ID Instructional Design Models in Education

Cognitivism and Connectivism Learning Theory page as part of an EdX Instructional Design course.

Cognitivism is student centred learning via an existing knowledge base and building upon it according to learner preferences, how they organise memory, how information is linked, learning how to learn, problem-solving and the student learning journey is supported by clear instructions and information (Hanna, 2017).

Further, there is the Three-Stage Information Processing Model including Sensory Register to assess inputs, Short-Term Memory where input can be stored e.g. 20 seconds and then Long-Term Memory and Storage retrievable by linkages that have been developed (Mergel, 1998).

Application of andragogy for adult learning versus pedagogy for school.

Adult Learning Theories in Higher Education (Image copyright Pexels)

Connectivism is like social learning through others or networks, identify patterns, knowledge based round networks and exemplified in complex learning e.g. round information and technology (Ibid.).

Both can be used for the same education and exemplars, by using both theories to support instructional design, student centred activity and learning, building upon knowledge and experience for inexact outcomes; as opposed to behavioural focus.

In the first case, cognitivism using a course e.g. ‘Introduction to Digital or e-Marketing for Small Business’,  focus upon one learning outcome, ‘ability to analyse (digital) marketing and communication’

Rather than present information or content activities which maybe new and/or overwhelming, assess the knowledge level before training, then drive instruction and achievement of learning objectives via learners and learner centred activity (but monitored an assessed closely).

Instructional Design for Adult Learners in ‘Introduction to Digital or e-Marketing for Small Business’:

Preview by using images to elicit key words, channels etc. related to conventional marketing and communication.

Presentation repeat preview to include digital also and elicit the elements.

Practice by learners listing both types of elements in a small business example marketing and communications; report back to class.

Production in pairs for their own business, assist each other, compare notes then present to each other/class.

Wrap-up Class discussion and/or milling activity to compare with other learners’ ‘production’ and feedback on key points, rules or issues.

Connectivism can be applied to the same course area and learning outcome, not just in the direct learning environment but post learning, i.e. back in the workplace and business environment.  Accordingly, if learners are mostly small business people, already responsible for marketing and communications and sharing a desire to improve application of digital in their business practice, they should be motivated for connectivism.

Within the formal learning, connectivism would fit cognitivism approach above, with symmetry in each phase, but especially with increase in learner interactivity with production and wrap up or review.  Connectivism can then also be followed up informally by learners remaining in communication with each other (e.g. WhatsApp or LinkedIn Group), industry sector networking opportunities and/or local chamber of commerce.

Andrew Smith Melbourne LinkedIn Profile

 

Reference List (Harvard):

 

Hanna, M. (2017) Learning Theory Matrix. Available at: https://pdfs.semanticscholar.org/8d28/2833c35fb8b9ea74bf2c930cea22fb1e0fad.pdf (Accessed on: 16 November 2017).

Mergel, B. (1998) Instructional Design & Learning Theory.  Available at: http://etad.usask.ca/802papers/mergel/brenda.htm#Cognitivism(Accessed on: 17 November 2017).

 

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Copying and Plagiarism at University

Copying and plagiarism have always been apparent for various reasons and manifested in many ways.  Reasons can include rote learning via pedagogy versus andragogy, not coping or under time pressure which can lead to short cuts that can be easily identified by software such as Turnitin.

From Henrietta Cook in The Sydney Morning Herald:

How unis can beat the cheats by finding ‘fingerprints’ in their essays.

The tell tale signs of a cheat could be lurking in a comma or a seemingly innocuous double space after a full stop.

As universities grapple with a rise in contract cheating – which involves students outsourcing their assessments – technology is clamping down on the unethical practice by monitoring students’ unique writing styles.

The software, which has been created by US-based company Turnitin and will be launched later this year, is being developed and tested at Australian institutions including Deakin University, the University of New South Wales, the University of Wollongong and the University of Queensland.

