2047 the smart implementation - latest approach and ... · pdf filehistorical review &...
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The The ‘‘SmartSmart’’ Implementation ImplementationIntergraphIntergraph’’s Approach & Strategy to Supports Approach & Strategy to Support
Successful System ImplementationsSuccessful System Implementations
Richard Smykay
21-22 August 2008
Hilton Opera Hotel
Hanoi, Vietnam
Process, Power & MarineOUTLINE …
Technology Implementation
Historical Review & Perspective
Technology Adoption & Implication
Market Dynamics & Drivers
Customer Case Study – Fluor
SmartPlant 3D ‘Smart’ Implementation
Customer Case Study – URS, Washington Division
The ‘Smart’ Implementation – Intergraph’s Perspective
SmartPlant Virtual Web-based Training - Overview
Q & A
Summary & Close
SmartPlantSmartPlant 3D 3D
Technology Implementation - OverviewTechnology Implementation - Overview
21-22 August 2008
Hilton Opera Hotel
Hanoi, Vietnam
Process, Power & Marine
Characteristics of 3D CAD system adoption & implementation
Install/ configure the software
Run user training courses
Prepare (but not complete) reference information before 1st project roll-out
Carry on system training ‘on-the-job’
Complete developing reference information during the 1st project
Observations
Sequential implementations, typically 3 – 6 months in duration
Minimal realignment or update of working procedures/ workflows to reflect implementedsoftware use
Minimal user training linking application training to working procedures/ workflows to supportprojects
No validation of end user training knowledge take-up & understanding
Implications
Slow technology take-up
Potential risk to project schedule during detailed design phase
Full exploitation of main system tools may not be achieved or fully understood
Technology ImplementationHistorical Perspective
Process, Power & Marine
The ‘Smart’ Implementation …
People (Organization):
Streamlined Web-based User Training
SmartPlant 3D Training/ Skills Audit
Project Organization, Roles &Responsibilities Optimization
Processes:
Complementary Workflows, Procedures& Best Practice Guidelines
Integrated CAx/ Data Standards
Technology
Rules-based Design/ KnowledgeCapture
Workshare
Design Automation/ Data Reuse
Environment Integration/ Interoperability~ Plant – Marine - Offshore
PeoplePeople
ProcessesProcesses TechnologyTechnology
ExistingSystems
Intergraph/ SP3D
Extending Enterprise Advantage
Technology AdoptionOpportunities for Change
Market Dynamics & Drivers Influencing NewTechnology Adoption Today
Case Study: FLUORCase Study: FLUOR……
21-22 August 2008
Hilton Opera Hotel
Hanoi, Vietnam
1
Copyright © 2007, Fluor Corporation, All Rights Reserved.
Intergraph Thought Leadership Meeting
Project Execution in Today's Challenging Business Environment
Presented By Dave Gibson 31st October 2007
Presented By Dave Gibson 31st October 2007
1
Copyright © 2007, Fluor Corporation, All Rights Reserved.
Addressing the Business Environment withExcellence in Execution
People
Systems and tools
Procedures and practices
Alignment
Quality management
Data integrity and management
Consistency in execution
Knowledge management
Added-value from Intergraph:
Helping the organization and its people work ‘smarter’
Providing data & application integration linking our technology solutions to
best practice working methods
Increasing designer productivity
Capturing & harnessing organizational knowledge
Macroeconomic Environment #1.
Business Drivers Process, Power & Marine
Process, Power & Marine
1
Copyright © 2007, Fluor Corporation, All Rights Reserved.
Today’s Challenging Business Environment
Record backlog
Rapid growth
Scarcity and mobility of workforce
Global project execution
Multi -party execution
Supply chain integration and collaboration
Demand for schedule reductions
Increased material prices
Increased delivery times
Supplier performance
Industry Challenges – Intergraph Added-Value:
Too many projects with too few experienced resources to support projects
Global project execution
Demands to increase designer productivity without compromising design
quality & integrity
Reduce overall project schedule
Macroeconomic Environment #2.
Business Drivers
Added-value from Intergraph:
Helping the organization and its people work ‘smarter’
Providing data & application integration linking our technology solutions to
best practice working methods
Increasing designer productivity
Capturing & harnessing organizational knowledge
Providing ‘Next-Generation’ Integrated Plant Design to extend competitive
advantage supporting new project execution strategies
1
Copyright © 2007, Fluor Corporation, All Rights Reserved.
