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Program Description: Case Study in IDE 631
Zhiyun Zhang
Syracuse University
March 16, 2013
Submitted to:
Karen E. Kirkhart
Course Instructor
SWK-775 Program Evaluation
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Nature and operation
Type:
Case study in IDE 631 Instructional Design and Development I is an educational
program. IDE 631 is a core course for master and PhD students in the program of
instructional design, development and evaluation (IDD&E) in Syracuse University.
Case study is one of the learning activities in IDE 631. IDE 631 provides an in-depth
review of the instructional systems design process (IDE 631 Syllabus, 2013). Other
activities include lecture, reading, in-class activities, and assignments (course project,
self- reflection and instructional design model). IDE 631 is the first of two courses
that comprise the design and development sequence in the IDD&E graduate core
curriculum; the second is IDE 632 Instructional Design and Development II, which
focuses on the development (or building of instruction) side of instructional systems
design. These courses do not need to be taken in any specific order, however is it
recommended to take this course with IDE 621 (IDE 631 Syllabus, 2013).
Mission:
Case study is aimed to provide a simulated learning environment for students to act as
instructional designers to solve instructional design (ID) problems. Making students
learn how to apply theories to the real ID activities, and strengthening students’
consciousness of the role of design in the process of dealing with instructional
problems.
The goal of IDE 631 is to review the major aspects of instructional systems design in
the context of typical instructional design problems and situations, integrating theory
with practice (IDE 631 Syllabus, 2013).
Size:
Case study is provided by the instructor of IDE 631, Tiffany A. Koszalka, Ph.D.
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The consumer population is composed of 13 students. Most of them are masters, only
one PHD student. Most of them are in the IDD&E program. One of them is in the
instructional technology program. One of them doesn’t have a major. There are three
student athletes and three teachers. The population is quite diverse. Students are from
North America, Asia, and Africa (Koszalka, T. A., personal communication,
September 20, 2013).
Most of the students are new comers of ID. Most of them are also enrolled in IDE 621
Principles of instruction and learning.
Basically, this is the intended consumer population. Only one thing is different.
Generally, this course expects there are 30% students who come from K-12, 30% high
education, and 30% business. This semester, the percentage of business background is
much lower (Koszalka, T. A., personal communication, September 20, 2013).
Case study in IDE 631 has two case scenarios from different backgrounds. It helps to
meet the diversity of consumer population.
Program components and functions
Case study in IDE 631 provides case scenarios to analyze potential problems.
Students’ responsibility is to collect information from multiple sources and use
knowledge of instructional design and past experience to identify the problems in the
course and propose solutions to fix them (IDE 631 course website, 2013).
Case study includes two components. One is online component, which consists of
tutorial, worksheet and survey. Online component provides students the flexibility to
their self-study. Another one is face-to-face component, which consists of instruction
and discussion. Such format provides the opportunity for both students and the
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instructor to communicate with each other.
Tutorial: The first part of the online component is tutorial. It provides all the
information needed for the students to learn the case and solve the ID problem.
Worksheet: The second is worksheet with some focus questions, which helps
students’ critical thinking.
Survey: The third part is survey, which gives students an opportunity to reflect their
achievements and evaluate case study.
Instruction: Before the online component is started, there is an instruction explains the
requirements and objectives of case study.
Discussion: After the online component is finished, there is a half hour in-class
discussion in the next course session. Students share their experiences and reflections
with others and exchange ideas with the instructor.
Delivery system
Case study is one of the learning activities in the third session of IDE 631 course.
The online component is delivered by the course website in the Blackboard learning
management system. Student log into Blackboard with their SU Net ID and work on
the online component of case study in the order of tutorial, worksheet and survey.
Each of the tutorial should take about 45 minutes. The links of tutorials is listed
below:
http://mcbicenter.syr.edu/case1/case1.htm
http://mcbicenter.syr.edu/case2/story.html
The face-to-face component of the case study is delivered in classroom by the
instructor. Instruction is integrated in the lecture and the discussion is one of the in-
class activities.
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Support system
The resources that enable the delivery of case study in IDE 631 include both material
and non-material supports.
Material resources involves Blackboard learning management system, computers and
the Internet, classroom space, faculty salaries. Non-material supports involves the
oversight, administrative support and technical service from the department of
IDD&E as well as School of education.
All these resources support the operation of case study in IDE 631, ensure students
experiences of the program.
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Program Theory
Diagram
Figure 1 Logic Model of Case Study in IDE 631
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ID is the abbreviation for instructional design.