Forensic linguists – the experts who scrutinise ransom notes and suspicious wills – helped identify 70 different factors that feed into a person’s unique writing style.

These include the use of commas, parentheses and dashes, how they list examples and whether they double space after a full stop…

…. Universities Australia chief executive Catriona Jackson said universities were continually coming up with new ways to detect cheating.

“There’s a clear message to all students in this: if you try to cheat, it’s very likely that you’ll get caught. So just don’t do it.”’

 

Advice for students (and institutions) would be learn how to write academically (should be compulsory in all university foundation and/or bachelor degree programs), plan well with time management to include good research of references or sources, use required referencing system (correctly) included in process of note taking, paraphrasing and synthesis, have draft for checking by lecturers, tutors or learning advisors, for feedback.

Further, institutions could provide a generic TurnitIn point for students to check essay or report drafts and be rewarded for process, as well as grade outcomes.

For more articles and blogs about teaching, learning and assessment click through.

Soft or Work Skills Development of Students for Employment

Soft or Work Skill Development

We often hear talk about generic work skills, soft skills or digital related, but what are they and why are they important?

Hard skills may shortlist you for a job interview, but soft skills will have you selected, and may include the following which could also be described as personal attributes or selection criteria:

 

Communication, Organization, Teamwork, Punctuality, Critical Thinking, Social Skills, Creativity, Interpersonal Communication, Adaptability and Friendliness (Berger 2016).

 

According to Harvard Business Review article ‘DEVELOPING EMPLOYEES: The Soft Skills of Great Digital Organizations’:

 

Smart organizations have recognized that introducing new technology into the workplace isn’t about hardware or software: it’s about wetware, also known as human beings. If you want to be the kind of nimble business that can make the most of successive waves of tech innovation, you need human beings who can adapt to change. That means equipping each person in your enterprise with the skills and mindset that will help them successfully adapt whenever you introduce new tools like Slack, Basecamp, or even Google Drive into your workplace. But what exactly are these digital skills? They may be more familiar and low-tech than you think (Samuel 2016).

 

These could include goal focus, collaboration, communication, learning, troubleshooting and enjoyment.

 

Another view from traditional work of soft skills would designate planning workload, communication, reports, presentations, collecting/using information, note taking, data literacy, projects, ethics, problem solving, decision making, team work, meetings, negotiation, stress management and reviewing one’s own personal skills and development (Bingham and Drew 1999).

 

How does one develop these soft or work skills for work, community and life?

 

According to Open Colleges Australia the following tips are needed to teach students soft skills:

30 Tips to Teach Soft Skills

  1. Give students authentic choices about how they’re going to learn and be assessed.
  2. Provide a learning environment where trust, initiative, and taking risks are encouraged.
  3. Hold all students to the same high standards.
  4. Model perseverance by not giving up on students.
  5. Support students by helping them find their own way.
  6. Demonstrate alternate paths to content mastery.
  7. Teach to the whole person (not just the “student”).
  8. Treat your students as mature individuals, even when they aren’t following instructions.
  9. Talk about tailoring communication styles for different audiences.
  10. 1Build students’ interpersonal skills through an environment of humility and respect.
  11. Help students practise taking on different roles in different situations.
  12. Differentiate opportunities for personal growth and opportunities for team growth.
  13. Cultivate a sense of responsibility through meaningful and unique contribution.
  14. Assign group exercises that give people the opportunity to speak, listen, write, organise, and lead.
  15. Assess learning through interactive evaluations that demand real-world demonstrations of learning.
  16. Challenge students’ reactions to new obstacles and situations.
  17. Emphasise that the same solution doesn’t necessarily work every time, even in the same situation.
  18. Incorporate exercises in delayed gratification in order to build persistence and grit.
  19. Start grading students on how well they listen to their peers.
  20. Discuss the importance of social-emotional intelligence in the real world.
  21. Design opportunities for students to build and demonstrate resilience.
  22. Make learning a personal experience, highlighting the way education shapes personality.
  23. Create opportunities for students to innovate, both on their own and in groups.
  24. Draw attention to the differences between online and in-person social etiquette.
  25. Reward students who are willing to admit they’re wrong.
  26. Recognise students who are committed to communicating ideas to others.
  27. Hold brainstorm sessions in which students list the possible uses for various soft skills.
  28. Help build motivation through principles of self-reliance (read: Emerson, Thoreau).
  29. Keep an open ear and encourage students to develop new thoughts and ideas they may have.
  30. Develop learning ability through greater awareness of individual learning processes (Briggs 2015).

