Your
blog post assignment this week is to address each of the following three
scenarios in light of the information presented in the podcast and then discuss
your the instructional design process described in chapter 1 of our text. Then
you will be asked to reflect on a development project of your own and identify
the steps in an instructional design process presented in the text.
1.
Scenarios
To
address these scenarios, identify the major characteristics or issues that
would impact or influence the design of the described online class. Be sure to
indicate which of the characteristics you identify would be your prime concern.
Also be sure to indicate how each of the major issues you identify would
influence your design of the online class.
You
have been asked to lead the team that is developing a series of courses for an
online University. Explain some design decisions or issues that you would have
to deal with for each class given the characteristics of the content, instructors
and students as presented. Note: Pick the most salient characteristics
and issues and explain why the ones you have chosen are key. Don’t try to cover
every possible issue in each scenario!
Course
A
Content:
This course will cover beginning college algebra.
Instructor(s):
This course is taught by various adjunct and full time professors who are very
familiar with the content who have differing degrees of tech skills and online
teaching experience. The same class has to serve for all instructors.
Students:
All students in this course are college freshman and sophomores with good
technology skills and each has successfully taken an online orientation to
online learning course.
Response:
Category
|
Ranking
|
Students
|
2
|
Instructors
|
1
|
Content
|
3
|
As
the course is a mathematics course, a convergent material, I am not most
concerned with the material. It is a subject matter that lends itself well to
the designer establishing a logical progression of topics, procedures for
students and instructors to follow and provides for ease of feedback as far as
correct vs. incorrect answers go.
As
each of the students in the course has good technology skills and has
successfully completed an online orientation to online learning course I do not
count them as the biggest area of concern for the course preparation. Since
they have not completed multiple online courses successfully, I would be sure
to build in some more frequent assessments to provide feedback throughout the
course to ensure their participation.
My
biggest concern as the designer is the set of instructors. Since the same
course has to work for every instructor, regardless of their previous
experience with online courses (teaching and methods), technology skills and
comfort level with these skills and taking risks and for their preferred type
of interaction with students, I need to design something adaptable. To that end
I think it important that the course be a pre-packaged course that in and of
itself will serve to cover the material. Then, to allow for the comfort of all
instructors, I’d leave the access to customizing the material and to additional
or alternate assignments/assessments open so that instructors with a higher
level of technological comfort or risk taking personality could make the course
more to their tastes.
Course
B
Content:
The course is a philosophy of leadership class.
Instructor(s):
The instructor is an experienced face-to-face instructor with good tech skills
and prior online teaching experience. This instructor prefers lecture and
discussion classes.
Students:
Graduate students who are well motivated and with a broad range of technology
skills, from average to very advanced.
Response:
Category
|
Ranking
|
Students
|
2
|
Instructors
|
3
|
Content
|
1
|
As
the instructor is an experienced instructor with good tech skills and prior
online teaching experience, he is my 3rd priority. This excellent
foundation means his/her comfort level with what is designed should be high and
new things would be interesting; not just another thing in a series of brand new
items for him/her to juggle. I would feel comfortable designing a few weeks
ahead as it shouldn’t bother them.
The
students for this particular course, in and of themselves, are also not my main
concern. They are motivated and have good technology skills. I ranked them
second, however, because I do not know if they have any previous online
classroom success and this particular course, a divergent material with
multiple answers, can be difficult for them as I’ll need to ensure that they
have a chance to synthesize their own, individual approaches and solutions to
the material/problems presented.
My
biggest area of concern in design is the content. The philosophy of leadership
does not have a series of procedures that can be set for students to follow; there
is no one right answer and it will be key that the material is set such that
there is plenty of opportunity to discuss ideas. Structured participation where
the students interact with each other and the ideas of the course, where the
solutions of each person are valued based on the structure and strength of
their understanding will be key to success here.
Course
C
Content:
This course is an introduction to college success. It teaches study skills,
communication skills, and tries to help students learn how to fit into the
college community.
Instructor(s):
This course will be taught by various instructors all with good tech skills and
prior online teaching experience but who have never taught this content before.
Students:
Students are incoming freshman who have been identified by advisors as high
risk for drop out.
