project collaboration on infrastructure megaprojects - webinar, june 3, 2015
TRANSCRIPT
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Project:Reid Highway Extension, Perth, Australia
Trusted by the world’s largest projects
Project Collaboration onInfrastructure Megaprojects
With
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AgendaIntroduction Santiago Castagnino, Boston Consulting Group
Industry Success Mary-Lou Lane, Parsons
Aconex Demo Hannah Hosch, Aconex
Q&A
Image: Courtesy of Gensler. Certain other images provided by Aconex clients.
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Market and execution challenges are increasing
Market(top-line impact)
Operations(bottom-line impact)
Trends inconstruction
Bigger, more complex projects• Technical complexity increased• Funds available to fight infrastructural
bottlenecks (not only in emerging markets)
More complex client structure & risk profile• Riskier public and PPP1 projects require
enhanced risk management• Desire for collaborative approaches and
risk-sharing
More challenging and green projects• Supply chain control fundamental
in international project settings• Demand for energy efficiency and
sustainable construction
Pressure on operational costs• Productivity still main lever to
increase (international) cost competitiveness
• Installation of lean mindset seen as an opportunity lever
War for talents and collaboration needs• Engineering demand has exceeded
available talent for many years• Supplier integration increasingly
important
Projects often out-of-budget• Time: Low adherence to
schedules• Quality: Often rework needed• Costs: Transparency essential
1. Public Private Partnership
Source: BCG analysis. Pictures partly from web
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Construction industry: Clear need for actionWide gap in productivity improvement in manufacturing vs construction in the last decades
253
89
0
100
200
300
20051995 20101990 2000 201519851980197519701965
Labor productivity index1
Construction
Manufacturing
2.8x
1. P. Teichholz, "Labor-Productivity Declines in the Construction Industry: Causes and Remedies (Another Look)", AECbytes Viewpoint #67, March 14, 2013
1/3 automation2/3 lean approach
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On average > 50% of activities are non-value adding activities
On-site processesOn-site processes
Products Organization
Stocks
Space
Movement
Rework
Waiting
Transport
Waste on construction sites1
0
20
40
60
80
100
%100.043.5
16.3
12.9
7.06.7
6.03.3
1.41.30.90.60.1
Mov
ing
of m
ater
ials
of o
ther
con
trac
tors
Def
ect-
rela
ted
inte
rrup
tions
Cor
rect
ion
of d
efec
ts
Oth
er
Mat
eria
l cos
ts
Per
sonn
el-r
elat
edin
terr
uptio
ns
Tra
nspo
rt o
fw
ork
equi
pmen
t
Wai
ting
Cle
anup
AV
/alig
nmen
tan
d co
ordi
natio
n
Tra
nspo
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fm
ater
ials
Val
ue-a
ddin
g ac
tiviti
es
Tota
l
Waste: 56.5%
1. Scope: time series study, n = 29
?
Waste should be identified in …Waste should be identified in … Proportion of waste in processesProportion of waste in processes
1 2 3
4 5 6
Schedule Deviations
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Increased system takt
Significant improvements possible with Lean Total cost of ownership (TCO) with 12–30% savings potential
100
90
80
0
100
TCO savingsService business
TCO Standardization and
modularization
Construction site
management
Total EPC savings
Procurement excellence
Process-based end-to-
end management
Savings in %of total cost1
5–15%
2–3%2–4%
1–3%2–5%
10–25% 12–30%
6–8% 4–7%10–20%
Time savings in % oftotal project duration2
1. Calculation of savings based on the following cost shares: 10–15% planning, 50–60% offer processing incl. purchasing, 25–40% project execution2. Construction phase corresponds to 50% time shareNote: Excluding levers "acquisition," "risk management," and "Lean organization and enablement," since they are not connected with direct savings; prerequisitesSource: VDMA study on construction site management 2009; BCG project experience
Optimized service
Economies of scale
Efficient processes Product
optimization
Reduced rework
20–35%Learning effectsIncreased efficiency
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Example: Lean approach resulted in a reduction of ~20% in labor costs and ~40% in heavy machinery costs in civil construction
Target
Main lever
Impact
Illustration
Problem
Reduction of construction time
Takt planning , incl. capacity harmonization
• Training of workforce• Newly designed process installed, including
harmonized supply capacities• Overall required capacities reduced and
performance improved
Congestion at supply points (up to 50% loss of time)
Road construction Road construction
Before After ChangeInstallation perform. 182 t/h 302 t/h +66%
Æ wait / supply truck 2.2 Min. 0.3 Min. -86%
Æ install. time / truck 6.8 Min. 5.1 Min. -25%
Productivity m³/FTE'h 22,7 38.0 +67%
Æ Throughput time FTE/1,000 t
5.5 h 3.3 h -33%
Throughput time per section (days)
12.2 7.3 -40%
Civil construction (pipes)Civil construction (pipes)
Stabilizing construction and performance controlling
Takt and productivity mgnt. (also: JIT, zero-defect)
• Overall value stream analyzed• Crew work sequenced• Waste and productivity analyses of crews and
machines enabled waste elimination
Construction site > 6km with dispersed crew work
Before After Change
Throughput time (weeks)
4 1 -75%
Productivity (m³/FTE'h)
0.61 0.78 +28%
Costs employees (€/month)
24,000 19,712 -18%
Costs for heavy machines (€/months)
31,500 18,000 -43%
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Lean execution is part of BCG's Excellence in Construction framework
Excellence in Construction
Transparency &risk management
• Align on objectives with client
• Identify risks• Define risk
managementplan
Transparency &risk management
• Align on objectives with client
• Identify risks• Define risk
managementplan
Organization & accountability• Involve stakeholders early on• Define clear accountabilities• Set formal contract manager role
Organization & accountability• Involve stakeholders early on• Define clear accountabilities• Set formal contract manager role
Rigorous planning• Involve relevant
stakeholders• Plan in detail• Update plan
continuously
Rigorous planning• Involve relevant
stakeholders• Plan in detail• Update plan
continuously
Open communication & interface management
• Visual management (cost/cash, lead time, requirements, risks)
• Lean steering
Open communication & interface management
• Visual management (cost/cash, lead time, requirements, risks)
• Lean steering
Strict monitoring• Follow KPIs on site• Define quality gates• Manage changes
proactively