Narrative
Figure 1 portrays the logic model of case study in IDE 631. It shows the connections
between the activities and the outcomes in the case study and the logic underlying the
program.
The diagram can be read from top to bottom. At the top, there are two components of
the case study. One is online component, which consists of three activities - tutorial,
worksheet and survey. All of them provide students the flexibility to their self-study.
Another component is face-to-face component, which consists of two activities -
instruction and discussion. Both provide the opportunity for students and the
instructor to communicate with each other in class.
Under the components and activities, there are three levels of outcomes, which shows
what the program is trying to accomplish from immediate outcomes to intermediate
outcomes, to long-term outcomes.
On the left side, there are two immediate outcomes of tutorial. One is students receive
information about the ID case and another is students reflect on the ID problem. Both
lead to an intermediate outcome that students gain a general idea about design’s role
in ID, which helps the long-term outcome that students gain strengthened
understanding of design and its role in instructional systems design process, and
readiness to proceed with the rest of IDE 631.
The immediate outcome of worksheet is that students gain strengthened thoughts on
the ID problem. This helps students practice knowledge and skills of ID problem
solving, which can help students gain a general idea about design’s role in ID and
interest in ID. Also, it helps to increase students’ confidence in ID problem solving.
And such confidence also plays an important role in the long-term outcome.
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The immediate outcome of survey is that students reflect on the achievement in ID
knowledge and skills, which leads to the increase of confidence in ID problem solving
and interest in ID. Both helps the achievement of long-term outcomes.
On the right side, the instruction helps students confirm requirements and objectives
of the case study, which brings about the increase of interest in the case study and
thus the interest in ID. The discussion leads to students learn different views from the
instructor and others about the case study and ID problem solving, which helps
students understand ID from multi-angle and thus have comprehensive thoughts on
ID. Both of the intermediate outcomes of instruction and discuss helps the long-term
outcomes.
In the center of the diagram, there is an immediate outcome that the instructor get
feedback from students. It is from three different activities, worksheet, survey and
discussion. It also helps the immediate outcomes of discussion that students learn
different views from the instructor and others about the case study and ID problem
solving.
This diagram of logic model of case study in IDE 631 uses lines and arrows to show
the relationships and presumed connections of the elements in the case study. It also
employs different colors and shapes for each level to make the logic clear and easy to
read.
Critical Reflection
What is communicated in the display?
I think the display of the logic model is basically from my own perspectives.
Although I have communicated with the instructor and several students of IDE 631, I
still hold the view that the logic model is represented as what I think it is. Because I
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make the logic model with my experience and background culture, which
undoubtedly have impact on my thoughts. Besides, it is kind of special that I was a
student of IDE 631 last year and now I am the evaluator of one of the activities in the
course. I tried to be objective and only rely on the information I collected from other
sources, but can I do this without the influence of my experience?
One of the assumptions underlie this portrayal is that when student finish the activities
in the two components, they can gain the outcomes form immediate level to
intermediate level to long-term level.
What aspects of your program’s logic are not represented in the display?
One aspect of my program’s logic which is not represented in the display is that the
levels inside each activities. It seems that the activities in my model is quite simple.
But in fact, there are different parts and levels in them. If I have portrayed them with
more details, the balance of the activities and outcomes would be better and the reader
would understand the logic of case study clearer.
Reflect on the modeling process itself
I got inspirations from both my instructor and classmate during the modeling process.
I really appreciate this. For example, my instructor mentioned that there might be
problem-solving in the outcomes, which made me think that the role of design can be
ID problem-solving. Another example, one of my classmate suggested that I consider
the intermediate levels of outcomes from the instructor’s view and how the
instructor’s achievement can help the long-term students’ outcomes. Other’s points
may not be taken into my model, but all give me the opportunity to think about my
model from different angle.
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The modeling process itself brought me a deeper understanding of the program and it
brought some revisions in the program description as well. For example, how to
define the delivery and support system.
I have learned a lot from this modeling process and gain a better understanding of the
program.
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References
Kaplan, S. A., & Garrett, K. E. (2005). The use of logic models by community-based
initiatives. Evaluation and Program Planning, 28(2), 167-172.
Posavac, E. (2011). Program evaluation: Methods and case studies (8th ed.). Upper
Saddle River, NJ: Prentice-Hall.
IDE 631 course website, 2013. https://blackboard.syr.edu
IDE 631 Syllabus, 2013
Case study 1 - Undergraduate educational technology scenario http://mcbicenter.syr.edu/case1/case1.htmCase study 2 - Medical education scenario http://mcbicenter.syr.edu/case2/story.html
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