OTL 301 – Post 6

Note to our regular Science Anywhere readers: This post is the final assignment for the TRU* Online Teaching and Learning (OTL) courses I needed to complete.  If you are interested in these OTL courses go to TRUBox. They are free.  🙂

OTL 301 – Post 6 Begins Here –

This activity asks me to: … reflect on your learning journey through the course and to look ahead as you integrate your new knowledge into your teaching practice.

…  Topics to cover in your final post include, but are not limited to:

  • What are the most important lessons you gathered from the course?
  • How has your thinking changed as a result of completing the course?
  • In what ways did the platform (WordPress) influence your interaction with the content and other people and what you learned?
  • What learning strategies were most effective for you? Why?

In addition to reflecting on your work, please include 2-3 ideas that you would like to implement in your own practice and how you might go about doing so.

Answer: For this final post I will not address each question individually as I have done in past posts, but will instead address them through a short discussion.

I think the ‘Teaching Presence’ concept is particularly resonant for me.  This concept is particularly important when delivering an online continuous entry course like ASTR 1151.  This concept corroborates my normal teaching practice; responding to students as quickly and concisely as possible and using a ‘friendly style’ so as not to intimidate students.  Further, I’ve developed a way to monitor each student’s progress even though they each have a unique start date.  This allows me to prompt them should they fall behind.  Maintaining prompt response times and the ability to monitor student progress gives me a very real presence within the course and a one-to-one relationship with each student.  My thinking and teaching practice were not changed by completing the OTL* courses, but they have been confirmed.

Taking this course through WordPress and using my own existing blog (Science Anywhere), meant that I have been ‘working in the open’.  Anyone can see my answers to the assignments in these OTL courses.  In fact, I have received a number of ‘Likes’ from people entirely unrelated to TRU* or the OTL courses.  I started each assignment blog post with a note informing my regular readers that a given OTL blog post was my response to an OTL assignment.  People read and some ‘Liked’ them anyway.  I even have one person who is now following me because of one of the posts I did for the OTL 301 course.  🙂  This demonstrates a positive aspect of ‘working in the open’.  In effect it widens the CoI* beyond those immediately involved with the course.  Gina Bennett touched on this during my interview with her.  (See OTL 301 – Post 4)

The ‘Facilitation Principles’ presented in the OTL 301 will be important to my work with TRU because I am essentially facilitating the delivery of the pre-designed ASTR 1151 course.  The principles discussed in this OTL course were drawn from a study of a scheduled blended course so synchronous activities were possible there.  ASTR 1151, on the other hand, is a continuous entry, entirely asynchronous, on-line course so adapting the facilitation principles to my needs will often be challenging.  Again, we discussed this during the interview in OTL 301 – Post 4.

Thank-you to Colin Madland for putting these courses online.  The online asynchronous delivery mode made them very doable and worked well for me.

— Ron Evans (June 2016)

*

  •  OTL = Online Teaching and Learning
  • TRU = Thompson Rivers University
  • CoI = Community of Inquiry

 

OTL 301 – Post 4

Note to our regular Science Anywhere readers: This post is another assignment for the TRU Online Teaching and Learning (OTL) courses I need to complete.  If you are interested in these OTL courses go to TRUBox. They are free.  🙂

OTL 301 – Post 4 Begins Here –

This activity asks me to: … interview a colleague who has taught in a continuous entry course. Interview them about their strategies for facilitating both social and cognitive presence in this learning environment.  Part of this conversation may include providing background information on the Community of Inquiry model and the characteristics of teaching presence.

It then suggests six possible questions asks me to summarize the interview.

Answer: What follows is my interview with Gina Bennett, which was conducted asynchronously over e-mail.  I outline the questions we will discuss early in the interview.  In an effort to make the interview more of a conversation, I also answered the questions posed in the interview.  If you don’t wish to read the entire interview, skip down to my conclusions at *** to see what I thought were highlights.


Interview

 Ron: My interview is with Gina Bennett of College of the Rockies (COTR).  What is the official title of your current position with COTR?

Gina: My official title is ‘Instructional Designer’ but that doesn’t really describe what I do. We’re a really small college so behind our job titles many of us wear several hats. Besides some curriculum work I coordinate our online courses & academic innovation projects at College of the Rockies.

Ron: Both Gina and I initially taught open continuous entry courses early in our careers.  My experience was with North Island College (NIC) and I taught numerous math and some physics courses in a continuous entry format, but at that time (1980s and 1990s) they were primarily paper based courses.  I completed my master’s degree (in astrodynamics) at a distance in the mid-90s.  Teaching at a remote centre (in Bella Coola) meant that some of my students were local and some were at a distance, but they were all continuous entry.  By the time I began teaching on-line, NIC had gone to semesterized courses and we were encouraged to make our courses ‘Lock-Step’ so they were no longer continuous entry courses.  (I describe Lock-Step delivery in my post “OTL 301 – Post 1”.)  Gina, what was your experience with continuous entry courses and were they on-line courses?

