To begin with, there are 9 elements of authentic learning (I believe that in designing our blended module we’ve managed to cover most of these elements. I’ll write that process up another time):

1. Provide authentic contexts that reflect the way the knowledge will be used in real life
2. Provide authentic tasks and activities
3. Provide access to expert performances and the modelling of processes
4. Provide multiple roles and perspectives
5. Support collaborative construction of knowledge
6. Promote reflection to enable abstractions to be formed
7. Promote articulation to enable tacit knowledge to be made explicit
8. Provide coaching and scaffolding by the teacher at critical times
9. Provide for authentic assessment of learning within the tasks

The above elements are non-sequential.

“Authentic activities” don’t necessarily mean “real”, as in constructed in the real-world (e.g. internship), only that they are realistic tasks that enable students to behave as they would in the real-world.

Here are 10 characteristics of authentic activities (Reeves, Herrington & Oliver, 2002). Again, I believe that we’ve designed learning activities and tasks that conform – in general – to these principles. It’s affirming to see that our design choices are being validated as we move forward. In short, authentic tasks:

1. Have real-world relevance i.e. they match real-world tasks
2. Are ill-defined (students must define tasks and sub-tasks in order to complete the activity) i.e. there are multiple interpretations of both the problem and the solution
3. Are complex and must be explored over a sustained period of time i.e. days, weeks and months, rather than minutes or hours
4. Provide opportunities to examine the task from different perspectives, using a variety of resources i.e. there isn’t a single answer that is the “best” one. Multiple resources requires that students differentiate between relevant / irrelevant information
5. Provide opportunities to collaborate should be inherent i.e. are integral to the task
6. Provide opportunities to reflect i.e. students must be able to make choices and reflect on those choices
7. Must be integrated and applied across different subject areas and lead beyond domain-specific outcomes i.e. they encourage interdisciplinary perspectives and enable diverse roles and expertise
8. Seamlessly integrated with assessment i.e. the assessment tasks reflect real-world assessment, rather than separate assessment removed from the task
9. Result in a finished product, rather than as preparation for something else
10. Allow for competing solutions and diversity of outcome i.e. the outcomes can have multiple solutions that are original, rather than a single “correct” response

Design principles for authentic e-learning (Herrington, 2006)

“Authentic learning” places the task as the central focus for authentic activity, and is grounded in part in the situated cognition model (Brown et al, 1989) i.e. meaningful learning will only occur when it happens in the social and physical context in which it is to be used.

“How can situated theories be operationalized?” (Brown & Duguid, 1993, 10). Herrington (2006) suggests that the “9 elements” framework can be used to design online, technology-based learning environments based on theories of situated learning.

The most successful online learning environments:

• Emphasised education as a process, rather than a product
• Did not seek to provide real experiences but to provide a “cognitive realism”
• Accept the need to assist students to develop in a completely new way

There is a tendency when using online learning environments to focus on the information processing features of computers and the internet. There is rarely an understanding of the complex nature of learning in unfamiliar contexts in which tasks are “ill-defined”.

The “physical fidelity” (how real it is) of the material is less important than the extent to which the activity promotes “realistic problem-solving processes” i.e. it’s cognitive realism. “The physical reality of the learning situation is of less importance that the characteristics of the task design, and the engagement of students in the learning environment” (Herrington, Oliver, & Reeves, 2003a).

Learners may need to be assisted in coming to terms with the fact that the simulated reality of their task is in fact, an authentic learning environment. It may call for their “willing suspension of disbelief” (Herrington, 2006).

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I’m giving a workshop later today. The idea is that we’ll get all of the facilitators who’ll be working on the module we’re designing (and which I’m evaluating for my PhD) and help them get a grip on the approach to facilitation that we’d like them to use. The objective of the workshop is to help them get an understanding of the conceptual basis for facilitation in this module. We’re going to use Laurillard’s “Conversational Framework” as a structure to guide how the facilitators should try and engage with their groups, both in the classroom and in the clinical context. The following notes have been taken from Laurillard’s “Rethinking University Teaching“.

Learning needs to be situated within a context and we can’t separate the knowledge to be learned from the context in which it has to be applied. Conceptual knowledge is not an abstract, intangible thing. It is a tool that can be used as part of an authentic learning activity. There is a unity between the problem, context and solution when the problem is experienced, that is absent when an answer is merely given.

