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1
Where is the knowledge we have
lost in information?
- a study on communication and information quality
in interorganisational project processes
Public defence June 11, 2010
PhD Candidate Jan Alexander Langlo
© Jan Alexander Langlo
2
The purpose of this presentation
After this presentation, the audience should know:
• The background, rationale and my motivation for undertaking this
research
• How I have addressed the challenges raised by this research and how
I have constructed and carried out my research
• Some of the major findings and results from my research
© Jan Alexander Langlo
3
Roadmap of this presentation
A. Research rationale and motivation
B. Research design
C. Brief introduction to the Tyrihans Project and the offshore industry
D. Theoretical contributions from my research
E. Practical contributions and findings from my research
F. Summary and conclusions
© Jan Alexander Langlo
F
E
D
C
B
A
4
F
E
D
C
B
PART A
Research rationale and motivation
A
© Jan Alexander Langlo
5
The point of departure
• Organisational challenges due to increased digitalised communication
in the value chain in offshore construction projects
• The history:
– Frequent investments in information technology
– Extensive research initiatives carried out in order to improve
interorganisational collaboration
– Developed standards for data exchange (POSC/Caesar, ISO STEP, etc)
• In spite of these efforts, the organisations express that they still fall
short
– Too much information to handle in a short time span
– Collaboration and exchange of information could be improved
• Their answer: more standardisation and utilise new information
technology
F
E
D
C
B
A
6
My motivation
I started to wonder…
• Is the answer to make more investments in information technology
and develop new standards?
• Garbage in = Garbage out?
• I decided to take a closer look at how information is produced in
the first place and how information quality is ensured
© Jan Alexander Langlo
F
E
D
C
B
A
7
Fundamental assumptions
• Product quality is a result of high quality processes
• There is a link between information quality and improved performance
Information products
Information quality
Communication
Decision making
Knowledge creation
Collaboration
Innovation
Profit
ROI
© Jan Alexander Langlo
F
E
D
C
B
A
8
An important clarification
Data, information and knowledge
Knowledge
- valuable information from the human mind; includes reflection, synthesis,
context
Hard to capture
electronically
Hard to structure
Often tacit
Hard to transfer
Highly personal to
source
Information
- data endowed with relevance and purpose
Requires unit of
analysis
Needs consensus
on meaning
Human mediation
necessary
Often garbled in
transmission
Data
- simple observations of states of the world
Easily
captured
Easily
structured
Easily
transferred
Compact,
quantifiable
More human
contribution
Greater value
Source:
Pearlson and Saunders (2006)
F
E
D
C
B
A
9
A generic communication model
Sender Receiver
Message as intended by
sender
1
Message coding
(words, language, signs)
2
Transferring message in
a chosen medium
3
Decoding of the
message as receiver
understands it
4
Feedback loop
(same as 1-4)
Information production
© Jan Alexander Langlo
F
E
D
C
B
A
Jacobsen and Thorsvik (2002)
10
Information quality
Sender Receiver
Message as intended by
sender
1
Message coding
(words, language, signs)
2
Transferring message in
a chosen medium
3
Decoding of the
message as receiver
understands it
4
Feedback loop
(same as 1-4)
Production quality Transaction quality
© Jan Alexander Langlo
F
E
D
C
B
A
11
PART B
Research design
F
E
D
C
A
B
© Jan Alexander Langlo
12
Research design
Overview
• Research questions
• Unit of analysis
• Research objectives
• Research process and case study design
• Delimitations
F
E
D
C
A
B
© Jan Alexander Langlo
13
Research questions
The initial motivation:
• How is information produced in the first place, and how is information
quality ensured?
Research questions:
• How do organisations in the temporary value chain of a project
interact in order to ascertain that other actors have access to sufficient
and accommodated information to carry out their tasks efficiently?
• How do they ensure that the documented information meets the
quality expected by the receiver/user?
