Insight to build an operational performance dashboard to better understand their network.

Impact Met service goals and reduced carbon emissions with a smooth running, reliable plant and an estimated 20% cost savings. Autodesk Confidential & Proprietary Information Please do not post, copy or distribute without authorization.

“People need to know which assets are in trouble and how they should fix problems. There’s a good deal of value in a pump performance dashboard with simple metrics and visuals, telling you what to prioritize”

—James Curtis, Senior Mechanical Engineer, Stantec

This final case study is using visual dashboards and performance monitoring (CLICK) and flexible and accurate compliance reporting (CLICK) using Info360 Insight

This project was in Wellington in New Zealand

Summary Wellington Water commissioned Stantec to improve the pump maintenance and service plan of their 259 pump stations and they used Info360 Insight as part of a solution. Stantec used Info360 Insight to help Wellington Water develop a preventative asset maintenance program so they could maximize all the SCADA data to better understand its operational performance. With the proposed plan using data-driven modelling, they estimated they would realize approximately 20% savings in electricity costs, plus saving costs associated with doing maintenance only when it’s needed while also reducing the number of field tests needed to assess pump condition, which also improves the pump stations operational resilience.

Product offering announcements

Moving on to some product offering announcements 36

InfoWorks ICM now offers more flexibility and better value for all of your modelling needs. InfoWorks ICM Standard is now InfoWorks ICM Sewer, at a new more affordable price with all of the same features. InfoWorks ICM Flood is here—a new standalone solution for flood analysis. InfoWorks ICM Ultimate remains the same modelling powerhouse covering all capabilities. 37

InfoWorks ICM Sewer: Ideal for sewer-specific modelling with unlimited 1D mesh nodes, but with limited 2D mesh and integrated 1D/2D capabilities. InfoWorks ICM Flood: Provides unlimited 2D mesh for flood analysis and the ability to run flood risk analysis, with limited 1D nodes and integrated 1D/2D modelling. InfoWorks ICM Ultimate: Includes all features of Sewer and Flood, plus additional premium functionalities like desktop collaboration for modelling teams.

https://www.autodesk.com/au/products/infoworks-icm/viewer

Upon opening, need to sign-in with Autodesk ID (or create an ID). No need for any license Require access to the on-premises workgroup & cloud databases including model results

What are some use cases for the Viewers? There are many use cases where you might want to take advantage of a free viewer license. For example: Internal quality control: An internal expert reviewer for a large modelling team wants to ensure projects are being completed to a high standard. Connected workflows: Non-modelers may need specific results from the model as inputs to their own workflows. Third-party review: A reviewing agency may not need the full product, but they want to understand how the model was created and review the results for a specific project.

Users can Open and view model network data, logs and results Create and update the following: Database or transportable database, themes, SQL queries, selection sets, workspaces, layer Lists, label List, custom graphs Copy any data between databases/transportable databases Load background mapping and GIS layer data Create new views of results

Users can’t Create new simulations Re-run simulations (on-premises and cloud) Re-mesh (InfoWorks ICM) Edit model attributes 39

https://www.autodesk.com/blogs/water/2024/07/02/autodesk-water-infrastructure-products-now-available-to-students-and-educators-around-the-globe-for-free/

Available for InfoDrainage Ultimate, InfoWater Pro, InfoWorks ICM Ultimate and InfoWorks WS Pro 40

Questions Thank you

Thank you so much for listening to my presentation. Myself and Autodesk Korea team would be happy to answer any questions. 41

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Autodesk Water Infrastructure

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