adopting a situated learning framework for (big) data projects - martin douglas, cranfield...

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Adopting a situated learning framework for (big) data projects Martin Douglas

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Video available on YouTube at http://youtu.be/cwOE_viqy58 Big data is a ‘hot topic’ at the moment with a lot of emphasis on the technologies used. However, what can be less clear are the organisational factors to get benefits out of these technologies. Using two case studies, Martin Douglas (Cranfield University) will demonstrate how a framework of communities of practice can help an organisation to plan and deliver big data projects and most importantly maximise the cost/benefit ratio of such investments. The starting point for this study was recognising that generating insight from data is essentially about discovering new knowledge, learning and research. The presentation offers an explanatory framework for data initiatives that demonstrates the usefulness of leveraging thinking from Knowledge Management and Organisational Learning disciplines. It also recognises the socially constructed nature of data when researching data initiatives. This presentation was previously delivered, and well received, at the inaugural International Data and Information Management Conference (IDIMC) which took place at Loughborough University on 17th September 2014.

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Page 1: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Adopting a situated learning framework for (big) data projects Martin Douglas

Page 2: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Overview §  Academic research approach…

§  Introducing the 2 cases

§  Some innovative data collection

§  Insight question workshops (district council)

§  Communities of Practice (CoP) mapping exercise (rail case)

§  Findings

§  Emerging framework for data initiatives

§  Practical implications

§  Questions

© Cranfield University 2

Page 3: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Research Design §  Phenomenon: Generating insight from Data §  Unit of Analysis: Data initiatives/Project Teams §  Approach: Ethnography

§  6th months embedded at 2 contrasting cases §  (1) A district council seeking to use Acorn data §  (2) A rail project producing data to improve maintenance

§  Data collection §  Interviews, observation and artefacts §  Insight question workshops (district council) §  Communities of Practice (CoP) mapping exercise (rail case)

§  Data analysis §  Various strands aimed at reflection & reflexiveness §  Used CoP & Sensemaking for initial coding strand of analysis

© Cranfield University 3

Page 4: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Why we adopted a situated learning COP lens

© Cranfield University 4

Various  perspec,ves  on  genera,ng  insight  adopt  different  units  of  analysis  We  wanted  to  focus  on  situated  individuals  undertaking  data  projects/ini,a,ves  

Page 5: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

PoshGov Case

© Cranfield University 5

Using  Acorn  Household  Data  to  formulate  and  target  new  Premium  Services  

Page 6: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

InfraDig Case

© Cranfield University 6

Producing  a  ‘Virtual  Railway’  (data  artefact)  for  operators  to  improve  maintenance  pracBce/effecBveness  

Page 7: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Insight Workshops (an illustrative Map – PoshGov)

© Cranfield University 7

Built  on  Business  Model  Canvass  Process  to  iden,fy  Key  Insight  Ques,ons  Mapped  Ques,ons  against  data  availability  (e.g.  Acorn)  

Business'Model'–'Theatre'in'the'Village'

Core Processes Key Partnerships

Key Resources

Cost Structure

Value Propositions (Products/Services)

Customer Relationships

Channels

Revenue Streams

Customer Segments '' ''

Support Processes

Ques%ons(

Assump&ons)

8(WHAT(

6(WHAT(

6(WHAT( 10(WHAT(2(WHAT(

External(Market(View'(Porters)'

SWOT((Capabili:es/'Resources)'