© Jan Alexander Langlo
F
E
D
C
A
B
14
An illustration
Unit of analysis
© Jan Alexander Langlo
F
E
D
C
A
B
15
Research objectives
Research objectives
• Identify how communication and collaboration
between organisations are realised through
interaction between individuals on each side of
interorganisational interfaces
• Identify which role information has in this
interaction, and describe how high quality
information products are created and maintained
• Identify factors influencing production of high
quality information products and consequently
how these factors influence communication and
collaboration in general
• Identify and describe actions that could help to
improve communication and collaboration in
interorganisational interfaces through improved
information quality
F
E
D
C
A
B
16
Illustration of the research process
© Jan Alexander Langlo
F
E
D
C
A
B
17
Case study design
F
E
D
C
A
B
18
Research objectives (revisited)
Research objectives
• Identify how communication and collaboration
between organisations are realised through
interaction between individuals on each side of
interorganisational interfaces
• Identify which role information has in this
interaction, and describe how high quality
information products are created and maintained
• Identify factors influencing production of high
quality information products and consequently
how these factors influence communication and
collaboration in general
• Identify and describe actions that could help to
improve communication and collaboration in
interorganisational interfaces through improved
information quality
Instruments used
• Questionnaire,
verified by interviews
• Questionnaire,
deepened by
interviews
• Primarily interviews
• Primarily interviews
F
E
D
C
A
B
19
Delimitations
• Investigation limited to construction projects in the offshore industry
and based on one in-depth case study
• Main focus on information production, not data capture
• Information production, not document management
• Main focus on individuals on an operational level, as this is where the
main body of information is generated
• Communication with stakeholders is considered, but not included as
the main focus
• Focus on solutions that will benefit all actors in the value chain
F
E
D
C
A
B
20
A
PART C
Brief introduction to the Tyrihans Project and the offshore industry
F
E
D
B
C
© Jan Alexander Langlo
21
Tyrihans in facts and numbers
• Discovered in: 1982
• Development started in: 2005
• Production commenced: 2009
• Development cost: NOK 14,5 billion
• Recoverable reserves: 29,3 billion sm3 gas
29,0 billion sm3 oil
5,3 million tons NGL
• Production solution:
– Subsea templates, tie-in to existing production platforms
• Involved organisations and employees:
– 30 organisations, app. 1000 employees
© Jan Alexander Langlo
A
F
E
D
B
C
22
Tyrihans in pictures
A
F
E
D
B
C
23
A small clarification is needed
• The cases used in this thesis were provided by Statoil (Tyrihans and
Kristin) and Hydro (Grane and Ormen Lange Langeled)
• Statoil and Hydro’s Oil and Gas division decided to merge in October
2007 as StatoilHydro. In May 2009, StatoilHydro decided to re-
establish Statoil as the future name for the merged organisation.
• In this thesis, I have decided to use “StatoilHydro” as the name for the
merged organisation, while “Statoil” and “Hydro” will refer to the old
organisations.
© Jan Alexander Langlo
A
F
E
D
B
C
24
A
PART D
Theoretical contributions from my research
F
E
B
C
D
© Jan Alexander Langlo
25
Overview of theoretical contributions
• Mapping the communicative situation
– A methodical framework
• An information product process model, including the principle of role-
oriented information production
• Factors influencing perceived information quality
• Proposed model for execution of information quality improvement
efforts
A
F
E
B
C
D
26
A methodical framework
for analysing communicative situations complex projects
- An iterative process
© Jan Alexander Langlo
A
F
E
B
C
D
27
The communicative situation
Brief presentation of instruments and their
purpose
Instruments Purpose
Mapping of communication
pattern
Identify and describe the relations between the
individuals in the value chain
Means of communication Identify and describe the means the
respondents use to communicate
Information products in use Identify and describe the information products
used by the respondents
Information systems in use Identify and describe the information systems
employed by the organisations to manage the
information flows and information products
Perceived information quality
assessment
An assessment of how the respondents assess
the quality of the information they receive
Actor alignment assessment An assessment of how well the respondents are
aligned and if they have a similar perception of
the collaborative environment in the project
A
F
E
B
C
D
28
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
The communicative situation
Mapping of communication patterns
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
11
© Jan Alexander Langlo
A
F
E
B
C
D
29
The communicative situation
Mapping of communication patterns
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
11
© Jan Alexander Langlo
A
F
E
B
C
D
30
The communicative situation
Mapping of communication patterns
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
11
© Jan Alexander Langlo
A
F
E
B
C
D
31
The communicative situation
Mapping of communication patterns
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
11
© Jan Alexander Langlo
A
F
E
B
C
D
32
The communicative situation
Mapping of communication patterns
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
11
© Jan Alexander Langlo
A
F
E
B
C
D
33
The communicative situation
Mapping of communication patterns
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
11
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
© Jan Alexander Langlo
A
F
E
B
C
D
34
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
The communicative situation
Mapping of communication patterns
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Proje
ct team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
14
71
130
69
45
135
164
162
184
134
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
© Jan Alexander Langlo
A
F
E
B
C
D
35
Licence partners StatoilHydro
UPN
StatoilHydro PRO
(Projects)
Projectcoreteam
(staff)
Contract m
anager
Topsidemodifications
Reservoir
Wellpreparation
Preparation for operation
Subsea
in
stallatio
ns
StatoilHydroTNE
StatoilHydro
Other BAs
Project team
Projectteam
Projectteam
Projectteam
Project team
Suppliers
Suppliers
Supplier
Supplier
Supplier
Sub-supl.