Response:
Category
|
Ranking
|
Students
|
1
|
Instructors
|
2
|
Content
|
2
|
The
instructors and content will both be important (though in secondary importance)
considerations in the design of this course. While the instructors all have
solid technology skills and prior online teaching experience, this is all new
content to them which is going to raise their stress level as the teach the
course. I would, therefore, take a similar approach to Course A in design and
make sure that a pre-packaged course is available but with much more
customizability built in as these instructors have a strong foundation upon
which to build.
The
content will also be of importance, though once again secondary. This
particular material has portions that would fit the convergent style of
coursework (study and communication skills could be demonstrated with
procedures to follow and an externalization of an internal dialog so that
students have a set methodology to follow as they learn), while the learning to
fit into a college community aspect would be more divergent with people being
able to find their niche through multiple pathways and where each student would
have their own definition of success at what “fitting in” would mean.
The
students in this particular course would be of greatest concern to me. I see no
evidence of previous successful online coursework and as they have already been
identified as high-risk drop outs, I am duly concerned about their motivation.
It is critical that I keep them engaged and build mini-successes for them
throughout the course so that they can really benefit from the coursework and
from the connections they can make with both their teacher and their class
peers.
2.
Now, think about an online learning experience that you might someday create.
Describe in detail the content, instructor and student characteristics. What
are the design issues or features that these suggest? Explain your answers.
Response:
Course
Mine: Honors Algebra 2
Content: Building on their work with linear, quadratic, and
exponential functions, students extend their repertoire of functions to include
polynomial, rational, and radical functions. Students work closely with the
expressions that define the functions, and continue to expand and hone their
abilities to model situations and to solve equations, including solving
quadratic equations over the set of complex numbers and solving exponential
equations using the properties of logarithms. The five main units are:
·
Polynomial,
Rational and Radical Relationships
·
Trigonometric
Functions
·
Modeling
with Functions
·
Inferences
and Conclusions from Data
·
Applications
of Probability
Instructor: The instructor would
originally be me, but ultimately, the goal for this course would be that it
could be moderated by any instructor in the district (Palm Springs Unified)
that has the subject matter expertise. With that in mind, the instructor should
be described in the same manner as Course A that we discussed in the weekly
work: This course is taught by full time professors who are very familiar with
the content who have differing degrees of tech skills and online teaching
experience. The same class has to serve for all instructors.
Students: The students this
course is targeted to reach would be students (most likely 9th
graders who will be 10th graders in the following year or 10th
graders who will be 11th graders in the following year) who for one
reason or another would like to advance through Honors Algebra 2 over the
summer to enable them to take Honors Pre-Calculus in the following school year.
To engage in the course, they would need to be recommended by their previous
math teachers as not only having excellent base math skills (Algebra 1
particularly), but they would also need to be motivated, hard workers and have
access to the technology components necessary to complete the online course. (Library
access would be fine, but they need to have a prepared plan of attack to
participate.)
Design Considerations:
Content:
The great benefit to this course targeted to high school students is that
mathematics, even at a higher level is a convergent material set which allows
for one correct answer and even with a variety of solution paths, they are not
infinite and a problem usually lends itself toward one methodology for ease of
work.
Students:
As they are high school students with no expected previous completion of online
course work, I would still expect them to have frequent structured interactions
of some sort through discussions in a discussion board with the other students
and the instructor. I would expect the instructor to have weekly online or in
class office hours to answer the questions that the students will invariably
have as they progress through the coursework. This provides an extra measure of
support in recognition of the fact that as motivated as theses students are,
this will most likely be their first online experience.
Instructors:
As the instructors will have a high level of subject matter expertise and no
expected level of technological skill, I would expect this course to be
pre-built before students enter in to the first week. As this course would be
projected for use in the K-12 educational system, I would expect a high level
of administrative oversight in its planning, implementation, operation and
completion. The state of California also has minimum numbers of hours required
for interaction with the material and it would have to be demonstrated in the
coursework plan that students (regardless of the summertime completion) had
been engaged in at least 160 hours of coursework to guarantee that they receive
credit for their work. Moreover, as the proposed course is for honors students,
it would be expected that the completed coursework expectations be made available
to all high school math teachers in the district well before roll out so that
suggestions for alterations or requirements be adjusted before students have a
chance to interact with the material. I would expect all of this oversight to
keep the course (at lease in its first few years) looking very traditional. I
would expect many lecture type videos and lots of worksheet style or
traditional textbook problems to pop up because they are “tried and true”
methods. After a few years, I would expect to be able to adjust some of the
coursework to reflect a more constructed knowledge on the part of the students,
but only in a supporting way.