Addressing the Business Environment with
Work Process and Technology
Work processes
• Consistency in execution - quality
• Align and define tasks with dispersed teams
• True life cycle data integration
Leverage enabling technology
• Database driven project execution
• Rules-based design
• Technology to support the global community
• Create an enterprise -wide, “one stop shop ” to connect employees regardless of location or time differences
• True life cycle data management
• Knowledge management
1
Copyright © 2007, Fluor Corporation, All Rights Reserved.
Addressing the Business Environment withNext Generation
• What is “Next Generation ”?
• Implementation of SmartPlant 3D and SmartPlant Foundation in an integratedenvironment
• Fluor has used PDS for 15 years -- we expect to use SmartPlant for the “Next
Generation ” of project execution
• Not just a software upgrade
• Implements an “integrated ” project execution environment
• Provides a platform to enable rule -based automated design
• Replaces the engine in our MasterPlant ® Suite of project execution tools
• Work process and organizational changes that positions Fluor for the “Next Generation ” of project execution
Macroeconomic Environment #3.
Business Drivers Process, Power & Marine
A Case Study for Deployment of SPE & SP3DURS Washington Division
21-22 August 2008
Hilton Opera Hotel
Hanoi, Vietnam
URS - A Project Approach Delivers Results
Case Study of URS Deployment of SmartPlant Enterprise & SmartPlant 3D
Excerpt of Session 2047 Presented at Intergraph 2008 conference by DavidCollett, Senior Project Director URS Washington Division
Can a technology platform be delivered within cost and schedule constraints?
How do you do it?
Business Case
Detailed Planning
Project Execution – Scope, Schedule, Cost
Startup & Operation – Deployment
Process, Power & Marine
The Business Case – SmartPlant Enterprise
Standardization
Brings further efficiency and quality as work is completed similarly each time
Enables multi-office execution with global resources
Integration
Data-centric approach and enhanced quality and efficiency through integration
Competitive Advantage
SmartPlant architecture specifically designed to enable multi-office execution
Enables leveraging of global resource base through standard processes and tools
Leveraging resources - SmartPlant efficiency allows lower cost
Testing shows high potential for reduction in design times
Tight labor market is becoming a business reality - reduce impact of shortage ofspecialty technical resources in different locations
Process, Power & Marine
13
Business Case - Implementation Approach
Strategic Initiative Sanctioned at Executive Level – Vital
Focus on Outputs
Test Out of the Box (OOTB) functionality
Configure authoring tools to create standardized output
Pilot test based on previously executed project
Integrate through SmartPlant Foundation after configuration of individual tools
Initially located in Huntsville
A Project Approach Delivers Results
Process, Power & Marine
Business Case - Why A Project Approach?
Previous Experience with Technology Projects
Culture Change
Leadership from top
A Marathon, not a Sprint
Maturity Cycle of Platform
Close access to Intergraph
Strong Controls
Focus on outputs – No Disruption of Existing Functionality
Gain Confidence of PM Community – Key
Process, Power & Marine
Detailed Planning
Multi-Discipline Team led by Engineering
Consultation with Intergraph
Scope Development – Include everything needed to deploy
Focused first on creating required Outputs (drawings, lists, reports, etc)
Detailed Schedule
Project Execution plan
Risk Analysis and Contingency Calculation
Executive Review Committee
Process, Power & Marine
Detailed Planning - Focus First on Outputs
Focus First on Outputs
Content and Format of Outputs
Does the tool allow more efficient work processes to create outputs?