Sub-supl. Sub-supl.
Sub-supl.
Sub-supl.
Contractor
Contractor
14
71
130
69
45
135
164
162
184
134
The communicative situation
Mapping of communication patterns
Once a month or less frequent
2-3 times a month
Once a week
2-4 times a week
Daily
© Jan Alexander Langlo
A
F
E
B
C
D
36
The communicative situation
Means of communication
0.0 %
20.0 %
40.0 %
60.0 %
80.0 %
100.0 %
Daily 2-4 times a week Once a week 2-3 times/month Once a month or less frequent
© Jan Alexander Langlo
A
F
E
B
C
D
37
The communicative situation
Means of communication (2)
95.4%
86.2%
67.9%
55.0%
50.5%
42.2%
33.9%
29.4%
27.5%
25.7%
22.0%
21.1%
21.1%
8.3%
6.4%
2.8%
1.8%
0.0%
0.0 %
10.0 %
20.0 %
30.0 %
40.0 %
50.0 %
60.0 %
70.0 %
80.0 %
90.0 %
100.0 %
Once a week or more frequent
© Jan Alexander Langlo
A
F
E
B
C
D
38
An information product process model
PRODUCTION STORAGE & MAINTENANCE ACTIVATION VALUE CREATIONACQUIREMENT
Acquired
intelligence and
knowledge
Tacit
knowledge
Data
Stored
information
(explicit
knowledge)
Filtering information
Creating information
Combining information
Aggregating
information
Generalising
information
Refining information
Filtering information
Retrieving
and storing
information
Stored
information
Maintaining information
Cleansing/
Removing obsolete
information
Transferring
information
Receiver
Production quality
Transaction quality
39
Role-oriented information production
• Focus for information production should be on receiver and his/her
requirements and needs
• Challenge:
– Often the producer/sender does not know who the receiver is or will be
– There is often a time delay from production to application
• The sender often only knows the position or role of the intended user
• Principles for role-oriented information production
– Transparency
– Shared understanding of receiver qualifications
– Ratification of receiver qualifications
© Jan Alexander Langlo
A
F
E
B
C
D
40
Factors influencing information quality
External factors
Supporting factors
Core factors
Organisational
procedures
Turnover
Organisational
complexity
Time
pressure
Too much
input
Culture
Workload
Building
trust Domain
knowledge
Coding skills
Language
skills
Templates &
requirements
Quality
assurance
Information
technology
Experience
Analytic
skills
Harvesting
skills
© Jan Alexander Langlo
A
F
E
B
C
D
41
Proposed model for execution of
information quality improvement efforts
1.
Initial investigation
2.
Survey
3.
Verification and
elaboration
5.
Identification of
improvement
areas
6.
Develop and
implement
improvement
actions
7.
Measure and
verify performance
4.
Status analysis
Phase 1: Description of current status Phase 2: Iterative improvement effort
© Jan Alexander Langlo
A
F
E
B
C
D
42
A
B
C
PART E
Practical contributions and findings from my research
F
D
E
© Jan Alexander Langlo
43
Additional practical contributions and findings from my research
A brief overview and some examples
• Identified good practices
• Identified challenges
© Jan Alexander Langlo
A
B
C
F
D
E
44
Identified good practices
based on observations, interviews, findings, and theory
• Interface coordinators: How to manage complexity by simplicity
• Core team: Utilising existing knowledge to get a head start
• Decentralisation of authority: A necessary prerequisite
• Alignment of value chain actors: Playing on the same field
• Extensive remedies available for structuring information
• Filing system for email: Mastering the duality of formal and informal
communication.