Teaching is essentially an activity that tries to help students change the way the see the world by interpreting the insights of others.

• “Everyday learning” = a result of our experiences in the world i.e. we develop an implicit awareness of gravity by falling
• “Academic learning” = a result of our reflections on others’ descriptions of the world i.e. we develop an understanding of a theory of gravity by reading about experiments conducted by other people

Academic learning is different to everyday learning in the sense that it is the student learning through interpreting the symbols (i.e. language, images, diagrams) of someone else’s view of the world

The knowledge that students bring with them will impact on how they integrate the new knowledge that they learn. Remember the ZPD and how the MKO guides the student to higher cognitive levels by building on what they already know.

It makes no sense to correct a faulty procedure without also correcting the faulty conceptualisation that supported it (knowledge is situated in action, and action manifests knowledge). Correcting fundamental misconceptions automatically corrects all of the faulty procedures associated with it. Correcting the procedure corrects only one way of doing it incorrectly. This is one problem with merely demonstrating a technique. The student is forced to conceive a rationale for the technique, which may be incorrect. By taking them through an experience of solving a problem, the rationale for the technique is implicitly tied to its performance.

Before we can challenge the students’ fundamental misconceptions, we need to know what those misconceptions are. Again, this links back to the ZPD. Without knowing where the student is, we cannot help them get to where they want to be.

Researching the learning process (which is essentially what a facilitator is…a dynamic researcher into student learning) should include an observation of student performance on a task e.g. worked problems or written explanations, with a retrospective interview of the student looking back at the task and describing how they experienced it. The interviewer uses the task to provide cues to the student.

The learning process includes 5 interdependent aspects:

• Apprehending structure. Students often fail to apprehend the structure of a discourse (e.g. a body of text), and there is often meaning that is implicit in structure (e.g. headings, paragraphs, etc.). When students take a surface approach to studying a text they lose the structure of the arguments and end with a series of statements that are not related to each other. When they take a deep approach they preserve the structure was well as the original meaning.
• Integrating parts. Students must learn how to interpret the discipline-specific representations if they are to make sense of them. The way that information is presented can lend itself to deep or surface approaches, as well as create potential “distractors” for the student. The idea is not to ensure that data representation is “easy” for the student to interpret but rather to prepare the student to handle the different representations. Complex scenarios provide opportunities to determine students’ ability to interpret the representations. For example, consider how students are confused when different clinicians advocate different management approaches for the same patient. The student who only comprehends the superficial structure of the interaction is stuck because they cannot perceive that interpretations can be different.
• Acting on the world. Learning is an activity (classroom-based problem-solving), an imitation of practice (practical sessions in the classroom), or actual practice (seeing patients). The student must engage with the world (i.e. solving problems in the classroom, or treating patients) by performing an action that is based on their understanding of how the world works.
• Using feedback. As we learn about the world by acting on it, we receive direct feedback and adjust the action in relation to the feedback. The feedback must be perceived as useful to the student (i.e. it must be meaningful). It must be given immediately (or soon) after the students’ action in order for the student to relate the feedback to the action. Helpful feedback also provides the student with specific information on how to adapt their performance.
• Reflecting on goals. Reflection is about establishing conceptual links between the action, feedback, and integration of the two as they relate to the achievement of a goal (e.g. solving a problem). Students often interpret goals as being something required by the teacher and go through the steps necessary to reproduce an outcome, with little intention of understanding the task or the goal (i.e. the tasks are a series of hoops that they have to jump through). The same task is therefore perceived differently by the students and teacher, and therefore operationalised in different ways. For many students, what it means to achieve the objective / goal is different to what the teacher is trying to do.

Using the above steps, we can see how learning something deeply is complex and difficult to facilitate. In short, the facilitator should try to conduct an interactive dialogue that supports the learning process. The following points describe the components of a teacher-student dialogue that promotes deep learning of a topic.