Focus on outputs leads to Standardization
SmartPlant comes with Out of the Box functionality
Requires Users to configure to Coding, Naming, and NumberingConventions; Symbology; Drawing/Document Formats, etc…
Provides Opportunity & Catalyst to Standardize
Using Standard Conventions
Forcing Establishment of a Single Standard
Input from Diverse Team Representing All Business Units and Offices
Flexibility to Apply Standards to Client Unique Requirements
Process, Power & Marine
Project Execution
Team Building & Alignment Kickoff Workshop
Project baseline for Performance Management
Scope
Schedule
Budgeted Cost for Work Schedule (BCWS)
Monthly Project Reviews
Estimate At Completion (EAC) Forecasting
Monthly based upon trends
Quarterly base on detailed estimating
Change Control
Reporting
Team Level
Executive Sponsor
Process, Power & Marine
Project Execution – 25 Person TeamMakeup SmartPlant 3D - 7
Piping & Equipment – 2 discipline specialists
Structural – 2 discipline specialists
Electrical – 2 discipline specialists
HVAC – 1 discipline specialist
Schematics - 6
P&ID – 2 discipline specialists
Instrumentation – 2 discipline specialists
SmartPlant Electrical – 2 discipline specialists
Material Control - 8
SmartPlant Reference Data – 3 specialists
Material Take Off Integration – 1 specialist
Material Control Work Optimization – 4 specialists
Includes configuration of SmartPlant Materials
IS - 4
4 discipline specialists covering administration,database, equipment/setup
Leadership
IS, Engineering, & Project Management
NOTE : Initial SP3D &
Schematics Teams
located in Huntsville
approximately 1 year
Process, Power & Marine
Project Execution - Monthly Reporting
Detailed Cost Report
Schedule Performance
Earned value performance
Executive Reporting
Process, Power & Marine
Project Execution - Communication
Various Audiences
Functions, Engineering Disciplines, Project Management, Business Units,Executive
Diverse Locations and Stakes
Highly Technical Application and Issues
Candor & Accuracy vs. Rumor Mill
Perception of What Change Brings
One of a Kind Project
Two Way Communication
Tools
Meetings
Monthly Reports
Articles in Company Magazines
Presentations
Business Unit PM Focus Group
Process, Power & Marine
Deployment - Strategy
Single Project to Start – Strong positive Feedback from Project
Assure platform is ready for production
Assure support capability is available
Build confidence
Training and Support with Setup – Very Positive
Support – Projects are not Alone
Coaching
Mentoring
Immediate correction of challenges
Production work
Identify and create administrators and super users
Configuration Management a Must
Complex system
Testing of new releases prior to production
All architecture, system state, and settings maintained
Move to Next Project
Build resources
Process, Power & Marine
Deployment - Status
Prior versions of Intergraph tools have been used for years
PDS, P&ID, & INtools
Anticipate these will be in production for some time to come
New URS Configuration of tools on 5 projects
SP P&ID, SP Instrumentation, SP 3D, SP Foundation
SP Electrical not yet deployed – still configuring and piloting
Early Feedback is Positive
Building Resource Pool to Support
Will not deploy Broader Than Ability to Support
Positive feedback so far rooted in support provided
Engineering Services organization being deployed for global support
Process, Power & Marine
Deployment – Positive Results
Every project in deployment providing positive feedback
Cautious but encouraged by early development
Estimates based on previous methods have been more than sufficient usingnew tools
Projects without prior experience in data centric systems are enamored by theability to design and create data at the same time
Reports, lists, data sheets, drawings, etc. are a by-product output
Process, Power & Marine
Deployment – P&ID and SPI Trends
Early trends for URS Washington Division
Projects continue to provide positive feedback
Data integration between P&ID and SPI
Saves time because of enter once use many
Assures quality and consistency of data
Enforces consistent application of work process
Savvy Project Managers realize time savings
Data generation during design
Outputs are a by-product of the process
Enter once use many
Process, Power & Marine
Deployment – SP3D SPI Trends
Early trends for URS Washington Division
Designers like consistent interface
Productivity enhancement tools reduce design time
After training, designers do not want to go back to prior tools
A few comments from designers
SP3D shines when design revisions occur
Relationships between objects is a real time-saver
Integration with other tools makes “enter once use many” a reality; reuseable datasaves time
Drawing generation saves a lot of time
Drawings by Query
Visibility when data has changed and drawing is out of date
Process, Power & Marine
Implementation PlanningImplementation Planning
& Management& Management
21-22 August 2008
Hilton Opera Hotel
Hanoi, Vietnam
Process, Power & Marine
SmartPlantSmartPlant 3D 3D ‘‘Fast-TrackFast-Track’’
Objectives
De-risk new technology introduction
Compress implementation schedules
Allocating the right levels of resources (internal & external)
What is it?
A set of template-based implementation planning tools,workflow templates & customizable procedures
A set of pre-configured packaged RDB solutions (multi-discipline reference data/ symbols)
Drawings, Isometrics & Reports
SmartPlant Reference Data (SDB) for materials acrossprocess plant industries
‘Fast-Track’ integration with other SmartPlant Enterpriseapplications & internal software
Why is this important?