© Jan Alexander Langlo
A
B
C
F
D
E
45
Identified challenges
• Information is viewed as a by-product and not as a product of well
defined production processes
• Information products from peripheral entities have lower perceived
information quality
• Low interoperability, much information is entered manually into
information systems and between information systems
• “Integrated stovepipe” – information systems mainly allowing
information to flow downstream
© Jan Alexander Langlo
A
B
C
F
D
E
46
A
B
C
D
PART F
Summary and conclusions
E
F
© Jan Alexander Langlo
47
Summary of main findings
• Confirmed that information is regarded as a by-product, and not as a
result of well-defined processes
• Developed an information product process model and described
principles for production of high quality information products
• Contributed to a better understanding of how information quality
relates to organisational efficiency and interorganisational
collaboration, and the importance of this relation
• Identified challenges and potential benefits related to information
quality, based on an analysis of the communicative situation in one
offshore project
A
B
C
D
E
F
48
Theoretical contributions
• Described a methodical framework for mapping the communicative
situation in complex projects
• Improved understanding of how organisational interaction is carried
out in practice through individual employees
• Improved understanding of how high quality information products are
produced, and identified processes involved in information production
• Identified factors influencing information quality, the communicative
situation, and the collaborative environment
• Identified important stepping stones for further improvement efforts.
© Jan Alexander Langlo
A
B
C
D
E
F
49
Viewing the findings in a broader context
• Information quality is no guarantee for success!
• What really counts is what individuals and groups do with the
information they possess, and that they make decisions and
take actions that contribute to success
• High quality information is merely an enabler.
© Jan Alexander Langlo
A
B
C
D
E
F
50
Thank you for your attention!
© Jan Alexander Langlo
51
BACKUP SLIDES
52
Research objectives (revisited)
Research objectives
• Identify how communication and collaboration
between organisations are realised through
interaction between individuals on each side of
interorganisational interfaces
• Identify which role information has in this
interaction, and describe how high quality
information products are created and maintained
• Identify factors influencing production of high
quality information products and consequently
how these factors influence communication and
collaboration in general
• Identify and describe actions that could help to
improve communication and collaboration in
interorganisational interfaces through improved
information quality
Status
• Considered to be
answered
• Considered to be
answered
• Considered to be
answered
• Considered to be
answered
53
Presentations and
introductions
Informal
conversations
Document studies Semi- structured
interviews
Observations
Introduction
Frame conditions for collaboration
Identifying actors
Governance system(s)
Means of communication
Mapping information flow and communication patterns
Mapping processes involved in information production
Sources for my research activities
54
The communicative situation
Information products in use
87.2%
83.5%
78.9%
67.9%
67.9%
67.0%
67.0%
65.1%
64.2%
59.6%
47.7%
38.5%
35.8%
29.4%
26.6%
25.7%
23.9%
6.4%
0.0 %
10.0 %
20.0 %
30.0 %
40.0 %
50.0 %
60.0 %
70.0 %
80.0 %
90.0 %
100.0 %
Information products in use in Tyrihans
55
The communicative situation
Information systems in use
56
The communicative situation
Perceived information quality assessment
Perceived Information Quality
(of information products received from)
1,00
1,50
2,00
2,50
3,00
3,50
4,00
A1 A2 A3 A4 A5 B1 B2 B3 B4 B5 B6 C1 C2 C3 C4 C5 D1 D2 D3 D4 D5 D6 E1 E2 E3 E4
Credibility Relevance Clarity Timeliness Accessibility
Information quality dimensions
Weighted average StatoilHydro PRO StatoilHydro UPN TYR project organisation Document administration
TYR Topside modifications TYR Reservoir TYR Well Preparation TYR Subsea Installations TYR Prep for operation
Aker Reinertsen FMC Kongsberg Suppliers in general Sub-suppliers in general
I trust the information I receive because I know the person(s) who have prepared and sent it.
I normally double-check the information I receive with other sources before I rely on it.I rely on this information to carry out my tasks and responsibilities
Timeliness is not of concern to me and the information I need
57
The communicative situation
Actor aligment assessment
-
1.00
2.00
3.00
4.00
5.00
Statement 1
Statement 2
Statement 3
Statement 4
Statement 5
Statement 6
Statement 7
Statement 8
Statement 9
Statement 10
Statement 11
Statement 12
License partners
StatoilHydro PRO
TYR Project director
TYR Project staff
Topside site team
Topside contractor
Reservoir project team
Well prep project team
Subsea site team
Subsea contractor
Subsea suppliers
Prep for Operation
58
How can the offshore industry
release the potential benefits?
