4 March, 10 March Reflections:
4 March - I need to incorporate ways to interface and train
with the other students that I haven’t worked a lot with in the past… to get
them working with my students more.
They need to work on some processes together and iron out
some coordination and collaboration of each co-worker.
I need to craft some craft some ‘problems’ that they need to
work on… challenging ones that they will really have to work through. These problems need to challenge them as well
as stress system limitations (technology wise).
10 March – Frenetic thoughts/Observations/Reflections
Problem Based Learning/Project Based Learning/Inquiry Based
Learning – Training and Instruction:
·
Has to incorporate ‘team’ collaborative learning
This has to be supplemented by individual decisions that
agree with cohesive goals!
ME: Design “unstructured problem(s)” for collaborative TEAM
work to solve
-
I may utilize Inquiry-based principles that require
student research
-
Seek our pertinent facts – do research – use others
& resources – trial & error iterations (experimentation?) – prove/disprove
– “do these”...
Has
this solved “the problem”? + other methods if needed
Iterative learning (?) – to create the best,
most-comprehensive product
Reflections & acknowledgements of student
characteristics –
-
They learn things FAST & I mean they don’t
have much inhibition to thought of how to work things out – they also don’t
have much patience for shortcomings in the system (software use) – This is good and bad.
-
Good – Their expectations are high and their
thinking is relatively clear and wide open… they’re not scared of “hurting the
system”. They are very willing to experiment.
This shows deep care for the fundamentals they are being taught and
willingness to work around software confines to achieve what they want to.
-
Bad – they are reluctant/skeptical/untrusting of
system limitations or issues that they are taught (this can be a positive – as noted
above- as they are or may be capable of deeper cognition). Questioning &
skepticism is often what brings about positive use, manipulation, and
maturation of the system, architecture.
Creative use of software coupled with system knowledge should ultimately
help them achieve their goals.
Most importantly of the bad – often when the ‘trained way’
is deviated from – it yields a broken (software) system that they lack the
knowledge or time required for recovery…
IF THIS IS NOT UNDERSTOOD OR HEEDED to = distress and
detriment overall.
Takeaway: How do we maximize both the good and bad
characteristics to prepare for the best training?
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