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| Aus OP 3 |
Introduction
For my bee keeping project it was of huge importance that I combined the doing and the thinking in a good coordinated way. Therefore I decided to divide this project in two parts: the 'practical' and the 'learning' part. Each part goes through the experiental learning cycle by itself. The practical part/learning cycle describes the bee related doings and experiences and integrates the knowledge from the learning part. In the learning cycle I observe how I learn in the best way by using bee-related knowledge I want to learn. I hope that in the future my experiences with learning contribute to further education projects (e.g. by producing educational material).
On each stage of the learning cycle I report on both parts of the project (for more details, please see XMind: "Bee project" on the right).
Goals for bee keeping learning area:
- use only one design process for my projects
- get daily practice in applying ArCEA
- track learning process properly
- practice and observe my learning style (complex Mindmap with different sources) →start clear at the beginning and get more complex towards the end
- learn and experience more about practical bee keeping →keep documenting all the time!
- talk to experienced people and collect their advice/experience
Applied Kolbs Model: Bee Project
Keyoutcomes
Personal:
- practised design
- working creatively with the second version of the Mindmaps (1st review)
- "We design all the time" (use it as opportunity to design the life you want)
- observing and expanding my learning strategies
Peer:
- made good connections to other bee keepers (networking)
- exchange opinions
- always two people are needed for a hive inspection (at least if you are inexperienced)
Keyoutcomes
Project:
- balance between thinking (ArCEA) and doing (experience: hive inspections)
- working with theories
- applied design process: Kolbs Model works very well!
- gained theoretical and practical knowledge (in both areas, learning and bees)
Keyoutcomes
Professional:
- learned a lot about practical interventions in a bee hive
- gained valuable theoretical knowledge
- learned how to begin with conventional bee-keeping and switch over to resistant bee-keeping methods
- applied powerful learning method (further elaboration is needed)
Political:
- looking for natural way to not treat bees with chemicals/acids any more
- if resistant bee system shows success all bee keepers are able to apply it (open source)