Gina: I started taking online courses way back in the early 90’s. I started with an online program in Teaching Adults, through Cambrian College. It was really just a traditional print course pack with email support. It was totally self-paced & I must say I really enjoyed the experience, which amounted to having my very own online mentor. When the opportunity came to teach online, I designed an open-entry adult upgrading (GED) program in Math & English. When I first got hired at College of the Rockies of the Rockies in the late 90’s, I continued to teach the GED program to online students. It was also delivered in a continuous entry format. We ran it that way for a couple of years.

Ron: Is there anything else you would like to say with regard to your introduction?

Gina: Nope, that’s about it 😉

Ron: Thank-you.  I’d like to make this interview more of a conversation between us rather than a formal interview.  As you know, I’ve been asked to complete the Thompson Rivers University (TRU) Online Teaching and Learning (OTL) courses as a condition of my employment with TRU where I am an On-Line Faculty Member (OLFM).  I am now in the final course and as part of my fourth blog post I’ve been asked to interview a colleague who has also taught in a continuous entry course.  Here are the topics I’ve been asked to address with you:

  1. how to promote community and connection in a continuous entry course;
  2. strategies for facilitating the process of critical inquiry, especially those leading to integration and resolution;
  3. how the strategies in Chapter 3 might be modified for a continuous entry course;
  4. digital tools to support the process of critical inquiry in a continuous entry course;
  5. questions that you have struggled with;
  6. questions that your interviewee has struggled with.

Some of these may not apply to your experience so we can just skip those and the interview will have to stand without them.

Ron: The first topic is “how to promote community and connection in a continuous entry course”?  First I believe the ‘community’ being referred to here is a Community of Inquiry (CoI), which was discussed at length in the first two OTL courses.  Back in my paper-based days a CoI consisted of me as the instructor and one student at a time.  Establishing a wider community would have been very difficult at best, so it was never really discussed.  However, now that we have learning management systems with forums, blogging capability, and other means of student-to-student communications built in, it becomes possible to attempt establishing a wider CoI within each course.  Now the question becomes more, “How do we get students to participate in their CoI,” given the technology that exists to support it?  I don’t have a good answer for this one other than making a participation mark part of their grade.  In a continuous entry course this is even more difficult because students are not in the same place in the course and each is progressing at their own pace.  What do you think about this topic, Gina?

Gina: I agree that encouraging a CoI or CoL1 in a continuous entry course is very difficult. I’ve never been able to make it work. I have at times ‘forced’ students to contribute to an online forum by making the forum posts part of their participation grade but because all students were at different points in the program there were seldom 2 students with enough in common to actually carry on a ‘conversation.’ I honestly don’t think forcing such participation did them any good. They resented it & couldn’t see the value & after a while I couldn’t see the value either. Later I devised some assignments that would coax them to involve their ‘home’ communities in their learning: topics to talk about with their partners or children or friends in the community. I think that was more successful; i.e. rather than trying to get a CoI going in the online course, try to encourage more of a CoI in the learner’s own community.

1CoL = Community of Learning

Ron: Interesting.  I used to encourage my Space Science and Astronomy students at NIC to include their spouses, children, and/or friends in their lab work, which was all completed remotely.  This worked best with the observation labs.  Some did that and seemed to do better because of it.  I also encourage discussion by offering bonus marks to students who posted space news and astronomy type topics for the class.  While I hoped this might spark some conversation between students it never did.  The keen students who didn’t need the extra points to pass the course posted, and the ones who could have used the extra marks didn’t.  I also got some posts that were on … um … less than scientific topics.  :-/

Ron: The next topic is “strategies for facilitating the process of critical inquiry, especially those leading to integration and resolution”.  My experience has been more one-on-one with students.  Depending on the period in my teaching career it was either face-to-face in the Bella Coola centre, on the phone, or on-line (in the past 16 years) using e-mail and other communications technologies (such as Skype, etc).  In these cases the conversation necessarily centred on that student’s particular learning needs at that time in an effort to enhance their understanding of a topic or just to help them plan their progress through the course.  So I guess my strategy has always been to communicate with the student directly through the means that were available at the time.  Today this communication is almost entirely via e-mail.  What do think about this topic Gina?

Gina: Wow, ‘strategies for facilitating the process of critical inquiry, especially those leading to integration & resolution.’ That’s a mouthful! But I think most of us who have been teaching for a while do this automatically when communicating with our students. Like you, most of my online teaching has involved one-on-one interactions with students & most of that communication has been either via email or through some sort of messaging system within the LMS2 (e.g. Moodle’s message system). Sometimes I’ll respond to a student’s forum posting so theoretically my response is one-to-many but because most students have moved through one at a time on their own schedule, the communication ends up being more direct & personal.

 2LMS = Learning Management System

To encourage critical inquiry, I like to ask provocative questions about the material &/or the student’s response to the material & then take it from there. Another way I’ve tried to encourage integration of the learning is through marking assignments. I like to add lots of comments (when I have the time!) & turn the assignment from merely an assessment activity to a bit of a dialogue.

