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Opportunities for Success

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To govern the selection, development, & implementation of systems ... Standards vs. infrastructural opportunism. Rationalization vs. innovation. Cost vs. creativity ... – PowerPoint PPT presentation

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Title: Opportunities for Success


1
Opportunities for Success
  • Mark Roman,
  • Executive Project Director, Carleton University
  • CANHEIT, June 2005

2
Opportunities
  • Leadership, Strategy, and Governance
  • Systems Maturity
  • Funding
  • Protection of Privacy
  • Architecture
  • Staff Enhancement
  • Business Continuity
  • Faculty Enhancement and eLearning

3
Leadership Strategy - Evolving Strategy
  • The future casts a long shadow on the present
  • Strategy requires choices
  • Process, not event
  • Plan, execute, tune
  • Repeat
  • There is no final document
  • Technology drivers (supporting strategies)
  • Technology leaders (innovation strategies)

4
Leadership Strategy
Strategy
Leadership
5
IT Governance
Steering Committee Systems exist to realize the
aspirations of their stakeholders
6
Project Life Cycle
Status reporting Fiscal budget Risk
plan Scope Resource plan Schedule Quality
plan Communication plan Vendor management
  • Portfolio assessment
  • Priorities
  • Risk
  • Strategic fit

7
Project Portfolio
  • Plot risk and priority

8
Project Charters
  • Purpose
  • Business case to justify the project
  • Document project parameters
  • Guide project development
  • Acquire formal authorization to proceed to the
    next step in the project
  • Authorize the use of resources to develop
    detailed project plan
  • Sufficient information to help the steering
    committee make their decision
  • Generally brief 3 to 4 pages

9
Project Evaluation Criteria
  • Two project hurdles
  • Does the project meet any of the institutions
    strategic goals?
  • If yes, how well does it meet those goals?

10
Assessing Maturity
  • Criteria for profiling a systems maturity
  • Degree of production implementation
  • Scope of user training
  • User acceptance
  • System knowledge
  • Data quality
  • Infrastructure reliability
  • Staffing needs
  • Customization
  • Project prioritization
  • Fiscally positive

11
Systems Maturity Model
All institutions manage systems through these
stages knowingly or not. They may do them well
or they may do them wretchedly, but they always
do them.
  • Implementing developing, integrating, and
    installing the system
  • Post Go-Live managing the environment
    immediately after implementation
  • Stabilizing improving control and management
    processes
  • Leveraging realizing productivity and other
    benefits of the system

12
Maturity Productivity
Productivity
Project Benefit Zone
Productivity Baseline
Project Shock Zone
Go Live Date
Graph from Roger Rigelhof, McGill University
13
Maturity Morale
Leveraging
Recognition
Stabilizing
System Maturity
System Maturity
Morale
Reality
Post Go
-
Live
Post Go
-
Live
Trough
Implementing
Kick off
Go Live Date
Time
Time
14
Maturity Cost
Leveraging
Leveraging
Stabilizing
Stabilizing
Cost
System Maturity
System Maturity
Post Go
-
Live
Post Go
-
Live
Implementing
Implementing
Time
Time
15
Maturity Value
Strategic Value
16
Why Are ERP Projects Hard to Do?
17
Funding
  • Run I.T. like a business
  • Monthly budget/actuals/forecast
  • Realistic cost tracking
  • Disciplined accountability
  • Steering committee approves funded work at key
    gates
  • Project charter
  • Project plan
  • Execution status reporting
  • Closure
  • Benefits realization
  • Constrained resource pool for work requests lt 20
    days
  • External partnership opportunities

18
Protection of Privacy
  • Protection of personal privacy
  • Personal data
  • Develop policy
  • Implement
  • protection
  • Data access control
  • Centralized repository
  • Minimize leakage
  • Eliminate duplication

Privacy
  • Protection of institutional privacy (security)
  • Access control
  • Detection
  • Prevention

19
Application Architecture
  • Webtop
  • Thin veneer of simplicity creating the illusion
    of a single system
  • Hides complexity of multiple disparate systems
  • User customizable
  • Universal version control
  • One source file for all original IP (code,
    documents, etc.)
  • Develop/test/production cycle management
  • Integration
  • Directory services
  • Single sign-on
  • Channelized applications
  • Webtop plug-in

20
Technology Architecture
21
Staff Enhancement
  • Continuous intellectual capital growth is the
    only sustainable competitive advantage
  • Exceptional educational opportunities (training,
    certification)
  • Assigning work becomes a balance between the
    needs of the staff and the needs of the
    organization
  • Continuous feedback based on immediate assignment
    completion

22
Business Continuity
  • Environmental assessment
  • Ice storms and power outages
  • Increasingly powerful viruses
  • Terror threats
  • Risk options
  • Avoidance
  • Transference
  • Mitigation
  • Acceptance
  • Risk assessment
  • Probability of occurrence
  • Impact of potential loss
  • Tolerance
  • Continuity plans
  • Triggers symptoms
  • Escalation process
  • Action plans
  • Redundancy/fail-over technology

23
Faculty Enhancement
  • ERP
  • Administrative applications used by faculty (e.g.
    gradebook)
  • Training
  • Corporatization of campus
  • Socialization of change
  • Pedagogical teaching platforms
  • Applications used by faculty to teach (e.g.
    WebCT)
  • Payback effort to create course material
  • Alternative teaching media
  • Scanning environment for new applications (e.g.
    social networks to locate appropriate
    researchers)
  • Classroom systems infrastructure

24
eLearning
  • Online University
  • Physical plant is the size of my old high school
  • 24,000(?) students
  • High growth market segment
  • Cannibalization of existing market?
  • Customers are ready, is the institution ready?
  • Faculty, administration, alumni
  • Socialization of change
  • Appropriate technology to support
  • Fast entry via partnerships and alliances

25
Success
  • Issues
  • Vision
  • Academic Value
  • Strategic Value

26
Issues
  • Single-expert syndrome
  • Continual system investment ensures institutional
    growth capacity
  • Integrated databases demands institution-wide
    data management cooperation
  • We are lifelong vendor partners
  • Is the problem with the system or with the
    process that uses the system?
  • Peripheral system investments are necessary but
    lost causes
  • Corporatization of campus

27
Vision
  • One access point to all systems
  • Unified visual experience for all systems
  • Any system can be upgraded independently with
    zero impact to other systems
  • Vendor upgrades are a routine annual event
  • Functional and technical management of systems is
    seamless
  • The planned workload meets the institutions
    needs for fit, utility, and balance
  • Systems accelerate changes - they do not create
    the changes
  • Success is measured by how well stakeholders
    accomplish their objectives
  • The glass room is filled with transparent
    processes
  • IT is not a department but an organizational core
    competency
  • Sustainable advantage is not achieved by IT
    innovation, it is achieved by how well you manage
    people, process, and organization

28
Academic Value
  • Create faster and easier ways for faculty to
    build on-line course material by leveraging
  • Document management software
  • Digitized library materials
  • Course management software
  • ERP, workflow imaging tools
  • Virtualized campus network infrastructure
  • Direct impact to eLearning
  • Velocity of course creation speeds up
  • Efficiency of delivery increases
  • Richness of content improves

29
Strategic Value
  • Engaged governance by customers
  • Prudent allocation of resources
  • Secure and reliable I.T. environment
  • Planned and architected change
  • Continuous growth of intellectual capital
  • Position organization for digital future by
    combining content, context, infrastructure

30
Summary
  • Thank you
  • Questions?
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