• Implement interface coordinators as a standard measure in all
complex and important interfaces
• Eliminate the downsides of technologies enabling one-to-one
communication
• Introduce role-oriented information production
• Invest in information technology that enables single file storage and
better flow of information throughout the value chain
59
Potential benefits
from implementing an information product perspective
• Better understanding and knowledge of how information products are
created and maintained, as well as the skills and processes involved.
• Better understanding of the processes that information technology
should support, and how IT can support these processes in the future.
• Reduced information load due to more precise information products.
• Improved information quality, which in turn may improve value chain
efficiency

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Public defence_v3

  • 1. 1 Where is the knowledge we have lost in information? - a study on communication and information quality in interorganisational project processes Public defence June 11, 2010 PhD Candidate Jan Alexander Langlo © Jan Alexander Langlo
  • 2. 2 The purpose of this presentation After this presentation, the audience should know: • The background, rationale and my motivation for undertaking this research • How I have addressed the challenges raised by this research and how I have constructed and carried out my research • Some of the major findings and results from my research © Jan Alexander Langlo
  • 3. 3 Roadmap of this presentation A. Research rationale and motivation B. Research design C. Brief introduction to the Tyrihans Project and the offshore industry D. Theoretical contributions from my research E. Practical contributions and findings from my research F. Summary and conclusions © Jan Alexander Langlo F E D C B A
  • 4. 4 F E D C B PART A Research rationale and motivation A © Jan Alexander Langlo
  • 5. 5 The point of departure • Organisational challenges due to increased digitalised communication in the value chain in offshore construction projects • The history: – Frequent investments in information technology – Extensive research initiatives carried out in order to improve interorganisational collaboration – Developed standards for data exchange (POSC/Caesar, ISO STEP, etc) • In spite of these efforts, the organisations express that they still fall short – Too much information to handle in a short time span – Collaboration and exchange of information could be improved • Their answer: more standardisation and utilise new information technology F E D C B A
  • 6. 6 My motivation I started to wonder… • Is the answer to make more investments in information technology and develop new standards? • Garbage in = Garbage out? • I decided to take a closer look at how information is produced in the first place and how information quality is ensured © Jan Alexander Langlo F E D C B A
  • 7. 7 Fundamental assumptions • Product quality is a result of high quality processes • There is a link between information quality and improved performance Information products Information quality Communication Decision making Knowledge creation Collaboration Innovation Profit ROI © Jan Alexander Langlo F E D C B A
  • 8. 8 An important clarification Data, information and knowledge Knowledge - valuable information from the human mind; includes reflection, synthesis, context Hard to capture electronically Hard to structure Often tacit Hard to transfer Highly personal to source Information - data endowed with relevance and purpose Requires unit of analysis Needs consensus on meaning Human mediation necessary Often garbled in transmission Data - simple observations of states of the world Easily captured Easily structured Easily transferred Compact, quantifiable More human contribution Greater value Source: Pearlson and Saunders (2006) F E D C B A
  • 9. 9 A generic communication model Sender Receiver Message as intended by sender 1 Message coding (words, language, signs) 2 Transferring message in a chosen medium 3 Decoding of the message as receiver understands it 4 Feedback loop (same as 1-4) Information production © Jan Alexander Langlo F E D C B A Jacobsen and Thorsvik (2002)
  • 10. 10 Information quality Sender Receiver Message as intended by sender 1 Message coding (words, language, signs) 2 Transferring message in a chosen medium 3 Decoding of the message as receiver understands it 4 Feedback loop (same as 1-4) Production quality Transaction quality © Jan Alexander Langlo F E D C B A
  • 12. 12 Research design Overview • Research questions • Unit of analysis • Research objectives • Research process and case study design • Delimitations F E D C A B © Jan Alexander Langlo
  • 13. 13 Research questions The initial motivation: • How is information produced in the first place, and how is information quality ensured? Research questions: • How do organisations in the temporary value chain of a project interact in order to ascertain that other actors have access to sufficient and accommodated information to carry out their tasks efficiently? • How do they ensure that the documented information meets the quality expected by the receiver/user? © Jan Alexander Langlo F E D C A B
  • 14. 14 An illustration Unit of analysis © Jan Alexander Langlo F E D C A B
