Organize resources so it’s easy to understand. Reduce cognitive load by breaking information down into small, digestible chunks and arranging them into patterns that make sense to the individual. Always start by giving an overview so individuals know how all the smaller chunks fit together.
Use visuals. The brain has an incredible ability to remember visual images so you must exploit that as you look for ways to reinforce key learning points. Create tools that are primarily visual rather than word-based. Use images in place of text (or at least minimize the text). Use videos and animations to help people understand key concepts.
We can drive a lot of effectiveness into our processes by structuring information to make complex documents more transparent and accessible to their users. Visual cues can provide an ‘attention hierarchy’, making sure that what is most important is not overlooked. People tend to find more usable what they find beautiful, and a wall of text simply looks scary, cumbersome, and off-putting for most people. I am a strong advocate of beauty in system design, and I would love to see Quality departments better known for their aesthetic principles and for tying all our documents into good cognitive principles.
Cognitive Load Theory
Cognitive load theory (CLT) can help us understand why people struggle so much in reading and understanding contracts. Developed by John Sweller, while initially studying problem-solving, CLT postulates that learning happens best when information is presented in a way that takes into consideration human cognitive structures. Limited working memory capacity is one of the characteristic aspects of human cognition: thus, comprehension and learning can be facilitated by presenting information in ways minimizing working memory load.
Structure and Display
Information structure (how the content is ordered and organized) and information display (how it is visually presented) play a key role in supporting comprehension and performance. A meaningful information structure helps readers preserve continuity, allowing the formation of a useful and easy-to-process mental model. Visual information display facilitates mental model creation by representing information structures and relationships more explicitly, so readers do not have to use cognitive resources to develop a mental model from scratch.
Leveraging in your process/procedure documents
Much of what is considered necessary SOP structure is not based on how people need to find and utilize information. Many of the parts of a document taken for granted (e.g. reference documents, definitions) are relics from paper-based systems. It is past time to reinvent the procedure.
Does training in your organization seem like death by PowerPoint? Is learning viewed as something an expert dumps in the lap of the learner.? However, that’s not what learning is – lectures and one-way delivery end up resulting in very little learning.
For deeper meaning to occur, invest in professionally facilitated experiences that enable staff to form mental models they remember. Get people thinking before and after the training to ensure that the mental model stays fresh in the mind.
Culture of Cutting Time
Avoid the desire for training in shorter and shorter chunks. The demands of the workplace are increasingly complex and stressful, so any time out of the office is a serious cost. The paradox is that by shortening the training, we don’t give the time for structured learning, which sabotages the investment when the training program could be substantially improved by adding the time to allow the learning to be consolidated.
We know that learning takes place when people have fun, stress is low, and the environment encourages discovery. Make training cheerful and open rather than dull and quiet. Encourage lots of informal learning opportunities. Give more control to the learner to shape their experience. Have fun!
Competence is the set of demonstrable characteristics and skills that enable, and improve the efficiency of, performance of a job. There are a ton of different models out there, but I like to think in terms of three or four different kinds of competences: professional and methodological skills; social competence; and self-competence which includes personal and activity- and implementation-oriented skills. Another great way to look at these are competencies for inter-personal (maps to social competence), intrapersonal (maps to self-competence), and cognitive (maps to professional and methodological skills).
The ongoing digital transformation (Industry 4.0) leads to changing competence requirements which means new ways of life-long teaching and learning are necessary in order to keep up.
We can look at the 4 competencies across three different categories: Human, Organization and Technology:
Soft/hardware understanding Cyber-physical system understanding Usability Human-machine interfaces
Social Competence (Inter-personal)
Inter-disciplinary thinking Managerial competence Ability to work as a team Conflict management Communication Empathy
Employee satisfaction Human centering
Lifelong learning Personal initiative Innovativeness Independent work Sense of responsibility Readiness for change
When it comes to the professional competencies there is a large spread depending on what our industries requires. As a pharmaceutical quality professional I have different professional expertise than a colleague in the construction industry. What we do have in common is the methodological expertise I listed above.
Understanding competencies is important, it allows us to determine what skills are critical, to mentor and develop our people. It also helps when you are thinking in terms of body of knowledge, and just want communities of practice should be focusing on.