As I mentioned previously, I will be posting on a topics raised by Paul Borawski, CEO, ASQ as part of ASQ Influential Voices. This month Paul’s post, New Bloggers, STEM & More, looks at the development of future engineers.
I have discussed this issue often, on one of my other blogs: Curious Cat Science and Engineering blog: Encouraging Curiosity in Kids, Passion for Mechanical Engineering (StoryCorps), Illusion of Explanatory Depth, Teaching Through Tinkering.
They are several critical paths to address in building our pipeline of future scientists and engineers. First we need to encourage kids to explore these areas. In my opinion, we currently do a pretty good job, sadly, of discouraging kids as much as we can. So reducing those barriers is key, then we need to actually build ways that help kids. We actually do have many good efforts in place to encourage kids to explore their natural curiosity (follow that link for tons of great organization: FIRST, Project Lead The Way, Engineering is Elementary, The Infinity Project etc.). This helps balance out the discouraging of students that our normal classrooms do. But the pool of kids we reach with these efforts now is far too small. And many are so turned off by our traditionally science education that no matter how much they enjoy outside science and engineering projects they are not willing to pursue science and engineering in school.
The next big area is undergraduate and graduate education. At this point we do a good job, for those willing to put up with the current model of education, which is not designed to encourage those who are interested. It is basically up to weed out any students not willing to put up with the current painful model of higher education for science and engineering. The system seems designed to wean out those who are not sufficiently willing to put up with the difficulties they are asked to face. If the only people that would benefit from science and engineering education are those that are willing to deal with the current system, then it might be fine. But I believe we have turned away hundreds of thousands of people that would have done great things with what they learned. I believe those that will not put themselves through the current system can offer great value. We will gain great benefits if we create a system that is designed to maximize the benefits to students.
There are good ideas for how to improve. But they are challenging. And we are not doing nearly enough experimenting to find good new models of engineering education. Some of my previous posts on science and engineering education: How the Practice and Instruction of Engineering Must Change – Webcast: Engineering Education in the 21st Century by William Wulf (National Academy of Engineering President), Improving Engineering Education (Olin College of Engineering Experiment), Reforming Engineering Education, Carnegie Foundation Calls for Overhaul of Engineering Education.




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Engage in Improving the Management System
Posted on April 14, 2011 Comments (1)
To actually improve management you need to engage in continual improvement of your management systems. This requires doing the hard work of challenging complacency. The job of those improving the practice of management is not to make everyone happy and just ignore that the words about improvement are not actually carrying through to changes in behavior.
Do Executives “Get It?”
If you are trying to bring about change you need in-process indications of actual success at improving the management system. Instead it seems to me, most of the time, the focus is on spinning what is being done to convince others that what is being done is good. This is not helpful and not useful.
Without in-process indications of how the movement to a better management system is performing the pattern is all too common. People want to show they are doing a good job (which often includes not being too negative – because if they criticize results they can be branded as negative). So instead we end up with actions that would be used if one assumed that while we had problems with the last 4 management fads we implemented, now we have this wonderful new idea it will avoid all the problems.
So we start our new process, and write up reports and presentations for meetings talking about our successes. We are careful to ignore any warning signs. Then, after 1, 2… years (in a good economy this can last quite a bit longer), the boss says the results are not improving, this isn’t working. Everyone quickly agrees and the improvement effort is dropped. Usually there will be a period of time taken until and a new fad is found that everyone agrees is wonderful for 2-5 years until they then all agree was a failure. Repeat for the rest of your career.
To break this cycle and actually continually improve we can’t go along with the in-process indications that the management improvement system is not really working. We need to seek out indications that it is not working and address those issues and build a strong continually improving management system.
Related: Management Advice Failures – flavors of management improvement efforts – manage what you can’t measure – Federal Government Chief Performance Officer (a specific example of the repeated failure to improve), just pretending the failures in the past didn’t exist doesn’t help the current effort
Categories: Deming, Lean thinking, Management, Psychology, quote, Systems thinking
Tags: business, commentary, continual improvement, Deming, John Hunter, lean manufacturing, management, management history, Psychology, quality, quote, Six sigma, Systems thinking, workplace improvement