Apprehending structure

• Students role: look for structure, discern topic goal (if the goal isn’t explicitly identified, the student lacks the structure to guide their thinking), relate goal to structure of discourse
• Facilitators role: explain phenomena, clarify structure, negotiate topic goal, ask about internal relations (explain phenomena, make predictions, compare analogous situations)

Interpreting forms of representation

• Students role: model events / systems in terms of forms of representation, interpret forms of representation to model systems / events
• Facilitators role: set mapping tasks between forms of representation and systems / events, relate forms of representation to students’ view

Acting on descriptions

• Students role: derive implications, solve problems, and test hypotheses to produce descriptions
• Facilitators role: elicit descriptions, compare descriptions, highlight inconsistencies

Using feedback

• Students role: link teachers redescription to relation between action and goal, to produce new action on description (student gives a description of something, teacher responds with a different viewpoint that demonstrates inconsistency, student must therefore reframe / describe it again)
• Facilitators role: provide redescription, elicit new description, support linking process

Reflecting on goal-action-feedback cycle

• Students role: engage with goal, relate to actions and feedback (this is why the goal of the dialogue must be explicit, to allow students to reflect its relationship to the action / description and feedback)
• Facilitators role: prompt reflection, support reflection on goal-action-feedback cycle

There should be a continuing, iterative dialogue between teacher and student, that reveals both parties conceptions and differences between the conceptions, which then determines the focus for continuing dialogue. However, it’s not just the process of conducting the dialogue that matters but HOW it is conducted e.g there must be an opportunity for the student to interpret forms of representation other than language.

A teaching strategy should be:

• Discursive - the teachers and students conceptions should be continually accessible to each other; teacher and student must agree on the learning goals for the topic; the teacher must provide an environment for the discussion, within which the student can generate and receive feedback on descriptions appropriate to the topic goal; the teachers description must be meaningful to the student
• Adaptive - the relationship between the teacher’s and student’s conceptions must serve as the focus for the continuing dialogue; it is the student’s responsibility to use the feedback from their work on the task and relate it to their conception
• Interactive - the teacher must provide an environment in which the student can act on, generate and receive intrinsic feedback on actions appropriate to the task goal; the student must act to achieve the task goal; the teacher must provide meaningful feedback on their actions that relates to the nature of the task goal
• Reflective - the teacher must support the process in which students link the feedback on their actions to the topic goal for every level of description within the topic structure; the student must reflect on the task goal, their action on it, and the intrinsic feedback they receive, and link this to their description of their conception to the topic goal

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The Community of Inquiry is a framework developed by Garrison and Archer (2001) as a way of describing favourable conditions to stimulate learning in online environments. Since a lot of the Applied Physiotherapy module will be conducted online, the CoI is a useful framework to guide our understanding of interactions in the social network we’ll be using. The CoI suggests that in order for meaningful learning to take place in online spaces, there needs to be evidence of 3 types of “presence”:

• Social presence
• Cognitive presence
• Teaching presence

Social presence is about encouraging purposeful communication in a trusted setting, and developing interpersonal relationships by projecting personality. There are 3 categories of social presence;

• Affective response: humour, emotional expression (e.g. emoticons, “lol”)
• Open communication: recognition, interaction, reflection
• Group cohesion: use names, greet students, use inclusive pronouns (e.g. “Hi Sue. This is a good question that we can all learn from”)

Cognitive presence refers to an ability to construct meaning through sustained communication. There are 4 practical components to developing a sense of cognitive presence, which are similar to Kolb’s cycle of experiential learning:

1. Provide a triggering event or problem that is indicated by a sense of puzzlement. The idea is to create a conflict between a students perceived understanding of reality (“This is how I believe the world to be”) and a realisation that the evidence doesn’t support their perception (“The world is not how I believed it to be”).
2. Opportunities for exploration of the problem. This is achieved by creating an opportunity for students to understand the nature of the problem (“How or why isn’t the world the same as my mental construct of it?”), find relevant information (“What evidence can I find that will help me to understand this problem better?”), propose explanations (“If this is true, then it means that…”), and exchange information (“Hey guys, here’s some information that will help us understand this better”). You can see from these examples that this is similar to the process we want to stimulate in our cases.
3. Students must try to integrate the new information through a focused construction of new meaning based on the new evidence. They do this by connecting new ideas and concepts to old knowledge that they already have. An understanding of the Zone of Proximal Development would be useful here.
4. There must be a final resolution of the problem i.e. it must be solved.