Strict monitoring• Follow KPIs on site• Define quality gates• Manage changes
proactively
Learning & continuous improvement (CI)
• Embed CI in projects• Systematize learning
for future projects
Learning & continuous improvement (CI)
• Embed CI in projects• Systematize learning
for future projects
Lean execution• Define value flow• Align teams
around takt• Set pull approach
Lean execution• Define value flow• Align teams
around takt• Set pull approach
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Source: BCG
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We train teams on site with our Lean Simulation Tools
Example 1: Hotel construction simulationExample 1: Hotel construction simulation
Application of Lean principles to the construction phase of a hotel• Value creation flow of activities• Task planning• Pull principles• Zero defects• Lean project steering and visualization
Example 2: O&G EPC simulationExample 2: O&G EPC simulation
Application of Lean principles to key phases of an EPC project• Project management and planning• Bidding/Tendering• Engineering• Procurement• Construction
Installation procedures
Lifting equipment mobilized to
installation site
Pile Welding superintendent
Pile hammering Superintendent
Game admin software
Tug boats for material
transport
Real-time update of project P&L
QAQC inspector
Source: BCG
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Mary-Lou LaneDocument Control ManagerOver 7 years in Document Control
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Infrastructure Projects CanPresent Particular Challenges
• Geographically dispersed teams• Large number of companies on the project team• Large project team • JVs/PPPs• Scope change• Regulatory requirements• Public reporting requirements• Stringent handover requirements• Planning for life of asset operations
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Project Challenge Example: Document Accessibility
• Impact: Lost time and increased project costs
• Situations: - Power project in California
- Specific drawing was needed
- Work was held up for 2 days until the document controller came to work the following Monday morning.
- Oil and gas project in Canada
- Lack of a response to an RFI was holding the project up
- The response was sent via email and not received
• Current project: Entire project team is on Aconex,
Team members can directly access documents, drawings and communication and there is a clear record of everything.
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Project Challenge Example: Transmittal Management
• Impact: Lost time and increased errors
• Situations: - Gas project in Canada- Multiple revisions to a transmittal - Each time, the transmittal had to be started
over- Wasted time of sender and delay of the
transmittal
- Rail project in Colorado- Transmittals went through document control- There was a bottle neck and increased errors
and communication went through document control
• Current project: Project managers and engineers send and revise their own transmittals through Aconex.
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Process and Information Management Best Practices
Select system and define project-wide processes
up front
Define method of cross organization coordination
Ensure full project team has required access and
support
Support of seamless handover through
operations
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Overcoming ChallengesChallenge Manual process System process
Information exchange Email, FTP, error prone Secure, auditable central system
File size and compatibility issues
Inability to email or open files
No file size limits and integrated viewer
Time spent searching for and tracking documents
Email, internal drives, paper archives
Full version history and all communication tracked within a central system
Security Email is not secure and files can be forwarded
All communication happens within a secure environment
Transmitting documents Manual sending of multiple versions to multiple parties
Everything needed is in one central location available from anyplace anytime
Dispute over incorrect/ undelivered documents
Searching through sent boxes and transmittal logs
Clear audit trail with accountability
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Selecting an Information Management System
Flexibility• Should support YOUR project processes• Manage documents, communication and
models• Support PC, mobile and offline access
Project-Wide • Support ALL users from all organizations
equally• Not behind anyone’s fire wall• Secure workspace for each company
Ease of set up and use• Must reflect industry-specific processes• Facilitate cross-project implementation
and adoption
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Results
• Reduced project risk – clear audit trail
• Improved communication – ease of reviews
• Time savings – no tracking, searching or waiting
• A safe, well-documented operating asset – built as designed
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Aconex collaboration Save money, increase productivity. Manage project risk.
Cloud & Mobile
Information & Process
Management
Engineering & Construction
Project-Wide
Across the Project Lifecycle
Plan Design Construct OperateBid
OperatorSub-contractorsContractorConsultantsOwner EPC Designer
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One integrated collaboration platform for project information and process
Owner
EPC Designer
Consultants
Contractor Subcontractors
Client Service & Support
Web Mobile APIs
Information & Process Management
Platform
Document Management
3D Modeling Field Inspections
Correspondence Registers Bidding & Tenders
Workflows O&M / Deliverables Site Mobility
Network Integration API Reporting & Search
Infrastructure 2D & 3D Viewer Archiving
Operator
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The world’s most widely-used collaboration platform for engineering & construction
500thousandusers worldwide
$800billionin projects
1.1billiondocuments
48thousand
companies served
70countriesaround the world
40offices
globally
RTD Chiyodo BG Group
Tanker Pacific Leighton Welspun Bilfinger
Denver RTD FasTracks $5B
Dubai Metro $7.8B
State Route 99 $1.4B
Panama Canal Expansion $3.2B
Dubai Airport Concourse 3 $4.5B
Algeria Highway $5B
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Aconex: Key Process ExamplesThis was a 20-minute platform demo in the live webinarTo request a personal demo: aconex.com/Demo
• Overview• Mail• RFIs• Submittals• Handover
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Project:Reid Highway Extension, Perth, Australia
Trusted by the world’s largest projects
With thanks to our participants from&
Contact us at aconex.com/Demo