 

Teaching, training or tutoring approaches to learning need to be centred upon student centred andragogy for adults not teacher centred pedagogy for children, see related article blog FLIPPED Model – Pedagogy or Andragogy in Higher Education Teaching Learning.

 

 

References:

 

Berger, G 2016, Data Reveals The Most In-demand Soft Skills Among Candidates, LinkedIn Talent Blog, 30 August, viewed 30 March 2018, < https://business.linkedin.com/talent-solutions/blog/trends-and-research/2016/most-indemand-soft-skills >

 

Bingham, R & Drew, S 1999, Key Work Skills, 1st edn, Gower Publishing Ltd., Aldershot.

 

Briggs, S 2015, 30 Tips to Cultivate Soft Skills in Your Students, Inform Ed – Open Colleges, 1 May, viewed 30 March 2018, < https://www.opencolleges.edu.au/informed/features/30-ways-to-cultivate-soft-skills-in-your-students >

 

Samuel, A 2016, ‘DEVELOPING EMPLOYEES: The Soft Skills of Great Digital Organizations’, Harvard Business Review, 5 February, viewed 21 March 2018,
< https://hbr.org/2016/02/the-soft-skills-of-great-digital-organizations >

Technology in Higher Education – Innovation Policy – Skills – Digital Literacy

Following is an article by Rogoff in Project Syndicate on the adoption, or not, of technology in universities and higher education whether MOOCS, flipped learning model, online or e-learning etc.

From Project Syndicate:

When Will Tech Disrupt Higher Education?

Feb 5, 2018 KENNETH ROGOFF

Universities pride themselves on producing creative ideas that disrupt the rest of society, yet higher-education teaching techniques continue to evolve at a glacial pace. Given education’s centrality to raising productivity, shouldn’t efforts to reinvigorate today’s sclerotic Western economies focus on how to reinvent higher education?

CAMBRIDGE – In the early 1990s, at the dawn of the Internet era, an explosion in academic productivity seemed to be around the corner. But the corner never appeared. Instead, teaching techniques at colleges and universities, which pride themselves on spewing out creative ideas that disrupt the rest of society, have continued to evolve at a glacial pace.

Sure, PowerPoint presentations have displaced chalkboards, enrolments in “massive open online courses” often exceed 100,000 (though the number of engaged students tends to be much smaller), and “flipped classrooms” replace homework with watching taped lectures, while class time is spent discussing homework exercises. But, given education’s centrality to raising productivity, shouldn’t efforts to reinvigorate today’s sclerotic Western economies focus on how to reinvent higher education?…

…Universities and colleges are pivotal to the future of our societies. But, given impressive and ongoing advances in technology and artificial intelligence, it is hard to see how they can continue playing this role without reinventing themselves over the next two decades. Education innovation will disrupt academic employment, but the benefits to jobs everywhere else could be enormous. If there were more disruption within the ivory tower, economies just might become more resilient to disruption outside it.

 

Issues for higher education may emanate from teaching and/or learning tradition or habits, physical size and complexity e.g. silos, self-perception of being leaders not followers, older generations lacking digital literacy making strategic decisions, interests of permanent versus temporary personnel, slow moving and long communication lines both top down vertical, and lateral.

 

Tradition versus Innovation?