3.
List the 11 instructional design steps presented in chapter 1 of the text
(Design Quickly and Reliably).
11 components of design
from the text:
1) Identify your underlying goal
2) Analyze learners’ needs and abilities
3) Identify what to teach
4) Set learning objectives
5) Identify Prerequisite
6) Pick the approach to meet each objective
7) Decide the teaching sequence of your objectives
8) Create objects to accomplish objectives
9) Create tests
10) Select learning activities
11) Choose media
I went to the E-learning by Design website
staffed by William Horton and company. They have several examples of courses
they have designed available for anyone to have a look at if they have the
interest.
The list is at: http://www.horton.com/portfolio.htm
I found the examples under courses and lessons
to be the most interesting to me. I watched a few and tried to pick out where
they had done or responded to each of their own 11 steps. My favorite was:
Here are 3 example slides from my favorite (link above):
1)
They
identified their underlying goal. Slide 1… boom!
2) Clear cut listing of their objectives.
3) Create tests: can be small or big, but let's build some confidence!
Check it out!
Michelle
Hi Michelle,
ReplyDeleteWow, what a very thorough and enlightening response. I thought it was great that you went to the E-learning by Design website staffed by William Horton to provide us with a few design examples of courses. I found this to be very useful in understanding how to design an online course. I also like how you created a great math course for high school students and considered both student and instructor qualities in the creation of your course. Really great job!!
Ebony,
DeleteThanks for the positive response. The Horton website helped me to understand as I was working through the material for the week too.
Michelle
HI! Michelle:
ReplyDeleteIt is a great post. I like your Honors Algebra 2 course. The online math class is not easy to use, but your course is excellence. Your point "they are not infinite and a problem usually lends itself toward one methodology for ease of work" is real direction.
Tsai Hsieh Heng
Hi Tsai!
DeleteThanks for the positive response and I'm glad you like my course. If I were really brave, I'd have taken on a course to design for students who do NOT excel in math, but as Dr. Newberry has said, the more you put on the load of the instructor, the more challenging it is to manipulate and try other things through the coursework. If I can get something like this to work for motivated students, then I as an instructor and others would have the experience to build on to tackle more challenging students and to feel like I could lead them to success.
Cheers!
Michelle
Hi Michelle!
ReplyDeleteYour post on the different scenarios was provocative! I had interpreted the question differently, as though we had to identify which issues we should examine within each of the content, instructor, and student characteristics. I love the simplicity of your ranking system, and really felt a small light-bulb turn on over my head when I saw each characteristic being ranked in importance! I feel that in my post, I got bogged down in a quagmire of characteristics, and were I truly the lead designer of those courses, I would ask you to be co-lead!
With your high school-focused course proposal, I thought you might find this K-12 infographic interesting.
http://elearninginfographics.com/online-and-blended-learning-k12-infographic/
I really enjoyed reading your post and learning from the experience that you've had as an educator.
Thanks!
Hello!
DeleteThanks for the positive response. I think having an 8, 6, and 4 year old sometimes leads me to oversimplify things so it'd be great to work with someone as detail oriented as you.
I do really like that info graphic and it highlights the only interaction I've really had with online learning from the teacher standpoint in the public school system and that is for credit recovery. We use a system called APEX at my school to help students but it is canned material and honestly, I don't think it really embraces the needs of the learners who come to the course to earn their credits back. Many students do succeed, but they really struggle and it doesn't really offer adjustment to their needs and the teachers don't really have the ability to modify anything (they're moderators).
Cheers!