  • 15. 15 Research objectives Research objectives • Identify how communication and collaboration between organisations are realised through interaction between individuals on each side of interorganisational interfaces • Identify which role information has in this interaction, and describe how high quality information products are created and maintained • Identify factors influencing production of high quality information products and consequently how these factors influence communication and collaboration in general • Identify and describe actions that could help to improve communication and collaboration in interorganisational interfaces through improved information quality F E D C A B
  • 16. 16 Illustration of the research process © Jan Alexander Langlo F E D C A B
  • 18. 18 Research objectives (revisited) Research objectives • Identify how communication and collaboration between organisations are realised through interaction between individuals on each side of interorganisational interfaces • Identify which role information has in this interaction, and describe how high quality information products are created and maintained • Identify factors influencing production of high quality information products and consequently how these factors influence communication and collaboration in general • Identify and describe actions that could help to improve communication and collaboration in interorganisational interfaces through improved information quality Instruments used • Questionnaire, verified by interviews • Questionnaire, deepened by interviews • Primarily interviews • Primarily interviews F E D C A B
  • 19. 19 Delimitations • Investigation limited to construction projects in the offshore industry and based on one in-depth case study • Main focus on information production, not data capture • Information production, not document management • Main focus on individuals on an operational level, as this is where the main body of information is generated • Communication with stakeholders is considered, but not included as the main focus • Focus on solutions that will benefit all actors in the value chain F E D C A B
  • 20. 20 A PART C Brief introduction to the Tyrihans Project and the offshore industry F E D B C © Jan Alexander Langlo
  • 21. 21 Tyrihans in facts and numbers • Discovered in: 1982 • Development started in: 2005 • Production commenced: 2009 • Development cost: NOK 14,5 billion • Recoverable reserves: 29,3 billion sm3 gas 29,0 billion sm3 oil 5,3 million tons NGL • Production solution: – Subsea templates, tie-in to existing production platforms • Involved organisations and employees: – 30 organisations, app. 1000 employees © Jan Alexander Langlo A F E D B C
  • 23. 23 A small clarification is needed • The cases used in this thesis were provided by Statoil (Tyrihans and Kristin) and Hydro (Grane and Ormen Lange Langeled) • Statoil and Hydro’s Oil and Gas division decided to merge in October 2007 as StatoilHydro. In May 2009, StatoilHydro decided to re- establish Statoil as the future name for the merged organisation. • In this thesis, I have decided to use “StatoilHydro” as the name for the merged organisation, while “Statoil” and “Hydro” will refer to the old organisations. © Jan Alexander Langlo A F E D B C
  • 24. 24 A PART D Theoretical contributions from my research F E B C D © Jan Alexander Langlo
  • 25. 25 Overview of theoretical contributions • Mapping the communicative situation – A methodical framework • An information product process model, including the principle of role- oriented information production • Factors influencing perceived information quality • Proposed model for execution of information quality improvement efforts A F E B C D
  • 26. 26 A methodical framework for analysing communicative situations complex projects - An iterative process © Jan Alexander Langlo A F E B C D
  • 27. 27 The communicative situation Brief presentation of instruments and their purpose Instruments Purpose Mapping of communication pattern Identify and describe the relations between the individuals in the value chain Means of communication Identify and describe the means the respondents use to communicate Information products in use Identify and describe the information products used by the respondents Information systems in use Identify and describe the information systems employed by the organisations to manage the information flows and information products Perceived information quality assessment An assessment of how the respondents assess the quality of the information they receive Actor alignment assessment An assessment of how well the respondents are aligned and if they have a similar perception of the collaborative environment in the project A F E B C D
  • 28. 28 Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor The communicative situation Mapping of communication patterns Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily 11 © Jan Alexander Langlo A F E B C D
  • 29. 29 The communicative situation Mapping of communication patterns Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor 11 © Jan Alexander Langlo A F E B C D
  • 30. 30 The communicative situation Mapping of communication patterns Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor 11 © Jan Alexander Langlo A F E B C D
  • 31. 31 The communicative situation Mapping of communication patterns Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor 11 © Jan Alexander Langlo A F E B C D
