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From the knowledge management front-line
Academia is constantly berated for not obeying industry’s demand to “Give Me Something I Can Make Money With”, i.e. collaborating enough with industry to create new products, generate jobs and (the cynic would say) taxes.
The problem isn’t working out how the two groups can work together – there’s a myriad of ways: transfer partnerships, PhDs, long term collaborative research, contract facilities, training, EngDs, knowledge transfer networks, spin-outs and licensing, to name but a few.
The problem is each world has its own distinct and usually conflicting drivers: academics strive to conduct new research to publish, while industry needs to maximise profits now and (in sensible companies at least) in the future.
This means that academics might not be interested in transfering blue sky research which they did 10 years ago. Or they might shy from entering a new sector to start a spin-out. And industry isn’t necessarily interested in a three year research programme when “I need the results yesterday!”
The barriers to collaboration are numerous. But there are also many sources of support. Several universities have tied up with venture capital companies to support spin-outs. Governments have transfer support schemes such as the knowledge transfer partnerships in the UK. Commercial departments in higher education have the ability to protect and license intellectual property rights. Most academics welcome the opportunity to supervise industrial PhDs, and most institutes support academics in attracting them. Most large companies have research departments which help to alleviate the yesterday! pressures from the rest of the organisation.
The real trick is (as it usually is) the right people on both sides finding each other at the right time. And that takes time. Time to network, time to figure out who’s doing what, time to determine what you really really want.
All these issues and ideas are within the purview of the Institute of Knowledge Transfer. The Institute’s conference, Innovation through Knowledge Transfer (IKT’10) is in Coventry, UK on 7/8 December. Non-members welcome.
"Warren Bennis wrote about a promising junior executive at IBM who was involved in a risky venture for the company and ended up losing ten million dollars in the gamble. He was called into the office of Tom Watson Sr., the founder and leader of IBM for forty years, a business legend. The junior exec, overwhelmed with guilt and fear, blurted out: 'I guess you've called me in for my resignation. Here it is. I resign.' Watson replied, 'You must be joking. I have just invested ten million dollars educating you; I can't afford your resignation'."
"The knowledge management community has a vital role to play in the continued success of our Army," Chiarelli said. "The capabilities you are designing and fielding will help our leaders to learn faster, understand better and adapt more rapidly."
"By employing knowledge managing concepts and principles, we will be able to share efforts with the civilian medical community, other government agencies and organizations to more quickly develop methods to identify and treat these conditions".
A winder incident occurred in Australia in which the cage slipped in the shaft. The winder was shut down and an investigation started. Company resources in Australia were consulted, but they were on holiday. Experts outside the company in Australia were consulted, but they were also on holiday. There was no backup knowledge support for the mine.
The mine found out at a later date that every mine in Australia who had installed this type of winder had suffered slippage, irrespective of the mine operator or the material being mined. They didn’t know that when their slippage occurred, and consequently they implemented their own investigation.
Shell International Exploration and Production attributes more than $200 million in direct costs saved and additional income in 2002 to the use of its SiteScape online collaboration forum. The division has clearly contributed to the success of its parent, Royal Dutch/Shell Group, which was ranked number four on the Fortune Global 500 this year. Royal Dutch/Shell increased its revenue a startling 33 percent from 2001 to 2002.
Shell's van Unnik estimates the annual cost of the KM system at about $5 million, with the majority of that sum going toward engaging community members. "The cost is man power," he says, including two to three full-time employees per major online COP (of which Shell has 12). But with an estimated annual return of more than $200 million, the investment is more than sound.
When Boeing offered early retirement to 9,000 senior employees during a business downturn, an unexpected rush of new commercial airplane orders left the company critically short of skilled production workers.
The knowledge lost from veteran employees, combined with the inexperience of their replacements, threw the firm’s 737 and 747 assembly lines into chaos. Overtime skyrocketed and workers were chasing planes along the line to finish assembly.