Implementation Planning Guidance/ Validation
Achieving early success to support projects capitalizingtechnology investment as quickly as possible
PPM Investments to SupportSuccessful Implementations
Intergraph Process Power & Marine
3D CAD Transition & Implementation Plan
Transition Component Activity Approach/ Strategy DeliverablesINGR Customer 1
#1. Project Kick-off: Review/ Prepare Project Mandate - 1 0 Draft project mandate
Prepare internal project communication briefing - 0.25 0.25 Draft project briefing note
Review/ Agree Project Resources Review Meeting 0.25 0.25 Draft project resource plan
Prepare draft project plan - 1 0 Draft project plan
Prepare group presentation - 0.25 0.25 Draft project introductory presentation
Review/ agree Project Team/ Executive Sponsor Review Meeting 0.25 0.25 Project team members list
Review/ agree Project Steering Board Review Meeting 0 0 Steering Board members list
Undertake Project Kick-off Meeting Project Kick-off Meeting 1 1 Minutes of meeting
Sign-off/ Issue Project Mandate - 0.25 0.25 Signed-off Project Mandate
Sign-off/ Issue Internal Project Briefing - 0.25 0.25 Signed-off Project Briefing Note
Sign-off Project Plan - 0.25 0.25 Signed-off Project Plan
Review/ Agree project meeting schedule Project Kick-off Meeting 0.25 0.25 Signed-off Meeting Schedule
Sign-off group presentation - 0 0 Signed-off Project Introductory Presentation
TOTAL: 5 3
#2. People & Organisation: Review organisation structure Review Meeting 0.25 0.25 Organisation charts/ project structure documents
Review roles & responsibilities Review Meeting 0.25 0.25
Review project engineering processes (high-level) Review Meeting 0.5 0.5
Review Cax/ IT/ IS strategies to support projects Review Meeting 0.5 0.5
Prepare/ Run internal education briefings - 0.5 0
Prepare/ issue regular project updates Email updates 1 0
TOTAL: 3 1.5
#. Days
Process, Power & Marine
CompanyCompany
Documentation Documentation
WorkflowsWorkflows
ProceduresProcedures
WorkflowsWorkflows
ProceduresProcedures
ProjectProjectScopeScope
PilotPilotProjectProject ProjectProject
Job NotesJob Notes
ValidationValidation
ProjectProjectScheduleSchedule
Preparation Preparation ImplementationImplementation
PilotPilotScopeScope
PilotPilotScheduleSchedule
TrainingTraining
UserUser
AdminAdmin
TrainingTraining
AdvancedAdvancedAdminAdmin
Configurable Best-PracticeGuidelines – ‘Cook Book’
ProjectProject
Documentation Documentation
P ro j e c t I n i t i a l i z a t i o n
Ph 1 Capture/“B l o c k” mode l c reat ion Ph 2 Mechanical/Civi l/Structural Layout Fix model developmentPh 3 Detail Piping Design Model development,
Clash Checking & Final Drawing Extraction
M o d e l i n g
T i m e l i n e
S P 3 D
C o o r d i n a t i o n
O u t p u t
P i p i n g
M e c h a n i c a l
C i v i l /
S t r u c t u r a l
E l e c t r i c a l
I n s t r u m e n t a t i o n
Project K i c k- off
m e e t i n g
Develop project specif ic pipe specs
P r o j e c tMi lestone “A”
P r o j e c tMi lestone “B”
Project Mi lestone “C”
Formal Design Review Audit for Milestone “A”
Mi lestone “A” d raw ing ex t r ac t i onincludes : preliminary area plot plans and iso views of block model for review by project team, construction & client
Formal Design Review Audit for Milestone “B”
Mi lestone “ “B” drawing extract ion inc ludes :Steel Plans & Elevations & MTOMechan i ca l /E l ec t r i c a l / I n s t r umenta t i onArea plot plans & G.A.’s ( l imited annotat ion)
Formal Design Review Auditts for Mi lestone “C”_ Quality & Safetty Audits
Mi lestone “C”d raw ing ex t r acc t i onAnnotated AFC plot planns & G.A.’s
Mechanical input to primitive layout modelincludes: basic equipment and base locations derived from hand-drawn sketch informat ion
Civ i l/Structura l input to pr imit ive layout modelincludes: Main building columns, beams and platforms, major support structures p lus concrete foundat ions
Developing mechanical model input includes: vendor supplied equipment and nozzle data,large bore ductwork and conveyor detai ls
Developing civi l/structural model input includes: building steel for stairs and ladders, equipment support steel and minor beams and bracing, plus concrete foundat ions and p latform development
Input pipe rack envelopes and/or define major pipe routes
In it ia l instrumentat ion input inc luding: Pre l iminary Tray requirements and major instrumentat ion panels and local instrument locations for al l off- line i n s t r u m e n t a t i o n
Formal Clash Check run for Milestone “B”
Regular Design, Progress and Clash Reviews
Formal Clash Check run for Milestone “C”
Pip ing Isometr ics, F iina l BOMand Piping Area Isoometrics
P re l im ina ry Bulk Material T a k e-offs plus Piping ISO extraction for check ing
Create project, databases and directories
Create SP3D drawings templates
Set up Progress Monitoring system
Set up Clash Detection System & responsibi l it ies
Archive all SP3DD and correspondinng Pro ject data
Deta i led P ip ing input by area/s izee/cr i t ica l i ty :i. L a rge bo r e c r i t i c a l l i n e s & phys i c a l s uppo r t s
i i . Sma l l b o r e c r i t i c a l l i n e s & phy s i cc a l s uppo r t s