There are 6 practical suggestions for how cognitive presence can be facilitated in online spaces. I’ve tried to explain each of these suggestions in terms of how we might implement them because it turns out the when facilitators model the behaviour we want to see in students e.g. critical discourse with each other and constructive critique, students tend to do similar things. The idea is that if we succeed in doing things like what is outlined below, we create the favourable conditions for cognitive presence in the online space:

1. Discourse. We should aim to be active guides by posing questions that are relevant to emerging topics of discussion. Be aware of entering a discussion and “breaking it” by being an authority figure and / or using “academic” language that students may not be familiar with. There’s little point in students’ continuing a discussion when one of us comes in and provides a definitive resolution (i.e. an “answer”) to whatever problem they’re discussing, or when we say things that they don’t understand. Remember that we want to stimulate a conversation for them, not end one they’re already having.
2. Collaboration. Groupwork should aim to involve generating, sharing, critiquing and prioritising solutions. There are 2 key elements; availability of the facilitator and the intellectual engagement of the student with the content.
3. Management. Students begin to take increasing control of the learning activities e.g. suggesting and developing their own projects, with feedback from the larger group guiding their implementation.
4. Reflection. Students tend to spend more time deliberating on their reflections when they know that what they write will be read and commented on by others. This is why we will use “public” reflections online and students will be expected to read and comment on each others’ reflections. Reflection, simply, is forming relationships between your abstract view of the world (i.e. how you believe the world to be) and how the world actually is (i.e. the congruence between your belief and what actually happens in the world). Try to use language to help students make connections between the cases and personal experiences.
5. Monitoring (self-assessment). Rubrics can be used to help students grade their own progress and understanding. They take responsibility for making judgements about their work, which is what self-directed learning is. In the professional world, it is rare that we have someone else telling us what we don’t know. It’s up to us as professionals to evaluate our skillset and make decisions about where we’re lacking and what we need to do to fill gaps in our knowledge and skills. We need to enable students to make judgements about what they know and don’t know. Peer- and self-assessment is one way of doing this.
6. Knowledge construction. Students must make personal meaning (i.e. “sense”) of the information they gather. They must identify the problem (“The patient can’t weightbear on the ankle”), collect data related to the problem (ROM, history of the incident, functional ability, etc.), create an hypothesis (“I believe that the lateral ankle ligament has a grade 2 sprain”), test the hypothesis (send patient for stress test under X-ray), confirm hypothesis or collect more data if necessary, make a conclusion. This process is more effective in terms of “deep learning” than memorising the signs and symptoms of a sprained ankle.

Teaching presence is about directing the social and cognitive processes (see above) to develop personally meaningful and worthwhile outcomes. There are 3 categories of teaching presence:

• Design and organisation i.e. developing and structuring the learning experience and activities
• Facilitating discourse by maintaining student and facilitator interest, motivation and engagement
• Direct instruction through “injecting knowledge”, dealing with issues around content and summarising discussions

Social, cognitive and teaching presence all interact / are dependent on each other. Studies have found that “teaching and social presence play a major role in predicting online students’ ratings of cognitive presence, and that teaching presence is strongly correlated with students’ satisfaction with the online learning experience and their sense of community. Furthermore, comfort in online discussion was the most significant factor in students’ perceptions of cognitive presence i.e. in order to develop higher order critical thinking, students need to feel comfortable with online discussion. It may be useful to ask students to reflect on their levels of comfort with online discussion. If they report low levels of comfort, further reflection on their part might identify why they feel this way and what might be done to improve their comfort levels, allowing facilitators to modify their approaches and / or the environment.

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Crossing (some) traditional borders
Prof Delia Marshall

There needs to be wider social, historical, ethical and environmental dimensions of science

Students need to graduate not only with domain expertise but with broader attributes that contribute towards the public good

Start with “modern” physics, with an emphasis on new ideas and concepts, rather than an equations

Resist scientism: science as “a” way of knowing about the world, not the only way

Draw in wider cultural dimensions and interests e.g. students who play instruments come in when there is a discussion on vibration / sound, etc.

“Border crossing” inot the sub-culture of science

Learning as a process of identity formation through accessing a disciplinary discourse

Looking at interactive engagement in classroom communities e.g. SCALE-UP classrooms using “lec-torials” → short lecturer inputs, working in groups, extensive and immediate feedback, learning happens in class, you can’t pass by borrowing notes

University needs to be a place for the “difficult dialogues”

Conceptualise academic literacy, not as skills, but as the social practices of discipline communities

If learning is social, then commitment from the whole department is vital. You can’t have a marginalised programme within the department

Len Steenkamp
Students appreciate honesty from teachers, especially when we say “I don’t know, let’s find out together”

Teachers need to be compassionate, every student has their own story
Teachers need to be humble
Teachers need to change, but not for it’s own sake, must be driven by a need

Engage in research because you want answers, not because you have to

Be generous with your time

21st century teaching tales
Liezel Nel

Electronic worksheets before attending class, must answer questions to familiarise students with content, class is used for discussion, not covering content. Worksheets also used for self-assessment (what tools?)