Ron: Thanks again.  I also use many comments when I’m grading and not all my comments relate to places where the student has lost marks, but are intended to enhance the student’s understanding of the material.  It does turn the assignment into more of a dialogue.

Ron: The next topic is “how the strategies in Chapter 3 might be modified for a continuous entry course”.  (Readers, you can download the PDF of Chapter 3 Here if you are interested.)  This is a long one.  The strategies referred to start on Page 55 of the chapter (p.11 in Acrobat Reader) and go on for several pages as the authors compare face-to-face to on-line components of blended scheduled courses.  Below are the strategies mentioned along with my thoughts on each as it might relate to a continuous entry course.  My comments are in (italic).  Gina, please jump in when you have a comment.

  1. Facilitation is based on collaboration and discourse; use collaborative learning principles in small group discussion and joint projects. (Ron: This will, of necessity, become an asynchronous discussion that individual students will add to as they reach a given point in the course. The student who makes a comment will probably not be the student who responds to comments on his/her contribution because they will have moved on.) Gina: Yes, it’s hard (if not impossible!) to arrange a small group discussion or joint project in an asynchronous course! Maybe we should be encouraging our asynchronous students to be keeping a blog, where others can post comments (thereby supporting an asynchronous sort of ‘discussion’)? I have, in the past, responded to a student comment with a comment or discussion I’ve heard from another student – again, a poor substitute for a real ‘discussion’ but maybe gives the student a sense of belonging to a larger learning community.
  2. Model and encourage responsiveness and immediacy behaviours in interactions with students. (Ron: The OLFM will have to ask current students to respond to comments left by previous students. This could be in a forum or on a blog, for example, that remains with the course as it progresses with time.  However the OLFM will have to periodically ‘clean out’ old comments as they become irrelevant or future students will have a lot of extra material to read through.) Gina: Yeah, I think the only thing we can do to ‘model responsiveness & immediacy’ is to respond to the student as soon as possible, especially if they have a provocative question. We really want to encourage them to question the material & the learning process.
  3. Model and encourage affective expression by sharing experiences and beliefs in discussions. (Ron: This should not be a problem. The OLFM can share his/her thoughts about the topics being discussed or current student comments easily in an asynchronous situation, just as they would in a synchronous discussion.) Gina: I agree, & my students always seemed to appreciate this kind of sharing.
  4. Share the facilitation of discourse by having students summarize discussions. (Ron: Students can be asked to summarize what they have gained from the topics being discussed in the asynchronous mode as well as in the synchronous mode. But the OLFM will have to monitor, interject, and at times even edit where necessary to guide the discussion and prevent misinformation from creeping in.) Gina: I think this would be a rather forced activity in most cases. In any asynchronous discussion involving students long gone & a fair bit of time between posts, the ‘discussion’ is going to seem like more of a random list of independent posts.
  5. Model and encourage critical questioning, divergent thinking, and multiple perspectives in discussion through provocative, open-ended questions. (Ron: This will essentially be the same in a continuous entry course as it would in a scheduled course. Either way the discussion is asynchronous.) Gina: I have taken some asynchronous courses myself & this is the part I liked best: one-on-one email (or forum) discussions with the instructor. Felt like I had my own personal mentor. 🙂
  6. Model and request practical applications of knowledge and/or formulate and resolve a problem in small group discussions. (Ron: Same comment as for strategy 5.) Gina: I agree.
  7. Encourage and support the progression of inquiry in discussion and small group activities through triggering events, exploration, and integration to resolution. (Ron: Same comment as for strategy 5. The progression will need to be built in at the design stage of developing the course.) Gina: Yep.
  8. Use development or scaffolding of both content and processes to support behaviours that move discourse through integration to resolution. (Ron: This will need to be built in at the design stage so students will usually be responding to the course instead of each other.) Gina: I think we tend to do this quite naturally as teachers – we don’t usually want to just provide the answer but instead create a learning environment in which the student is helped to move forward under their own (growing) intellectual power.
  9. Use discussion summaries to identify steps in the knowledge creation process. (Ron: Some pre-written summaries might be hidden from students until they have accomplished a certain activity or posted on the particular topic of discussion. This can be done through the LMS.) Gina: I never thought of this but it sounds like a good idea.
  10. Use discussion material to illuminate course content and encourage students to incorporate content from discussions in their assignments. (Ron: This will essentially be the same whether the course is continuous entry or scheduled.) Gina: … and we are always happy when we see a student incorporating something learned before into new learning or some product of learning.
  11. Use peer review to engage students in a cycle of practical inquiry. (Ron: In a continuous entry course this becomes very tricky as students will move on after they complete each task. As a result they may not see the peer review that a later student might write about their comments.  Of necessity the discussion then becomes between the student and the OLFM.) Gina: I have used this in only a very limited way, by saving past student work (with permission, & usually with names removed) to show current students examples of what’s been done before. Usually I just choose really good examples for students to review & get them to apply a rubric or whatever to evaluate the previous student’s approach or conclusions but occasionally I’ll save a not-so-great piece of work, modify it until it would no longer be recognizable to the author, & use that as an example.
  12. Maximize virtual connection and collaboration by including synchronous communications; chat, collaborative whiteboards, interactive video, blogs, wikis, YouTube, Flickr, MySpace, etc. (Ron: In a continuous entry course this becomes next to impossible because by nature this strategy is synchronous, and the continuous entry course is asynchronous.) Gina: Yes, after all this is the nature of asynchrony, right?