 

One could argue that traditional university lectures, religious preaching and political propagation have centred round expert or influencer communicating physically to non-experts in familiar formats that have not been challenged since the time of Gutenberg, duplicator and photocopiers?

 

Further, underlying issue is may be existing personnel, hence processes and systems, preclude taking on new digital technology (optimally) as observed in other sectors due to perceived disruption or lack of encouragement, or even discouragement.

 

Digital or e-Marketing and Communications

 

Marketing and communications in international education was a case in point whereby strategy informed by faculty attendance at international events was replicated in ‘international marketing’ with focus upon events including professional development and networking opportunities, versus marketing grounded in enrolled students on campus (customer journey, relationship management, satisfaction, testimonials, peer influence and word of mouth).

 

Digital or e-marketing arrived by early noughties but at best was used by universities etc. for international marketing as modest ‘budget allocation’ through traditional advertising and promotional channels. Described by some technophobes as something for the domestic ‘web marketing team’ when in fact digital behaviour upends traditional channels requiring bottom up analysis and strategy development, plus KPIs and ROI.

 

Architecture of Higher Education and Policy

 

Another concern with the focus now upon effective, efficient or economic education delivery and digital technology is the specialisation and/or atomisation of those working in all levels of education versus well rounded professionals with skills of content, teaching, learning, design, delivery, assessment, evaluation, administration and technology.

 

Rather than expecting or commissioning sub-contractors to consult with subject matter experts (SMEs), doing ‘instructional design’ (possibly lacking knowledge pedagogy and andragogy), narrow evaluation e.g. of course design only, using doctorate qualified temporary instructors for blended learning or flipped model but lacking skills of teaching; why not multi-skilled educators delivering based upon customer or student learning needs?

FLIPPED Model – Pedagogy or Andragogy in Higher Education Teaching Learning

FLIPPED Teaching and Learning Model in Higher Education

 

Introduction

 

Nowadays in higher education there is much talk of MOOCS (Massive Open Online Courses), e-learning, blended learning and the ‘FLIPPED’ (Flexible Environments, Learning Culture, Intentional Content, Professional Educators, Progressive Activities, Engaging Experiences, and Diversified Platforms) classroom; what does it mean, what are the issues and solutions?

 

Brief Literature Review

 

One of the first issues to be apparent is that ‘FLIPPED learning’ is under utilised and even when utilised, there maybe sub-optimal delivery for good teaching and learning outcomes (Chen et al., 2014).  Conversely, whether a fee-paying program, compulsory K12 or a MOOC, FLIPPED learning can dramatically increase access (Hazlett, 2014).

 

Flipped classroom is also a benefit to both teaching and learning, with students being exposed to subject content online and participate in active lessons; moving away from teacher directed pedagogy to student centred learning or andragogy (especially important for transition of youth to adulthood).  The benefits are exemplified by less homework issues, question and answer, deeper exploration and those away with illness can keep up.  For teachers it means supporting students in application, reusable, easier individual student attention and more transparency for parents (Mihai, 2016).

 

Another view includes the following benefits: more student control, student centred, content more accessible for students or parents, and more efficient.  However, this is tempered by disadvantages of digital divide or illiteracy, requires significant preparation and front-end input, not good for test preparation and increased screen time (Acedo, 2013).

 

Other related concerns including potential side lining of teachers and their related skills, online content and instructional design can be boring versus active and interesting lessons, excusing bad pedagogy, internet access issues (e.g. Australia has internet speed and bandwidth issues comparing with less developed nations), assuring online content e.g. videos are watched, online content and instructional design can be very time consuming (November & Mull, 2012).

 

What are the issues for FLIPPED model in adult vocation or higher education teaching and learning?

 

The obvious issue is that when developed for K12 it is based upon pedagogic learning theories for children and youth, supported by teachers with strong background in theory and application of teaching, learning, assessment and technology.  However, this may not translate well to adult education, vocational or higher education requiring skills of applying andragogy i.e. matching adult learning styles with instructors, trainers, teachers or lecturers lacking the same education background.