Management finally had to shut down production for more than three weeks to straighten out the assembly process, which forced Boeing to take a $1.6billion charge against earnings and contributed to an eventual management shake-up.
Press and Journal Scotland, 1/9/2008
"The lack of communication between doctors in the ICU (intensive care unit) may increase the mortality rate, according to a study by a group linked to Windmills Hospital and University of Health Sciences of Porto Alegre. So severe, the problem is a priority of the campaign launched this week by the Brazilian Association of Critical Care Medicine in order to increase safety in intensive care units.LACK OF MEETINGS
"Certainly, the lack of communication is the primary cause of adverse events in ICUs," says Alvaro Rea-Neto, campaign coordinator of the entity, which provides for meetings in various capitals. The crowded environment of critical patients, the rush of professionals and lack of established routines to disseminate information creates a fertile ground for lack of communication.
Among the problems cited are the lack of meetings between all professionals involved, delays in proceedings as the beginning of a therapy with antibiotics, withdrawal of mechanical ventilation and techniques for prevention of deep vein thrombosis. Experts also note the different perceptions of what is important to report, and difficulties that the younger members have to challenge the older and different visions of conduct within the team.
"A major problem is communication between different professionals. Not always what is communicated by one is the same as is heard by the other," says a specialist in critical care medicine Cassian Tan, a leader of the work. "The ideal routine is one in which all participants of the event can meet at some point during the day to discuss the case." But that does not always happen.
To reach the result, the researchers followed 792 patients for a year and a half. They were divided into three groups according to frequency of communication between the medical assistant, who lead the case, but not spend all their time in ICU, and routine medical unit, responsible for acute complications.
The mortality rate was 26% in the group that rarely communicated, which included nearly 10% of patients. Those in which the conversations were almost daily, the rate was 13%.
"The important thing is not to find fault but to find processes that lead to (elimination of?)repetition of mistakes. If you do not take care of the process, not replace good people," says Rhea-Neto.
"It's a matter of habit, good will, but many teams have not developed this habit," says Mary Angela Paschoal Goncalves, chief nurse of the ICU of Hospital Santa Isabel and Santa Casa de São Paulo.Well now, isn't that interesting, and worrying. Developing a process and a habit to talk about whats going on, and to share and communicate with each other, can cut the death rate in half. 10% of patients would be 79 people, a 23% death rate represents 18 people, and maybe 9 would still be alive if there had been more regular and more effective communication.
However rather than compare Knowledge Management against Social Media, lets compare it against some background reference, which we know is not dying. Project management, for example, or risk management, or financial management.
The research results show that mean team knowledge use is positively related to improved project performance, but not ‘significantly related to the quality outcome’. As the paper says, delivering defect-free code requires that team members solve their assigned tasks, but ‘also successfully integrate the tasks’.
This has been a fascinating and horizon-expanding elective in which a broad vista of unexplored intellectual territory has been unveiled. Given that KM itself is a somewhat low viscosity (slippery) concept, the elective was, literally, very thought-provoking. I found the topic inherently exciting. Perhaps more than any other topic encountered on the MBA, knowledge management seems to me to hold the promise to fundamentally reshape, perhaps revolutionise, organisations in the 21st century.
Knowledge management represents how you manage your organisation, your team or your project, once you realise how important knowledge is. Once you realise that knowledge is fundamental to making the correct decisions and taking the right courses of action, then you will put in place certain interventions to guard that knowledge, to build it, and to make sure it is applied where it's needed. This is knowledge management.
Knowledge management is a combination of people (roles and accountabilities), processes, technologies and governance, with knowledge is a focus. However above all, it is a change program, changing the organisation from one in which knowledge is seen as personal property, to one in which knowledge is seen as fundamental to team and organisational success.