 Ron: Right.  😉  Do you have any other thoughts on these, Gina?

Gina: Nope, that’s about it!

Ron: That took a lot of time to respond to, so thank-you very much for your responses.  The next topic is “digital tools to support the process of critical inquiry in a continuous entry course”.  Since it is unlikely that students will be in the same part of the course at the same time, normal group discussions are not going to happen and much of the student’s interaction will be with the OLFM.  In an effort to not burden the course various social media could be used to engage the student in discussions with a wider on-line community.  Assignments could be designed to allow the student to interact in the ‘real world’ such as in citizen science projects or in a wiki.  What are your thoughts, Gina?

Gina: You are right Ron, & there are *so* many more social media-type tools available today. I think the education community was a bit slow to see the potential of Web 2.0 & all the opportunities for collaboration it presented, but we do see it now. I know a lot of online courses (f2f3 ones too, for that matter) who encourage or require their students to post or journal to a blog & I know of a few students at least who have been thrilled to get comments from someone who read their blog post.

 3f2f = face-to-face

The ‘digital tools to support the process of critical inquiry in a continuous entry course’ example I like best is the idea of requiring students to revise, expand on, or develop from scratch an article for Wikipedia. I have been shocked myself at how quickly the Wikipedia ‘police’ respond to edits in the topics they patrol. In several cases they have been very vigilant at sniffing out possible plagiarisms & a couple have entered into a conversation with the student editor. This is a tool & an activity for a more advanced student with a thick skin 🙂 I think.

But the thing I like about blogs & Wikipedia & other digital tools (citizen science too) is that if the student gains from the experience, s/he is more likely to continue with it even after the assignment or the course is complete.

Ron: Now we are asked to discuss “questions that I have struggled with”.  Hmmm, having taught on-line for many years, I mostly solve problems as they arise so I am not struggling with any particular questions at this time.  Most of the problems I’ve had to solve relate to the practical day-to-day delivery of online education.  As I’ve indicated before, the answer, at least where relating to students is concerned, is usually to respond to student queries and work as quickly, to the point, and respectfully as possible so they know they are supported and can carry on with their course work.  Do you have any thoughts on this Gina?

Gina: (See below)

Ron: Our final topic is for me to ask you if there are any “questions that you have struggled with” particularly relating to the delivery of continuous entry courses, but feel free to comment about online education in general.

Gina: Questions I have struggled with? Well, there have been many over the years but like you I think I have more or less worked them out. It takes more to surprise me now 😉

I did struggle a bit when online learning began to emphasize ‘collaboration’ or ‘group work’ or ‘learning communities’ or (it goes by many labels I think). In a more open-access course with relatively small numbers (the usual case for self-paced courses at a small college like ours) I just couldn’t see how really collaborative activities would fit in. But after a few years of trying this & that I’ve relaxed a fair bit & accepted that collaboration & an active ‘learning community’ are definitely not a ‘one size fits all’ sort of solution & many online courses do a good job of meeting learning outcomes WITHOUT all the group work.

Of course, I’ve also struggled with online students who you never seem to hear from: they sign up, log in once or twice, sometimes even expressing very ambitious learning goals, & then …. Nothing. You email them, you email them again, you post in online forums, & they just disappear. Sometimes you follow up by phone, they respond in embarrassment with promises to learn more actively … but all you achieve is to make them feel guilty & they drop out all the same, no matter how hard you try. It’s disappointing when that happens but I do think our online students often lead more complicated lives than our (often younger) face-to-face students & sometimes it’s just not the right time in their lives to add study to their already-full plates.

And occasionally you get the super-keen student who emails you within half an hour of submitting an assignment, wondering if you have marked it yet 🙂 … & you sort of have to settle them down & remind them of *your* timetable as a teacher. But generally it is a pleasure when you get someone so keen.

Ron: Yes, I have had those students who do little or nothing as well.  One thing I gained from the Lock-Step method of course delivery that NIC used is the idea of a course schedule with clear due dates.  In a continuous entry course posting a list of assignment due dates for the whole class won’t work.  Also one of the advantages of an open continuous entry course is that students can progress at their own pace.  For a motivated and organized student this works well, but for a student who has a lot of other life responsibilities it is far too easy to procrastinate to the point where they do little or nothing in their course.  For my ASTR 1151 students I have devised a ‘suggested course schedule’ that kicks in on their start date.  It defines how many weeks after the start date when each assignment should be submitted.  Motivated students can ignore it as there is no penalty for not following my schedule, but a student who is prone to procrastination can refer to it to see if they are behind where they probably should be.  It has the further advantage that I can use Excel to quickly generate actual due dates for each student and then keep track of each student’s progress relative to that schedule and prompt them as necessary.  Preliminary feedback from students seems to be positive.

