INSOURCES BLOG

Star InactiveStar InactiveStar InactiveStar InactiveStar Inactive

Transforming Training

Over the next five years, how you train and educate your staff won't just change; it'll transform. What's the difference? Changing means continuing to do essentially the same thing, only introducing some variation in degree. Transformation means doing something utterly and radically different.

For example, moving our music from cassette tape to CD changed how you listen to music. But going from a CD to having all your music in digital format on your smart phone and with you at all times transformed how you listen to music.

Exponential changes driven by processing power, storage, and bandwidth are now reaching a stage that allows us to transform business processes including how we educate and train our workforce. This transformation will certainly accelerate. The only question is whether your organization will take advantage of it.

Star InactiveStar InactiveStar InactiveStar InactiveStar Inactive

elab-homeAction learning is a process by which participants "learn by doing": that is, they acquire and apply knowledge through actions rather than traditional instruction. Research on action learning has shown that action learning programs are at least 30 percent more effective than traditional lecturing. Action learning usually involves opportunities for small groups of individuals to solve real organizational problems while at the same time focusing on their learning. Developed first by Reg Revans in England in the mid-20th century, action learning has evolved into many different forms. But they usually share these characteristics:

Star InactiveStar InactiveStar InactiveStar InactiveStar Inactive

Neuroscience is an interdisciplinary field that studies the nervous system. It looks at thought, emotion, and behavior using highly sophisticated technology such as brain-scanning devices that monitor the brain in real time, along with computer models and other techniques that measure chemical changes.

The Brain

The brain is made up of about 100 billion neurons that transmit chemical and electrical signals and form networks. Signals are sent out when the neuron reacts to a stimulus by sending an electrical signal from one end of the cell to the other where it fires a chemical across a tiny gap, known as a synapse, to another neuron. The synapses are where much of the action takes place in your brain. These chemicals, which carry messages, are called neurotransmitters and cross the synapse from one neuron to another.

Disclaimer
Privacy Policy
Terms of Sale
Terms of Use

  • Email: [email protected]
  • Phone: 1300 208 774
  • Address: G.03/25 Solent Circuit, Norwest, NSW, 2153
  • ABN 74 625 075 041 

SUBSCRIBE TO OUR NEWSLETTER

Receive the latest VET news, ASQA updates, job opportunities, special offers, and much more!
© 2022 by Insources Group Pty Ltd. All rights reserved.

Search