i i i . A l l o the r non- c r i t i c a l p r o c e s s & u t i l i t y l i n ee s & p h y s i c a l s u p p o r t s
Developing vessel & Equipment trim,All Ladder and Platform details andupdate all equip to approved Vendor prints
Developing electrical input and confirmation of al l f inal trayroutes on model, f inal electrical panels and Switchgear locationsand resolve a l l interferences
Init ial electrical input including: Prel iminary Tray requirements and major electr ical panels and switchgear locat ions
Developing instrumentation input and confirmation of al l f inal tr a yroutes on model, final local off- l ine instrumentation locations and reso lve a l l i nter ferences
Continuous monitor ing of work- packs for model, drawing and report integrity,Attendance to any SP3D application or user specific problems,Creation of additional databases as required by developing design requ i rementsMonitor Clash runs and Design Review meeting s for set- up, content and actions arising
All building, support and platform steel including large gusset plates and supportsteel detail in congested plant areas
( 1 0 0 % )( 5 0 % )( 2 0 % )
Continuous Review of developing model and incorporation ofDesign Review or Clash actions l ists to accommodate Mechanical discipl ine design problems orr required changes
Continuous Review of developing model and incorporation ofDesign Review or Clash actions lists to accommodate C iv i l/Structura l d isc ip l ine design or reqquired changes
Continuous Review of developing model and incorporation ofDesign Review or Clash actions lists to accommodate Electrical discipl ine design problems oor required changes
Continuous Review of developing model and incorporation ofDesign Review or Clash actions lists to accommodate Instrumentat ion disc ip l ine design problemms or required changes
T y p i c a l l yT y p i c a l l y
Regular Design, Progress and Clash Reviews
PR-001 A - Fig 1 Typical SP3D Modeling Workflow, Coordination and Acti vity Chart
P o s t-C o n s t r u c t ii o nDesign analysiss &feedback meeet ing
( P r o j e c t M g r , P l a n n i n g , D i s c i p l i n e H e a d s & C o n s t r u c t i o n M g r )
Load project specific pipe specs
Intergraph Plant
Design Workflows
Configurable Deployment &Engineering Activity Workflows Process, Power & Marine
What is SmartPlant Virtual Training?
SmartPlant 3D End UserTraining (available now)
Hosted on a commercialLMS system by ElementK
Provides access for up to 86virtual sessions organized incourses for 1 year
Ability to track progress
Ability to download tutorialsand practice labs
24x7 support with web siteand forum for technical help
Learning ManagementSystem
Virtual Instructor Led
Training
Administrative Interfacefor Enterprise
Customers
Process, Power & Marine
Benefits of SmartPlant Virtual Training
Quality and Consistency
Exact same presentation regardless of time or locations - removes the variationsintroduced by individual instructors
Prepared experts for given topic from the product centers
Reviewed by customers & software designers
Educationally sound materials, consistent terms across all topics, objectives,prerequisites & summary screens for every topic.
Schedule Compression
Users from multiple disciplines can learn simultaneously resulting in shorter startuptime for projects starting with team new to SmartPlant 3DTypical reduction from 3 weeks to 1 week
Ability to train new members of the team earlier rather than waiting for class withminimum enrollment requirements
Cost Effective
List price of US $1200 per student is of class room enrollment at US $2,500
Further savings based on quantity in addition to travel costs
Process, Power & Marine
Frequently Asked Questions
Does SPVT replaces traditional class room training?
SPVT best suited for Roll-out scenarios, small & remotes teams of 3-5 users, or new additionsto the teams. Traditional class room training best suited for CAE teams and DisciplineApplication Specialists (Super Users / Early implementation teams).
Does SPVT requires 3D software License?
SP3D / SM3D license is not required to purchase SPVT, however training experience is notcomplete without hands-on experience. Practice Labs provided with SPVT match up withtraining plant backup available on Siebel web site.
Intergraph is exploring alternatives for making training environment available via web basedvirtual lab setup and/or providing increased access to regional training facilities at IntergraphOffices.
What is plan to update the training to match new software versions?
Intergraph plans to update training for every major version release. Scope of change dependson number of enhancements in new version. Our goal is to make training available as soon asnew versions are released. Most likely users will get option to access version specific trainingsessions.
Is there a certification/evaluation program to access skills after the training?
Currently one question quiz is added to each session as trial basis, however answers are nottracked. Completion and time spent on each session is tracked. System is capable of handlingcertification requirements.
Process, Power & Marine