Ron: Thank-you Gina.  You have been very helpful.

Ron: This concludes my interview with Gina Bennett.


*** The things from this interview that stand out for me are:

  • For the reasons indicated in this interview, establishing a CoI in a continuous entry course is extremely difficult if you try to keep it within the confines of the students taking a particular course. However if you adopt a strategy where-by students can use their local community as their personal CoI then it becomes more relevant to them and doable. It will also connect the students more to their local community even when the course is over.  Of course the ability to do this will vary depending on the subject matter of the particular course.  (Establishing a local CoI might be more difficult for students taking calculus than say a first year non-major astronomy course like ASTR 1151.)
  • Real-world activities for at least part of the course are another way to improve the relevance of the course and are activities that students can carry on even after they finish the course. We mentioned citizen science projects, blogs, forums, and Gina discussed assignments where students would actually initiate or edit Wikipedia articles relating to course topics.
  • Much of the activity of on-line instructors (and OLFMs) is one-on-one. This is just the nature of online asynchronous education.
  • Gina’s comments further re-enforce my belief that prompt response to student work and queries is the most important tool an online instructor has to establish a strong teaching presence and keep students engaged.

 — Ron Evans (June 2016)

 

OTL 301 – Post 5

Note to our regular Science Anywhere readers: This post is another assignment for the TRU Online Teaching and Learning (OTL) courses I need to complete.  If you are interested in these OTL courses go to TRUBox. They are free.  🙂

OTL 301 – Post 4 is coming as soon as the interview is completed.

OTL 301 – Post 5 Begins Here –

This activity asks me to: (Paraphrased) Please categorize (code) each of your posts according to which phase of the critical inquiry model is demonstrated by that particular post. … The characteristics of each phase of the critical inquiry model … are:

  • Triggering Event
    • This phase initiates the inquiry process through a well-thought-out activity to ensure full engagement and buy-in from the students. This has positive outcomes in terms of involving students, assessing the state of knowledge, and generating unintended but constructive ideas.
  • Exploration
    • This phase focuses first on understanding the nature of the problem and then searching for relevant information and possible explanations.
  • Integration
    • This phase moves into a more focused and structured phase of constructing meaning. Decisions are made about the integration of ideas and how order can be created parsimoniously.
  • Resolution
    • This phase is the resolution of the dilemma or problem, whether that is by reducing complexity y constructing a meaningful framework or discovering a contextually specific solution. this confirmation or testing phase may be accomplished by direct or vicarious action.

To see the full activity go HERE.

Answer: You can see how I accomplished this task by referring to the “TRU – OTL 301 Menu” in the side bar of this post.

I am further asked: Once you have completed categorizing your posts, you will be able to see a list of the posts that were categorized in the menu that you added to your sidebar or menu area. Scan through the posts that fall into each of the categories and write your thoughts about the cognitive strategies that you used during the course.

  • Did you engage in each of the phases of the critical inquiry process?
  • Were you able to resolve any problems or dilemmas?
  • What might you do differently in a future course?
  • How might you engage with your students to ensure that they are working through the entire inquiry process?
  • Do you think that working through this course in an open platform like WordPress helps to encourage reflective learning?

Answer: Each assignment is a triggering event to start the critical inquiry process.  Deconstructing the assignment to determine what exactly it is asking, finding the necessary information, and assimilating that with my existing knowledge of online teaching is the exploration step.  Writing the blog post, which usually takes several iterations, is the integration step.  Finally polishing and posting a blog post is the resolution of the process.  In this sense every bog post can be considered to be a representation of the resolution step of the critical inquiry process that was triggered by the assignment.  Hence I have categorized all OTL 301 blog posts under ‘Resolution’.

When considering the process I go through to produce any blog post I realize that each blog post represents all the steps of the critical inquiry process.  Using this criteria, I would categorize all blog posts in all categories of the critical inquiry process.  It seems this is probably not what the assignment is asking or I would not have been asked to place blog posts in the steps of the critical inquiry process.  Hence I’ve attempted to categorize my OTL 301 posts under one of the three initial steps in addition to the resolution step.  To me this categorization feels somewhat arbitrary.  Have a look at the posts I’ve placed in each category and see what you think.  Do you agree with the categorization I chose or would you have placed them in different categories?  Why would you have chosen different categories?  Is there a way to categorize these blog posts into the steps of the critical inquiry process other than the two I’ve suggested here?