Students can practice using the tools in a non-assessed environment, tools introduced gradually

Uses reflective activities mid-semester and end-of-semester, much more useful than official course evaluations at end of year

Lecture recordings in audio and video, posted afterwards, useful for students with language difficulties

Students submit digital assignments, feedback in same format

Uses SMS for regular communication with students, establish a sense of caring and trust (community) “I felt a little bit special”

Glogs: online, interactive posters, students add interactive elements to their posters (glogster

Scholarship not just about publications

Digital storytelling and reflection in higher education: a case of pre-service student teachers and a University of Technology
Eunice Ivala, Daniela Gachago, Janet Condy, Agnes Chigona

There is a focus on passing exams, rather than on the learning process
No research on digital storytelling in higher education in South Africa, as well as limited evidence that reflective opportunities are effective

Digital story: short, 5 minute first person video-narrative, created by combining voice, still and moving images, and music or other audio

Project took place over 8 weeks, with the intention of reflecting-on-action on 7 roles of a teacher, a seed story was created to demonstrate to students, had to be 500 words

Students could choose a paper-based portfolio, or to use the digital story (half chose either one → students made their own choices)

Students had to be shown how to write their stories, learn how to find relevant images or music. Some students asked colleagues to sing for them and recorded their own music, and also took their own pictures. Also needed training in digital manipulation tools.

Used Strampel and Oliver (2007) to determine levels of reflection and stages of cognitive processing

Structuraction theory (Giddens, 1984): material resources influence social practices through their incorporation

“I’ve always known what the 7 roles were but I didn’t know what they meant and what they meant to me, but now, after incorporating it into my story, I kind of understand what they are about” (paraphrased quote from student)

The Structure of digital storytelling enabled the Agents (students), whereas before students were not enabled

“Paper-based reflections lose the personality along the way. You lose the effect of you wating to show somebody what this reflection really means. In a digital story you get the tone and atmosphere across with your own voice”

Students reflected at descriptive, dialogic and critical levels (not all students though, some only at a descriptive level)

“We can use these stories for our future employers…this is who I am, this is what I am about”

Question: why did some students not reflect at the higher cognitive levels?

Focus should be on the content of the story, not the technology because technology does nothing, except as implicated in the actions of human beings (Giddens and Pierson, 1982:82)

Improving teaching and learning in higher education through practitioner self-enquiry action research (action research for professional development)
Kathleen Pithouse-Morgan, Mark Schofield, Lesley Wood, Omar Esau, Joan Conolly (panel discussion)

An approach to action research in which the object of the study is the self

Trust is important for encouraging “nervous and novice” researchers (“The speed of trust” – Stephen Covey)

Integrity and honesty builds trust

Courage and generosity (“Courage to teach” – Palmer Parker)
See also, Jack Whitehead (actionresearch.net)

Recognise the unique and situated nature of the novice researcher

Learning through direct experience is more valuable than being told about something

Emphasis on “critical friendship” as part of validation

Be more understanding of the “lived experiences” of others

“People get smarter by having conversations with people who are smart”

Action research is a paradigm i.e. more than a research method

In South Africa we need critical, emancipatory paradigms that promote social change and uphold the values of the constitution

There is a lack of participatory, learner-centred pedagogies

Action research gives rise to dynamic, personal and life changing theories that operationalise the values of inclusion, people-centredness, democracy, social justice, compassion, respect. It is critical, evaluative, participatory and collaborative. It holds people to be accountable, self-evaluative and focuses on lifelong learning.

It is difficult to validate action research i.e. it must be trustworthy

Action research has the potential to minimise the hard borders between curriculum design and its delivery. The academic operates simultaneously as a researcher, designer, practitioner, and evaluator, while following an iterative and systematic process that leads to continual improvement in the curriculum, as well as teaching and learning practices.

Finding a balance between support and challenge

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