 

What are the differences between pedagogy and andragogy in teaching and learning?

 

Firstly, what do adults bring to learning and how do they learn optimally as identified by Malcolm Knowles?  Knowles identified six principles including internal motivation and self-direction, life experience and knowledge, goal oriented, relevancy, practical and need for respect.  Contrasted with pedagogy in the following table:

 

Andragogy versus Pedagogy in FLIPPED Model for Higher Education

Andragogy versus Pedagogy for the FLIPPED Model in Higher Education

(Education Technology & Mobile Learning, 2018)

 

Reflection on issues and solutions for FLIPPED Model in Higher Education

 

One has experienced online blinded learning in higher education i.e. online MBA with webinars, CPD (Continuing Professional Development) via e-learning platform and vocational training certificate via distance learning and recorded webinars as ‘add-ons’, not well integrated.

 

Issues encountered included lack of teaching, learning, assessment and technology skills in instructional design, lesson planning, delivery of interesting lessons, developing and testing activity resources, creating opportunities for interactivity, involving all students (not just strong or dominant), using existing or old lecture slides for content, technology breakdowns with no disaster plan, not using or updating discussion forums and relying too much on ‘presenting’ versus teaching.

 

Solutions could include CPD like ‘train the trainer’ or in Australia the TAE40116 Certificate IV Trainer & Assessor, however many are not suitable for adult learners whether young or old.  In more diverse international cohorts where English is not the first language, adapt using the Cambridge CELTA (Certificate to Teach English Language to Adults) framework (applied qualification studied full time intensively four weeks including practice and observations).

 

The latter is especially well designed to include all learning theories including pedagogy and importantly andragogy, for student centred communication interaction.  It is based on the PPP model (Presentation, Practice and Production), when applied well is active, interesting, with clear learning outcomes and multi levelled hidden curriculum, in addition to communication skills, when pitched at advanced or proficiency level students (UCLES, 2018).

 

Nowadays with empowered and fee paying adult learners, top down directed teaching and learning of subject matter may neither be accepted nor acceptable?

 

Reference List

 

Acedo, M. (2013) 10 Pros and Cons of a Flipped Classroom. Available at: https://www.teachthought.com/learning/10-pros-cons-flipped-classroom/  (Accessed on: 27 January 2018).

 

Chen, Y; Wang, Y; Kinshuk & Chen, N. (2014) Is FLIP enough? Or should we use the FLIPPED model instead? Computers & Education. 79 pp. 16-27. Available at: https://www.sciencedirect.com/science/article/pii/S0360131514001559

 

Education Technology & Mobile Learning (2018) Awesome Chart on “Pedagogy versus Andragogy”.  Available at: https://www.educatorstechnology.com/2013/05/awesome-chart-on-pedagogy-vs-andragogy.html (Accessed on: 28 January 2018).

 

Hazlett, C. (2014) Parallel Sessions: MOOC meets Flipped Classroom. Available at: https://blog.edx.org/parallel-sessions-mooc-meets-flipped (Accessed on: 27 January 2018).

 

Mihai, L. (2016) Blended Learning: 8 Flipped Classroom Benefits for Students and Teachers. Available at: https://elearningindustry.com/8-flipped-classroom-benefits-students-teachers (Accessed on: 27 January 2018).

 

November, A. & Mull, B. (2012) Flipped Learning: A Response to Five Common Criticisms. Available at: http://web.uvic.ca/~gtreloar/Articles/Technology/flipped-learning-a-response-to-five-common-criticisms.pdf (Accessed on: 27 January 2018).

 

UCLES (2018) Cambridge English Teaching Framework. Available at: http://www.cambridgeenglish.org/teaching-english/cambridge-english-teaching-framework/ (Accessed on: 27 January 2018).