The remainder of this assignment asks me to discuss the cognitive strategies I used by answering the following questions:

  • Did you engage in each of the phases of the critical inquiry process? – I did engage in each phase of the critical inquiry process to produce each blog post as I describe above.
  • Were you able to resolve any problems or dilemmas? – I did resolve the problems and dilemmas posed by each assignment through the process described in the second and third sentences of the first paragraph of my answer where I touch on the exploration and integration steps.
  • What might you do differently in a future course? – I’m not sure what I would do differently in a future course. In any course I take, the critical inquiry process must be followed (even unconsciously) to obtain the knowledge and/or skills the course is teaching.
  • How might you engage with your students to ensure that they are working through the entire inquiry process? – Each students will work through the critical inquiry process in their own way. They are each working alone because of the continuous entry mode of ASTR 1151 (and later ASTR 1141).  I will support each student in their efforts to complete their course(s) in whatever way seems appropriate.  Some will require more effort on my part and others less.  In most cases the trigger events will be the assignments each student is tasked with.  On questions from the students, I would become involved to help them through the remaining steps of the critical inquiry process.  Most of my communication with a student will be through comments on the assignments I grade, but some will be through e-mail and other online discussion ‘venues’ or occasionally by phone.
  • Do you think that working through this course in an open platform like WordPress helps to encourage reflective learning? – I think WordPress is an excellent way to deliver a course online. However the encouragement of reflective learning is more a function of the kinds of questions that are asked, activities and assignments that are given, and the student’s particular personality.  I don’t think WordPress necessarily enhances reflectivity, but it certainly doesn’t detract from it.  Working in the open, knowing that many other people might read your work, makes one think a little before posting something.  Where remotely delivered courses are concerned WordPress is an excellent vehicle for improving access.

Considering the steps of the critical inquiry process will be helpful when I am designing activities for students.

— Ron Evans (June 2016)

 

OTL 301 – Post 3

Note to our regular Science Anywhere readers: This post is another assignment for the TRU Online Teaching and Learning (OTL) courses I need to complete.  If you are interested in these OTL courses go to TRUBox. They are free.  🙂

OTL 301 – Post 3 Begins Here –

This activity asks me to: … create 2-3 intended learning outcomes for an area of knowledge or skill within your area of expertise or training.

Answer: (I started with three, but ended up dividing two of them so now there are five.)  😉

  1. On completion of this learning activity the student will be able to apply Kepler’s Third Law to determine the period of an orbiting body when the orbiting body’s mass is much smaller than the central body’s mass.
  2. On completion of this learning activity the student will be able to apply Kepler’s Third Law to determine the the mass of the central body given the small body’s mass is much less than the central body and its orbital period and semi-major axis are known.
  3. On completion of this learning activity the student will be able to apply Newton’s Law of Universal Gravitation and Newton’s Second Law of Motion to find the acceleration due to gravity at a given altitude above the surface of a spherical body (such as a planet, moon, asteroid, or comet).
  4. On completion of this learning activity the student will be able to apply Newton’s Law of Universal Gravitation and Newton’s Second Law of Motion to find the mass of a large spherical body when the acceleration due to gravity and the distance from the centre of mass of the spherical body are known.
  5. On completion of this learning activity the student will be able to describe the type of orbit defined if the orbit’s eccentricity is known.

 

Then create a learning activity (or two) aligned to one or more of those intended learning outcomes.

Answer: I prepared a learning activity that relates to the first Learning Outcome above.  Please see Learning Activity 6.

— Ron Evans (May 2016)

OTL 301 – Post 3 – Learning Activity 6

Note to Science Anywhere readers: This post is part of an assignment for the TRU Online Teaching and Learning (OTL) courses.  If you’re interested in these OTL courses go to TRUBox. They are free.

OTL 301 – Post 3 – Learning Activity 6 – Begins

Learning Activity 6 – Kepler’s Third Law

This Activity contains equations so I can’t simply copy and paste it here.  So to see a PDF of this Learning Activity please go here: Kepler’s Third Law Learning Activity PDF

If you would rather see a Word document go here: Kepler’s Third Law Learning Activity DocX

Enjoy.

— Ron Evans (May 2016)

OTL 301 – Post 2

Note to our regular Science Anywhere readers: This post is another assignment for the TRU Online Teaching and Learning (OTL) courses I need to complete.  If you are interested in these OTL courses go to TRUBox. They are free.  🙂

OTL 301 – Post 2 Begins Here –

This activity asks me to: Go back and review my OTL 301 – Post 1, then create a new post and record your thoughts on the following questions.  (I was previously asked to read the document: ASSESSING TEACHING PRESENCE IN A COMPUTER CONFERENCING CONTEXT.)

 1. How has your view of the effective practice changed now that you have read more about teaching presence?

Answer: My view of the ‘loose lockstep’ method of course delivery coupled with prompt responses to student work and inquiries has not really changed.  The document above says nothing about how an online course should be delivered, but it reinforces my idea that prompt to the point communication with students is extremely important to their successful course completion.  Thinking about TRU’s ASTR 1151, which is an almost entirely open course (it does have an end date), prompt communication with students is essential.  Providing students with a tentative course schedule should help to focus them on course completion.  Early indications are that it does, but it is too early to draw that conclusion or estimate the degree to which this technique will work in this context as yet.