Project an ideal testing ground for knowledge management, projects are discrete, they repeat, their focus is clear, and their scope and remit is limited. Where knowledge management is applied to projects, the results can be seen in learning curves. Learning curves represent process improvement over time, and are generated through learning. The only thing that you have at the end of the learning curve that you do not have at the start, is knowledge. Knowledge management can accelerate the learning curve and deliver value.
Knowledge management can be seen as one of many project disciplines. Together with a risk management, safety management, cost and schedule management and so on, knowledge management addresses some of the key assets and enablers of the project. It is a component of good management practice; the component that delivers continuous improvement. Therefore it needs discipline and rigour, it needs to be a business requirement, it needs to be integrated with the other disciplines, and it needs to be governed in the same way as the other disciplines.
So what is knowledge management looked like in a project context? It will probably addressed learning before, during and after a project activity, it will probably address knowledge sharing between the projects, it will address knowledge ownership (who looks after the knowledge?) and it will address the issues of a knowledge base of reference material which projects can access.
A key tool in learning before project is the project knowledge management plan. This provides a focus on the critical knowledge for the project, and then addresses how the knowledge will be accessed, who will find it, how and when, and how new knowledge will be created and stored. You can think of knowledge as flowing into a project at the start, and out of the project at the end, and this flow of knowledge needs to be managed. The KM plan is the tool that manages this flow.
The plan is created at the planning workshop involving all the project team, and one of the key outputs from this workshop will be the knowledge needs register.
Learning during the project is conducted through after action reviews after each crucial milestone or activity. However the after action reviews need to be linked with process improvement within the project, so that the project can adapt and react to every new learning.
Learning after the project is linked to lessons identification. This can be done either by scheduling and lessons identification meeting such as the retrospect, or actually embedding the learning engineer with the project in the later stages. The retrospect is like a large-scale after action review, where attention is paid, and discussion held among the team, on each of the learning points in turn. This review should be externally facilitated, and the aim is to identify their lessons and document them in enough detail and context that they can be useful to others in future. However the main objective is not merely to identify the lessons, but to make changes to processes, procedures and organisational structure so that the learning is embedded. To this end, there needs to be a learning workflow, so that lessons are validated, and carried through into action and process improvement.
Learning will need to be shared between projects as well, and this is where the communities of practice come in. The communities form a second, cross cutting dimension to the organisational structure, and allow knowledge to flow in and out of the project, crossing the walls and the organisational boundaries using the communities as a conduit.
As well as providing the mechanism to link practitioners with each other, other communities can also look after the organisational knowledge base, either through linking up the subject matter experts and allowing others to access the tacit knowledge, or by building and maintaining an explicit knowledge base for the community of practice. The community can also facilitate cross-project dialogue such as knowledge Handover meetings, where a recently finished project will talk through and discuss its major lessons with people from other similar projects. These meetings can be very powerful ways of transferring true learning and understanding.
So a knowledge management framework can be built for projects, including communities, project knowledge managers and learning engineers, after action reviews, Retrospects, peer assist, community knowledge bases and so on. However even the best framework will deliver no value if people do not want to use it, which is where the issue of governance comes in.
Knowledge management needs to be governed just like any other management system. The first step in governance is to make it very clear what is expected of a project in terms of knowledge management. Should every project have a knowledge management plan, for example? Should every project end with a retrospect? Should there be a retrospect at the end of each project stage?
The second step in governance is monitoring. You may want to collect statistics on how many Retrospects are being held, how many knowledge management plans are being written, how many lessons are being identified, and what percentage of identified lessons are carried through into action. This monitoring allows you to identify and recognise the good performers, and to assist those who need more help in performing better.
This combination of people, processes, technologies and governance at a project scale will deliver faster learning, steeper learning curves, and improved continuous performance improvement.
“In my view, dialogue is talk -- a special kind of talk -- that affirms the person-to-person relationship between discussants and which technologies their collective right and intellectual capacity to make sense of the world. Therefore, it is not talk that is one-way, such as a sales pitch, a directive or a lecture; rather it involves mutuality and jointness.