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TECHNOLOGY TOP 100 RESEARCH. THE DA VINCI INTEGRATED TIPS MODEL. TIPS Holism : Hypercompetition. TIPS Holism : Hypercompetition. TIPS Holism : Hypercompetition. Profits and value returns. TIPS Holism : Hypercompetition. Speed to market Response to changes New world flexibility.
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TECHNOLOGY TOP 100 RESEARCH THE DA VINCI INTEGRATED TIPS MODEL
TIPS Holism : Hypercompetition Profits and value returns
TIPS Holism : Hypercompetition • Speed to market • Response to changes • New world flexibility Profits and value returns
TIPS Holism : Hypercompetition • Speed to market • Response to changes • New world flexibility Profits and value returns Costs of Incentivesand variable pay
TIPS Holism : Hypercompetition • Speed to market • Response to changes • New world flexibility Profits and value returns Costs of Incentivesand variable pay • Creative motivation & people retention
TIPS Holism : Hypercompetition • Skills in place • Matching new technology skill needs • Developing from within • Speed to market • Response to changes • New world flexibility Cost of up-skilling Profits and value returns Hypercompetition = Synthesis + Synovation + JVs and Alliances Costs of Incentivesand variable pay • Creative motivation & people retention
TIPS Final Focus : Sustainability CONTRIBUTION TO ORGANISATIONALECOLOGY SUSTAINABILITY EE, B-BBEE, Job Creation, PPP Environmental S MAKING A DIFFERENCE TOCOMMUNITIES
Ackoff Centre for Design Thinking ORGANISATIONAL REDESIGN THROUGH SYSTEMS AND DESIGN THINKING
Unintended Consequences • Working for water – Eucalyptus trees • Bread wrapper – biodegradable • The TOYOTA Catastrophe • What really did take place? • Complacency? • Arrogance? • Complexity? • Western style of management? FAILURE TO UNDERSTAND THE SYSTEM
Counter-intuitiveness • Actions which are intended to produce a desired outcome may in fact generate opposite results • The Welfare System in South Africa was meant to alleviate hardships for the deprived • Counter-intuitively it has attracted poor families to the region. It has reduced the incentive to work
SETTING THE SCENE THE REALTIES FACING THE MODERN WORLD THE FAILURE OF CONVENTIONAL WISDOM
Characteristics - Wicked Problems Have No Stopping Rules No Definite Formulation WICKED PROBLEMS Planner Has No Right to Be Wrong You Don’t Understand The Problem Until You Have Developed A Solution Solutions Are Not True-or-False, But Better Or Worse
Part of the Pain • Part of the pain is a misunderstanding of the nature of the problems at hand. • More precisely, the pain is caused by working on a special class of problems – wicked problems – with thinking tools, and methods that are useful only for simpler (“tame”) problems. Jeff Conklin, Ph.D.
Traditional Wisdom For Solving Complex Problems: THE WATERFALL (Jeff Conklin). LINEAR Gather Data Analyze Data Problem Solution Formulate Solution Implement Solution Time
The Black Swan unexpected can be predicted by extrapolating from variations in statistics BELIEF THAT THE WORLD BEHAVES AS A BELL CURVE
The Hard Questions? • Why with all the sophisticated forecasting and planning processes did the world not predict the global economic fall out? • We suggest that the reason for this lies in the planning processes which are based on FORECASTING, AND ANALYSIS. • THE REALITY IS THAT THE WORLD AS WE NOW UNDERSTAND IT IS AWASH WITH WICKED PROBLEMS
Dealing With Wicked Problems • The bottom line is that you cannot solve wicked problems – you can only dissolve such problems • Dissolution can only be achieved through re-designingthe system • Re-design can only be achieved through an understanding of social systems
What Is A System? • A system is a construct that the designer creates by assembling interactingparts of the world ( either concrete or abstract) for the purpose of design. This assemblage must satisfy two conditions : • The assemblage must exhibit emergingproperties that are not exhibited by any of its parts and will somehow be diminished if any of the parts is removed; • Each part must be interacting with at least one other part.
Social System Thinking • In a system problem the performance of the whole is derived from the interactions of the parts. • A system problem cannot be solved by focusing on independent parts. • The parts do NOT always perform in ways that are expected.