2. In what ways did the effective practice that you identified show the characteristics of teaching presence?

Answer: The above document identifies three aspects of teaching presence:

  • Design and Organization
  • Facilitating Discourse
  • Direct Instruction

The first aspect was done by me for NIC’s SSA courses and by an instructional design team for TRU’s ASTR 1151.  The last aspect is mostly accomplished by the online course material and the text in both cases, although I did and do occasionally answer content related questions.  Providing students with a tentative course schedule and prompt communications with their OLFM primarily demonstrates the second aspect.  It prompts student-OLFM discourse and provides students with some structure to help them combat procrastination.

3. How could the idea of teaching presence have made the experience even more effective than it was?

Answer: I’m not sure.  In any on-line course all three aspects of teaching presence need to be covered whether you know about the term ‘teaching presence’ or not.  Now that I’ve read the above document I can go back and identify how each aspect was covered in the NIC SSA courses and in the TRU ASTR 1151.  That, however, does not answer the question.  Having read the above document I don’t think I would change anything I did or am doing.  What I do appears to work for me.  I will always seek to engage with my students around the course material and delivery and the document does reinforce that for me.  I will also always be on the lookout for practical ways to increase my student’s ability to complete their course.

ASTR = Astronomy

NIC = North Island College

OLFM = On-Line Faculty Member

SSA = Space Science and Astronomy

TRU = Thompson Rivers University

 — Ron Evans (May 2016)

 

 

 

OTL 301 – Post 1

Note to our regular Science Anywhere readers: This post is another assignment for the TRU Online Teaching and Learning (OTL) courses I need to complete.  If you are interested in these OTL courses go to TRUBox. They are free.  🙂

OTL 301 – Post 1 Begins Here –

This activity asks me to: Think about an example of an effective practice you have experienced with regard to online learning, either as a learner or a facilitator. You may want to jot down notes, use a journal, or draw a concept map to describe the story of your experience with this example of good practice. Feel free also to use any of the tools that we have used in previous courses.

Now, relate this example to other experiences you have had. You can use some of the following sentence starters to help you:

  • This reminds me of . . . .
  • I remember when . . .
  • This situation is just like . . .
  • It makes me feel that . . .
  • This compares to . . .
  • This is different from . . .

Now consider your example again and answer the following questions:

  • Why was this an effective practice for you?
  • What are some of the key ingredients that underlie the experience you had?
  • If you could do it over again, what would you change to improve your experience?

Take a few minutes to record some of your thoughts on effective practices in a new blog post and please include a brief self-introduction.

Answer:

I was an instructor in North Island College’s (NIC) Bella Coola Centre and at a distance for over 30 years.  I taught math and physics.  I also wrote and delivered NIC’s web-based Space Science and Astronomy (SSA) courses.  It is my experience with the SSA courses that I am drawing on for this post.

One of the most difficult issues that remote students face is the tendency to procrastinate.  In fact many students will procrastinate to the point where they do not complete their course(s) by their end date or not hand in any work in at all.  This is a failure of both the open way of delivering courses and of the students’ ability to budget their time and complete assignments in a timely manner in the face of other commitments and very busy personal lives.  In spite of the open delivery method’s failure to provide students with the structure needed to reduce procrastination, it is still important to have this delivery option available because it provides access to courses for students who would otherwise not be able to access educational opportunities at all due to their life responsibilities (job and family), their geographic location, temporal constraints, or a combination of several or all of these.

It behooves us, as Open Learning Faculty, to try and mitigate the open delivery method’s short comings as best we can.  One way to help students to combat procrastination is to give them a clear schedule of when each assignment/activity should be completed.  It’s also critical to respond to students as quickly as possible when they hand in an assignment or ask a question.  When they do not meet the expected/suggested schedule, it’s important to contact them and show them how they’re progressing relative to the schedule.

When I was at NIC we had a course structure known as lock-step.  In a strictly lock-step course all students would begin at the same time, progress through the course at the same pace handing assignments in at the same time, and finish at the same time.  This meant that students had to complete the course within a given semester.  While this helped some students, it placed a barrier for other potential students whose lives did not allow them to synchronize with the semester system.  It was up to the instructor (me) just how strictly the lock-step structure was adhered to.  I could not change the requirement that students finish by the end of the semester because this was mandated by the college, but I could be very flexible within that constraint.  I used to call my courses “loose lock-step” because I provide a schedule so the course would have some structure, but then I would not impose any penalty if students didn’t hand things in ‘on time’.  I think this gave me the best of both worlds allowing the student to progress at their own pace within the semester time frame while giving them some structure so they knew where they stood with regard to the course schedule and end date at any given time.  I had completion rates of 60% to 100% (usually 80% to 90%) depending on the particular class.  This was different from the time when NIC’s courses were completely open.  Then completion rates were abysmal at best.

Running my courses as “loose-lock-step” was an effective practice for me because having a suggested schedule allowed me to know when students were ‘behind’ so I could prompt them as necessary.  The schedule also allowed me to keep a dialog going with students and particularly with those who needed a little extra ‘encouragement’.  I coupled this with a commitment to always respond to students within a short period of time, usually 24 hours.  (I usually didn’t respond to students on weekends or holidays.)