Michelle
I tend to over-complicate things, I'm afraid. I have a 2 1/2 year old and a 1 year old, and they just don't seem to understand me most of the time... Maybe I need to try a more simplified approach to teaching them how to code in JavaScript? :)
DeleteI'm glad you like the infographic. Because I am outside of the education field, I wasn't aware of the APEX system or its use for credit recovery (which I'm not quite sure I understand, either). However, it sounds like you have a really good handle on the limitations of the system, and with your experience in Instructional Technology, it sounds like you will be well-poised to make meaningful change to that system!
Great job! I really liked the format, but even more I liked the fact that you are thinking of developing a math course that other instructors could take on. That level of development requires greater attention to detail and more development because you can't make up what might be missing based on your own expertise when someone else is the teacher.
ReplyDeleteThanks Dr. Newberry!
DeleteI'm co-lead of the math department at my site and I really feel like a pilot course of this nature would grow most through the lead of more than 1 developer and more than 1 instructor working through and giving feedback. K-12 education is VERY cautious in stepping into new curriculum delivery methods and I have to be aware that these are the standards to which anything I create would be held.
Michelle
Hi Michelle,
ReplyDeleteThis is a well-organized post; nice job. I especially liked your explanations of the course content. They were well thought out, and seemed to bring in your level of experience. You do such a good job dropping active elements into your posts. I too was impressed with the support available at the Horton website. It’s amazing the level of free support that is available to the teaching profession.
Bruce
Hi again Michelle,
ReplyDeleteI hope I'm not putting you on the spot here, but your question on my blog got me thinking. What types of activities do you typically do in your classes that would be troublesome in an online format? What methods have you come up with to address them online? Feel free to put this question on the back burner if need be. I thought I'd give you a prompt to share when you have time.
Bruce
Hey Bruce!
DeleteSorry it's taken me so long to reply. I started a reply on my phone and then it died and then life happened so... yeah.
I found it amusing that you apologized for putting me on the spot as I was worried that I was putting you on the spot. I ultimately posted regardless because it is an important issue that I want to be able to address to the fullest.
To respond to your question, I am concerned with the quality of work a student will be able to produce on their own without the instructor feedback as they work. For example, if I want to have students work through a lab modeling parabolic flight paths of launched objects, I could probably design several things that would walk the students through it, but I want to make sure that they gather the data correctly, launch properly, and then model from there. Concerns that are less hands on, for the student group in my idea, they would need to be able to graph any number of functions quickly from the parent. I am concerned that online work diminishes what they would be able to do when it comes time to put paper to pencil. As my identified group would consist of students headed for AP Calculus, their ability to graph correctly, accurately in all parts and quickly is paramount. How do I test a by hand skill in an online course? Another concern raised by a colleague is fidelity of work. In divergent course work where multiple paths and solutions are anticipated, it is easier (I would think) to monitor whether students are sharing course work. When everyone is expected to arrive at the same place and often by the same work path, it becomes difficult to check.
The main way I have now to keep checks and balances on this work now is to have students come in for a hand written midterm and final in class throughout the course. I'm seeking better ways and trying to free my plans from traditional methods to see what is out there.
Thanks!
Michelle
Hi Michelle,
ReplyDeleteThank you for post your work. I was so busy for the ETEC544/501 assignment plus synchronous online meeting during this whole week and finally I can read your blog last night.
It is a nice aspect the way you are concerning the college algebra course not as a convergent material. As I was growing in a very traditional teach method country (Taiwan), I was taught by using “own critical thinking” to solve the assignment, so when Dr. Newberry asked us to design a generic learning course content for the “algebra” then I adjust adapted from my previous Algebra’s instruction teaching method and consider this course should be belong to “convergent content “ area immediately. Even now is 21st century, but the teaching/ learning direction still a lot of different between Western & Eastern learning styles.
But I like the way which you stated that you will concern as the designer is the set of instructors. The first thing you will concern that there are several instructors are teaching for same course, some might less teaching experience and some might not have progressive technology skill/ background, so you will generate all the concern to design a content which is most been adaptable. Such like you will design a customizing the material and to additional or alternate assignments/assessments open to make instructor could be using for their course.
Thank you for sharing your perceptions, very appreciated!
Tks/from Mikko