C-K Theory allows to understand and analyze activities that lead to successful innovations. This theory resulted in a set of various tools and methods to improve individual and collective capacity to innovate.
We present here the most common C-K applications in practice : don’t hesitate to share your experiences related to the use of C-K!
Build a strategy and an action plan to explore a new field of innovation: energy in the smart city, factory 4.0, last mile logistics, inflight entertainment…
C-K Workshops – also known as KCP method – is the most known application of C-K theory. This method is jointly developed by Centre for Management Science, Mines ParisTech and the Innovation department of RATP. From its creation, it has been tested and deployed in more than 50 companies.
Specifically developed for the companies that pursue breakthrough innovation, this approach allows to control for the originality of generated solutions and the collective adhesion of these new solutions.
This method differs from classical creativity workshops that often struggle to propose fully original ideas, and commando drive approaches that lead to isolate teals in charge of innovation rom the rest of the company. The latter often results in the so called ‘not invented here’ problem and induce barriers to absorption.
C-K method is carried out with a large group of participants coming from different backgrounds. The participants are requested to attend the C-K workshops. A reduced management team is often build to manage the whole exploration using C-K diagram. The first phase of this exploration aims to nurture participants with original knowledge coming outside their expertise area (K-phase). The participants’ ability to generate new ideas highly depends on their initial expertise and the knowledge elements at their disposal. During the second phase, participants use these new knowledge elements to propose new concepts (C-phase). The last phase is driven by elaboration of learning projects (P-phase). These projects are built based on the concepts generated and selected during the C-phase. Their primary goal is to rapidly develop company’s expertise to ensure successful projects delivery of the projects in the later stages.
This demarche, achieved in 2013, allowed to build a roadmap of projects on several years, still feeding today the RID teams.
One of the greatest success was the concept of “hybrid” turbine (introduction of an asymmetry inside the helicopter turbines), which allowed to spare up to 25% of the fuel on certain kind of missions, whereas historically the gains from one generation to an other is rather around a few percents.
5 high potential concepts have been defined and lead to experimentation projects. One of them has been selected to be developed : the “Ligne Dynamique” (Dynamic Line) offer. It consists in a tailored system of shared transport, between the bus and the taxi.
Once accelerated, the offer was launched on July 21st 2016 in Bristol, in the United Kingdom, by the subsidiary company RATP Dev and the start-up Padam. In November 2016 the service, called Slide, had already 6 vehicles and 6 drivers for more than 10,000 miles, and is still growing.
At the end of the process, Technip got more than 30 disruptive concepts, among which 10 were immediatly integrated to the R&D portfolio or transformed into strategic projects. Two of them, especially promising, were also integrated to an acceleration programm.
The approached took the form of an innovation challenge on Technip social network, driven with C-K method. It gathered 1,500 contributors world-wide, from all departments (ingineering, strategy, marketing, etc.). It was the first time ever C-K was used in an online-only format.
Launched in February 2015, the exploration of this innovation field with C-K allowed to identify 9 axis of value creation. Crafty objects to facilitate the work in the kitchen, valorize the cuisine, invite to eco-cook and secure the work in the kitchen have been developed or are developing.
One of the most surprising projects stemming from this exploration is an object that make tasting in the kitchen hygienic. This innovation, currently pre-developping, is a real breakthrough compared to what exists, both from a use and from a technical point of view, and requires a technological research, realised in partnership with a start-up, as well as a questioning of the usual market approach. The demarch also fed the evolution of the Prep’Chef product – a platform of modular manual preparation allowing to optimize low added value tasks in the cuisine.
3D Integration consists in superimposing several devices and achieving interconnection by integrating technologies completed on various materials (Silicium, AsGa, etc). This new approach – allowing to diversify the functions fulfilled by the circuits and increasing the components integration density – has a strong potential in terms of performance and costs.
The multiplicity of the integration diagrams lead to consideration “the” 3D integrations instead of “a” 3D integration, which made the research work much more complicated to structure for the Advanced Research team at ST. In 2007, the team decided to use C-K method to structure the concept space related to 3D integration and create a portfolio of researh projects on the topic.
C-K method has been used to explore as wholly as possible all technical solutions. It allowd to demonstrated the rigor of the demarch to a client to whom the concept mapping was shown, and to identify new knowledges guiding the R&T work.
A decade prototypes have been built, matching the various leads identified and two products have been developed : the Topmax and the holographic HUD.
http://onlinelibrary.wiley.com/doi/10.1002/sdtp.10772/abstract
OPERA, a tool built from the Matching/Building approach, was experimented inside MINATEC IDEAs Laboratory – which includes EDF R&D – to map an innovation field “energy in mobility”.
This tool is now regularly used by the executive committee of MINATEC IDEAs Laboratory to map the innovation fields. It allows to generate collaborative innovation projects exploiting the diversity of the partners and handling the steering of this projects, to manage the cohesion of the parterns all along the projects and finally to facilitate the re-appropriation of the concepts and knowledges explored by each partner.
Energy recovery can power small devices (wireless sensors) to make them autonomous. The usual conversion technology relies on Seebeck effect devices and the materials used are rare, expensive and even health threatening.
Aming to identify alternatives to this solutions and proposals for high potential patents, STMicroelectronics used CK Invent. Workshops led by experts allowed to generate 18 proposals for inventions, among which 12 were selected by the intern patent comittee. Several patents have already been delivered and published.
(Patents : FR20130058934 20130917, WO2014FR52099 20140818, WO2014FR52099 20140818 etc.)