Now that I have students in our TRU ASTR 1151 course, I’ve adapted that experience to how I am managing this course.  Since students are given a maximum of 30 weeks to complete their TRU ASTR 1151 and they should be able to complete the course material comfortably in 16 weeks, I have created a leisurely (hopefully) 20 week schedule that I suggest to students.  This schedule starts on a student’s start date.  I can easily follow student’s progress against this schedule and know if they are ‘falling behind’ so I can let them know where they stand.  I’ve been giving students a “Course Progress Report” once per month to remind them that time is moving on and to show them where they are within the course.  As this is a new course and I’ve been doing this for only a few months, I don’t have any data on how well this is working yet, but I have had positive comments from students thanking me for the course progress report.  In a year we’ll have a better idea what kind of a completion rate this method will generate and be able to tweak it as necessary.

 — Ron Evans (May 2016)

OTL 201 – Post 6

Note to our regular Science Anywhere readers: This post is another assignment for the TRU Online Teaching and Learning (OTL) courses I need to complete.  If you are interested in these OTL courses go to TRUBox. They are free.  🙂

OTL 201 – Post 6 Begins Here –

This activity asks me to:  Create a new post and include a link to or embed an updated version of your Learning Activities Portfolio, which you started in Lesson 3, including a total of five entries.

Answer:

The following are the links to the activities within my Learning Activity Portfolio to date:

Activity 1 (From Post 3): Units Conversion

Activity 1 (From Post 3): Calculating the Size of a Rotating Space Habitat

Activity 1 (From Post 3): Observing Lunar Surface Features

Activity 1 (From Post 6): Measuring the Distance to the Moon

Activity 1 (From Post 6): Searching for Exoplanets

 

— Ron Evans (December 2015)

 

OTL 201 – Post 6 – Learning Activity 5

Note to Science Anywhere readers: This post is part of an assignment for the TRU Online Teaching and Learning (OTL) courses.  If you’re interested in these OTL courses go to TRUBox. They are free.

OTL 201 – Post 6 – Learning Activity 5 – Begins

Learning Activity 5 – Searching for Exoplanets

 Source of the activity Link:

This is a lab exercise I tried with my 2013 ASTR 100 class at College of the Rockies. Here are the files:

Searching for Exoplanets

Exoplanet Search Short Form Report

Brief description of the activity:

In this activity students will take part in the citizen science search for exoplanets using the Kepler mission Data.

How this activity will fit with my teaching practice:

The search for exoplanets is one of the most profound science activities of our day. We are finally finding planets orbiting other stars and a few of them are near the size of Earth orbiting within the habitable zone of their star! This activity will give students the opportunity to take part in real current science. This activity will also compliment other work students will undertake in the ASTR 1151 course.

Helpful resources or links:

Zooniverse’s Planet Hunters

 Specific ‘next steps’ for how I intend to use this activity:

This activity needs considerable editing as it is still in an outline form and has been used with students only once before. It also needs to be updated to bring it in line with the current Planet Hunter’s site.

 — Ron Evans (December 2015)

 

 

OTL 201 – Post 6 – Learning Activity 4

Note to Science Anywhere readers: This post is part of an assignment for the TRU Online Teaching and Learning (OTL) courses.  If you’re interested in these OTL courses go to TRUBox. They are free.

OTL 201 – Post 6 – Learning Activity 4 – Begins

Learning Activity 4 – Measuring the Distance to the Moon

 Source of the activity Link:

I originally wrote this activity for North Island College’s SSA 100 course, but later adapted it for the 2013 Astronomy 100 course I taught for College of the Rockies. It is the COTR files that I am using for this Learning Activity as they are most recent.

Learning Activity: Distance to the Moon Measurement

Supporting Documents

Homemade Astrolabe Template

Using a Homemade Astrolabe

Short Form Report

Conversion from Degree-Minutes-Seconds to Decimal Degrees

Lunar Distance Calculation Spreadsheet

Samples of Instructor Supplied Data

Brief description of the activity:

Once each day the Moon passes through the north-south plane defined by an observer on the Earth’s surface and the Earth’s axis of rotation. At this moment, the Earth-Moon-Observer geometry becomes simplified to a plane geometry problem and the calculation of the distance to the Moon becomes relatively simple. In this activity students will take advantage of this to measure the distance from the Earth to the Moon. They will gain experience preparing a simple astrolabe, taking accurate measurements and using some trig (or a supplied spreadsheet) to calculate the distance to the Moon based on their own data.

How this activity will fit with my teaching practice:

This activity can be used to enhance interested student’s experience studying astronomy by giving them a chance to make some actual measurements themselves with simple astronomical instruments.

Helpful resources or links:

See the documents I’ve sited above.

Specific ‘next steps’ for how I intend to use this activity:

This documents defining this learning activity need to be edited for use TRU’s ASTR 1141.

 — Ron Evans (December 2015)