  • 32. 32 The communicative situation Mapping of communication patterns Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor 11 © Jan Alexander Langlo A F E B C D
  • 33. 33 The communicative situation Mapping of communication patterns Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor 11 Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily © Jan Alexander Langlo A F E B C D
  • 34. 34 Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor The communicative situation Mapping of communication patterns Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Proje ct team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor 14 71 130 69 45 135 164 162 184 134 Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily © Jan Alexander Langlo A F E B C D
  • 35. 35 Licence partners StatoilHydro UPN StatoilHydro PRO (Projects) Projectcoreteam (staff) Contract m anager Topsidemodifications Reservoir Wellpreparation Preparation for operation Subsea in stallatio ns StatoilHydroTNE StatoilHydro Other BAs Project team Projectteam Projectteam Projectteam Project team Suppliers Suppliers Supplier Supplier Supplier Sub-supl. Sub-supl. Sub-supl. Sub-supl. Sub-supl. Contractor Contractor 14 71 130 69 45 135 164 162 184 134 The communicative situation Mapping of communication patterns Once a month or less frequent 2-3 times a month Once a week 2-4 times a week Daily © Jan Alexander Langlo A F E B C D
  • 36. 36 The communicative situation Means of communication 0.0 % 20.0 % 40.0 % 60.0 % 80.0 % 100.0 % Daily 2-4 times a week Once a week 2-3 times/month Once a month or less frequent © Jan Alexander Langlo A F E B C D
  • 37. 37 The communicative situation Means of communication (2) 95.4% 86.2% 67.9% 55.0% 50.5% 42.2% 33.9% 29.4% 27.5% 25.7% 22.0% 21.1% 21.1% 8.3% 6.4% 2.8% 1.8% 0.0% 0.0 % 10.0 % 20.0 % 30.0 % 40.0 % 50.0 % 60.0 % 70.0 % 80.0 % 90.0 % 100.0 % Once a week or more frequent © Jan Alexander Langlo A F E B C D
  • 38. 38 An information product process model PRODUCTION STORAGE & MAINTENANCE ACTIVATION VALUE CREATIONACQUIREMENT Acquired intelligence and knowledge Tacit knowledge Data Stored information (explicit knowledge) Filtering information Creating information Combining information Aggregating information Generalising information Refining information Filtering information Retrieving and storing information Stored information Maintaining information Cleansing/ Removing obsolete information Transferring information Receiver Production quality Transaction quality
  • 39. 39 Role-oriented information production • Focus for information production should be on receiver and his/her requirements and needs • Challenge: – Often the producer/sender does not know who the receiver is or will be – There is often a time delay from production to application • The sender often only knows the position or role of the intended user • Principles for role-oriented information production – Transparency – Shared understanding of receiver qualifications – Ratification of receiver qualifications © Jan Alexander Langlo A F E B C D
  • 40. 40 Factors influencing information quality External factors Supporting factors Core factors Organisational procedures Turnover Organisational complexity Time pressure Too much input Culture Workload Building trust Domain knowledge Coding skills Language skills Templates & requirements Quality assurance Information technology Experience Analytic skills Harvesting skills © Jan Alexander Langlo A F E B C D
  • 41. 41 Proposed model for execution of information quality improvement efforts 1. Initial investigation 2. Survey 3. Verification and elaboration 5. Identification of improvement areas 6. Develop and implement improvement actions 7. Measure and verify performance 4. Status analysis Phase 1: Description of current status Phase 2: Iterative improvement effort © Jan Alexander Langlo A F E B C D
  • 42. 42 A B C PART E Practical contributions and findings from my research F D E © Jan Alexander Langlo
  • 43. 43 Additional practical contributions and findings from my research A brief overview and some examples • Identified good practices • Identified challenges © Jan Alexander Langlo A B C F D E
  • 44. 44 Identified good practices based on observations, interviews, findings, and theory • Interface coordinators: How to manage complexity by simplicity • Core team: Utilising existing knowledge to get a head start • Decentralisation of authority: A necessary prerequisite • Alignment of value chain actors: Playing on the same field • Extensive remedies available for structuring information • Filing system for email: Mastering the duality of formal and informal communication. © Jan Alexander Langlo A B C F D E
  • 45. 45 Identified challenges • Information is viewed as a by-product and not as a product of well defined production processes • Information products from peripheral entities have lower perceived information quality • Low interoperability, much information is entered manually into information systems and between information systems • “Integrated stovepipe” – information systems mainly allowing information to flow downstream © Jan Alexander Langlo A B C F D E
  • 46. 46 A B C D PART F Summary and conclusions E F © Jan Alexander Langlo