1(WHY( 2(WHY(

HOW(

1(Idea(for(improvement(

5(Qs(Need(Refining(

1(Data(Idea(

1(Data(Idea(

2(Qs(Need(Refining(

4(Qs(Need(Refining(

2(Ideas(for(improvement(

2(Qs(Need(Refining(

5(Ideas(for(improvement(

Which%are%the%best%sellers?%

Why?%

How%much%would%

customers%pay?%

Por0olio%Analysis%–%Theatre%in%the%Village%

How%much%

added%value%do%

villages%put%in%

to%each%show?%

What%other%

offers%already%

exist%in%loca:on%

Which%shows%are%

achieving%higher%

capacity%–%adult%or%

family%performances?%

Larger%venue%

loca:ons%

(cluster)%

Known%

Known%

Unknown%

Unknown%Data%

Ques:ons%How%oBen%would%

customers%aCend%

similar%events?%

Who%are%your%

best%promoters?%

How%effec:ve%is%

promo:on?%

(difficulty%–%limited%

budget)%

Are%there%wealthy%

mature%predominant%

loca:ons%we%could%do%

more%in?%

Would%more%

villages%take%

on%the%risk%if%

needed?%

Where%do%wealthy%

matures%source%

leisure%ac:vi:es?H

onlineHvenues%

How%are%:ckets%

sold?%What’s%the%

best%way?%Willingness%

to%buy%:ckets%

online%

CoHordinators%

as%source%of%

data%

Admin%

enquiries%

How%much%will%

they%pay?%

How%much%would%

wealthy%matures%

pay%for%a%:cket?%

What%is%the%total%

income/%cost%of%

programme%

Revenue?%–%by%

loca:on/%coordinator%

How%many%total%

:ckets%were%on%sale?%

1)%How%many%people%

would%come%in%spring%

2)%Where%are%they?%

How%far%would%they%

travel%to%a%theatre%

performance?%

Would%they%aCend%

several%TIV%

performances%or%

just%their%local%

village?%

Is%it%just%higher%

educated%people?%

Do%users%go%to%

‘other’%theatres?%

If%so%where?%

MARKET%

SHARE%

DEMAND%BY%

SEGMENT%

%

%%Take%up%–%

wealthy%matures/%

flourishing%families%

Wealthy%matures/%

flourishing%families%

aCending:%what%

propor:on%are%they%of%

their%Acorn%groups?%

TIV%people%who%

come/%excel%

feedback%sheet%

Which%are%the%

best%sellers?%

Why?%

Would%you%s:ll%aCend%

if%the%price%went%up?%

By%how%much?%

Could%we%do%it%in%

the%spring/summer%

and%do%outdoor%

performances?%

Can%we%expand%

TIV%or%do%a%

spring%

programme?% What’s%

‘purpose’%of%

events?%

Ambassador%

overlaps%Music%overlap?%

Other%‘promoters’%

–%Residents%assoc%

Village%coHordinators%

–%indicates%20H100%%

rise%Do%we%need%to%

produce%a%brochure?%

(online%etc)%

Mailing%list%–%

effec:ve?%What%about%the%

other%villages%who%

don’t%par:cipate.%

Do%they%have%same%

opportunity%to%join%

in%future%years?%

How%do%we%link%to%these?%

Are%we%marke:ng%in%the%

right%place?%

Too%expensive%for%

struggling%families?%

Promote%to%leisure%

card%users?%%

Who%is%TIV%aimed%at%

–%or%is%it?%

Compe:tors%

offers?%

Brand/%shopper%

profile%of%these%

Acorn%groups%–%

help%with%

sponsorship%

Companies%would%they%

pay%a)%event/%intros%b)%

extra%marke:ng%

Page 8: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

CoP mapping exercise (an illustrative extract - InfraDig)

© Cranfield University 8

InfraDig  

Used  Prezi  to  map  groups  and  iden,fy  boundaries,  boundary  spanners  and  related  forums    Also  captured  tools/systems  used,  boundary  artefacts  and  issues  

Page 9: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Findings – Questions

© Cranfield University 9

§  How much insight is enough?!

§  Lots of questions §  Prioritisation challenge §  Lack of pertinent data

§  Acorn insufficient on its own… §  Household unit of analysis §  Generic nature & averaged by area

§  Easier direct data collection §  Intermediaries rather than residents §  E.g. Focus groups with intermediaries

§  Assumptions galore §  Premise about targeting premium residents-branding issue §  Lack of competitor focus/commercial understanding

Page 10: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Findings using CoP

© Cranfield University 10

§  A focus on data collection, tools & artefacts §  Versus Data USE §  Requirements definition, deliverables focus

§  Various group/community issues emerged §  Operator maintenance, finance, sustainability teams or CoPs missing §  Groups involved had different ‘frames’ & agendas, e.g. Audit trail

§  Several key boundary artefacts identified §  Contracts and Design Documentation itself §  ‘Virtual Railway’ data artefact for operators

§  ‘Cross-border’ contractual alignment/incentive tensions §  Contractors – InfraDig – Operators §  Highlighted role of/reliance on cross-border ‘evangelists’

Page 11: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Informs an emerging wider Framework for Data Projects

© Cranfield University 11

Phenomenon''

Data'

Tools'

Sensemaking*Artefacts*

Engagement*

Purpose'

Learning**

Knowledge''‘Frame’*

Ques6ons'

(direct))

(indirect))

Document*Controllers*

Asset*Data*Team*

IT*Func<on*

Design*Engineers*

Operators*Maintenance*Finance,*etc.*

Contractors*

&*Theory*

Construc<on*

Maintenance*

Page 12: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Practical implications

© Cranfield University 12

§  Helps bound the data project/inquiry

§  Clarifies 2 Key logics at play: Inquiry & Value Creation

§  Nature of Phenomenon & Access §  Direct versus Indirect §  Social versus Physical §  Sensory limitations

§  Highlights practitioner groups & boundary spanning §  Identify and manage tensions

Page 13: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

© Cranfield University 13

.../ §  Relationship between Data-Phenomenon-Practitioner(s)

emerges as KEY §  Projects can start with either but both are important §  Data a snapshot of what’s relevant about a phenomenon of interest §  Co-evolves with knowledge and practice (context specific)

§  Points to importance of research, domain & tool knowledge §  Not just quantitative skills or ‘data scientists’ §  Evolutionary view with increasing clarification, testing & refinement

Practical implications

Page 14: Adopting a Situated Learning framework for (Big) Data Projects - Martin Douglas, Cranfield University

Questions

© Cranfield University 14