  • 47. 47 Summary of main findings • Confirmed that information is regarded as a by-product, and not as a result of well-defined processes • Developed an information product process model and described principles for production of high quality information products • Contributed to a better understanding of how information quality relates to organisational efficiency and interorganisational collaboration, and the importance of this relation • Identified challenges and potential benefits related to information quality, based on an analysis of the communicative situation in one offshore project A B C D E F
  • 48. 48 Theoretical contributions • Described a methodical framework for mapping the communicative situation in complex projects • Improved understanding of how organisational interaction is carried out in practice through individual employees • Improved understanding of how high quality information products are produced, and identified processes involved in information production • Identified factors influencing information quality, the communicative situation, and the collaborative environment • Identified important stepping stones for further improvement efforts. © Jan Alexander Langlo A B C D E F
  • 49. 49 Viewing the findings in a broader context • Information quality is no guarantee for success! • What really counts is what individuals and groups do with the information they possess, and that they make decisions and take actions that contribute to success • High quality information is merely an enabler. © Jan Alexander Langlo A B C D E F
  • 50. 50 Thank you for your attention! © Jan Alexander Langlo
  • 52. 52 Research objectives (revisited) Research objectives • Identify how communication and collaboration between organisations are realised through interaction between individuals on each side of interorganisational interfaces • Identify which role information has in this interaction, and describe how high quality information products are created and maintained • Identify factors influencing production of high quality information products and consequently how these factors influence communication and collaboration in general • Identify and describe actions that could help to improve communication and collaboration in interorganisational interfaces through improved information quality Status • Considered to be answered • Considered to be answered • Considered to be answered • Considered to be answered
  • 53. 53 Presentations and introductions Informal conversations Document studies Semi- structured interviews Observations Introduction Frame conditions for collaboration Identifying actors Governance system(s) Means of communication Mapping information flow and communication patterns Mapping processes involved in information production Sources for my research activities
  • 54. 54 The communicative situation Information products in use 87.2% 83.5% 78.9% 67.9% 67.9% 67.0% 67.0% 65.1% 64.2% 59.6% 47.7% 38.5% 35.8% 29.4% 26.6% 25.7% 23.9% 6.4% 0.0 % 10.0 % 20.0 % 30.0 % 40.0 % 50.0 % 60.0 % 70.0 % 80.0 % 90.0 % 100.0 % Information products in use in Tyrihans
  • 56. 56 The communicative situation Perceived information quality assessment Perceived Information Quality (of information products received from) 1,00 1,50 2,00 2,50 3,00 3,50 4,00 A1 A2 A3 A4 A5 B1 B2 B3 B4 B5 B6 C1 C2 C3 C4 C5 D1 D2 D3 D4 D5 D6 E1 E2 E3 E4 Credibility Relevance Clarity Timeliness Accessibility Information quality dimensions Weighted average StatoilHydro PRO StatoilHydro UPN TYR project organisation Document administration TYR Topside modifications TYR Reservoir TYR Well Preparation TYR Subsea Installations TYR Prep for operation Aker Reinertsen FMC Kongsberg Suppliers in general Sub-suppliers in general I trust the information I receive because I know the person(s) who have prepared and sent it. I normally double-check the information I receive with other sources before I rely on it.I rely on this information to carry out my tasks and responsibilities Timeliness is not of concern to me and the information I need
  • 57. 57 The communicative situation Actor aligment assessment - 1.00 2.00 3.00 4.00 5.00 Statement 1 Statement 2 Statement 3 Statement 4 Statement 5 Statement 6 Statement 7 Statement 8 Statement 9 Statement 10 Statement 11 Statement 12 License partners StatoilHydro PRO TYR Project director TYR Project staff Topside site team Topside contractor Reservoir project team Well prep project team Subsea site team Subsea contractor Subsea suppliers Prep for Operation
  • 58. 58 How can the offshore industry release the potential benefits? • Implement interface coordinators as a standard measure in all complex and important interfaces • Eliminate the downsides of technologies enabling one-to-one communication • Introduce role-oriented information production • Invest in information technology that enables single file storage and better flow of information throughout the value chain
  • 59. 59 Potential benefits from implementing an information product perspective • Better understanding and knowledge of how information products are created and maintained, as well as the skills and processes involved. • Better understanding of the processes that information technology should support, and how IT can support these processes in the future. • Reduced information load due to more precise information products. • Improved information quality, which in turn may improve value chain efficiency