This lesson introduces fundamental concepts in curriculum study: different definitions of curriculum, types of curriculum, Schwab’s idea of four commonplaces in education, and steps of curriculum analysis outlined by Posner (2003).
Upon successful completion of this lesson, you will be able to
By the end of this lesson, make sure you have completed the readings and activities found in the Lesson 2 Course Schedule.
These are the basic considerations in curriculum work.
Posner (2003) identifies these fundamentals of curriculum:
Posner (2003) goes on to identify three common definitions of curriculum:
Posner (2003) distinguishes types of curriculum:
According to Schwab (1973), the following four bodies of experience must be represented in any group engaged in curriculum work.
According to Schwab (1973), it is vital for curriculum workers is to remember that each of the four bodies of experience is important to the curriculum making enterprise as a whole. "Coordination, not super-ordination-subordination, is the proper relation of these four commonplace" (p. 509).
The process of Curriculum Analysis outlined in Posner, 2003.
Before we can get to Step Four: Curricular Critique, we need to understand the first three steps of Curriculum “Background,” “Proper” and “Implementation.” In the first step, we examine "what is behind the curriculum?” Here, we try to understand the perspective(s), the situation and the problem that have resulted in the development of the program. In the second step, we examine "what is in the curriculum”? Here, we try to understand how the program has been put together and what are media and content structures used by the program developers. In the third step, we examine "what has happened or can potentially happen when the program is implemented?" Step Four, the curriculum critique, summarizes your analysis of all three steps.
A sound curricular analysis is determined by three criteria:
Choose a program for curriculum analysis paper: Each participant will conduct an analysis of content-specific, K–12 curriculum program (e.g., CHEMCOM chemistry program, Everyday Math program, Full Option Scope and Sequence Science (FOSS) program, TROPHIES, GLOBE program, etc.). Refer to the guidelines on “how to choose a curriculum for analysis” in Textbook 1 (pp. 29–30) and then choose a program for your curriculum analysis paper. State the name of the program on the Globe: Sample Curriculum Program Discussion along with your rationale for the choice.
There are four steps involved in your analysis of curriculum program (Please refer to Lesson 2 and Steps of Curriculum Analysis Chart).
Criteria | Full Marks | Partial Marks | No Marks |
---|---|---|---|
Step 1: Curriculum background: Assumptions and perspectives | 10.0 pts
Clearly and thoroughly clarifies the ideological, epistemological, psychological and pedagogical assumption behind a particular program | 5.0 pts
Partially clarifies the ideological, epistemological, psychological, and pedagogical assumption behind a particular program | 0.0 pts
Does not clarify the ideological, epistemological, psychological and pedagogical assumptions behind a particular program |
Step 2: Curriculum proper: coherence and alignment | 10.0 pts
Clearly and thoroughly examines the nature of content, basis for its selection, vertical and horizontal organization of subject matter, and coherence between intended and designed curriculum | 5.0 pts
Partially examines the nature of content, basis for its selection, vertical and horizontal organization of subject matter, and coherence between intended and designed curriculum | 0.0 pts
Does not examine the nature of content, basis for its selection, vertical and horizontal organization of subject matter, and coherence between intended and designed curriculum |
Step 3: Curricular implementation | 5.0 pts
Clearly and thoroughly describes the "frame- factors" that can shape the implementation of a particular curricular program | 2.5 pts
Partially describes the "frame- factors" that can shape the implementation of a particular curricular program | 0.0 pts
Does not describe the "frame-factors" that can shape the implementation of a particular curricular program |
Step 4: Curriculum critique | 5.0 pts
Articulates clearly and thoroughly the strengths and weaknesses of the curriculum program, and how it can be adapted to maximize its benefits and minimize its limitations | 2.5 pts
Partially clarifies the strengths and weaknesses of the curriculum program, and how it can be adapted to maximize its benefits and minimize its limitations | 0.0 pts
Does not articulate clearly the strengths and weaknesses of the curriculum program, and how it can be adapted to maximize its benefits and minimize its limitations |
Every participant will frame 1–2 discussion questions on readings for the week and submit his or her questions on the online discussion forum. The instructor will assign a discussion leader to the Reading Discussion Leaders page. As the discussion progresses, the role of discussion leader is to periodically restate the main points from the discussion. The idea is to keep a clear focus and keep the discussion on track in the same way that a discussion leader would do in a brick and mortar classroom. All participants are expected to respond to a minimum of 2 posts written by classmates during the week. Neither participants nor discussion leaders are required to respond to all of the postings. Please note that posts such as “I agree” or “I disagree” are not sufficient.
Note that this discussion is set for “post first,&rdquo which means you will not see the postings of your classmates until you post your own. Therefore, the first thing you should do is to post your discussion questions on the readings for the week.
Go to the GLOBE website and familiarize yourself with the GLOBE program. Download the online documentation “The GLOBE Program Overview (pp. XII–XIV)” under “Teaching & Learning,” then click GLOBE Teachers’ Guide, then click your language preference under the Teacher's Guide Introduction. In the online discussion forum, exchange views on the situation or problem that resulted in the development of GLOBE program, the perspective GLOBE program represents, and the epistemological, psychological and pedagogical assumptions in the GLOBE program.
School programs are based on certain curricular assumptions which include assumptions about epistemology (what counts as knowledge?), psychology (how children learn?), pedagogy (what is the best way to teach?), ideology (what knowledge is most worth and who controls it?), and morality (What moral ideas ground our stance toward teachers and students?). The depth and richness of your curricular inquiry will benefit from analysis of curricular assumptions. The objective of this activity is to analyze epistemological, psychological and pedagogical assumptions in your chosen curriculum program.
Epistemological, psychological and pedagogical assumptions in GLOBE program: In GLOBE Teacher’s Guide (introduction section, page XIII), the authors note:
As a science education program, GLOBE neither begins nor ends with data collection. Scientists collect data to gain understanding, and students can do the same. Teachers are encouraged to stimulate and reinforce their students’ natural interest in their surroundings...GLOBE provides materials and infrastructure to support students in carrying out the process of science, which often called inquiry
On page XIII, first line, authors also note that “GLOBE is science and education, not just science education.” What does it mean to say that “GLOBE is science and education, not just science education”? Often, curriculum designers assume that science is done by scientists and the role of science teachers is to teach the layman (or child) what has already been discovered by scientists. This is generally called “science education”. A major epistemological assumption behind GLOBE is that everyone can do science, not just scientists. According to the designers of GLOBE, children can do “real science” because in GLOBE teachers and students join with research scientists to form broadly distributed research teams and students collect data that is valuable to each research team’s work on a particular scientific inquiry (p. XIII). The designers of GLOBE assume that science is a human activity that can be done by anyone. In GLOBE Teacher’s Guide, the idea of “child as scientist” is an important epistemological assumption. Consistent with this assumption, it is assumed that children learn science best when they are engaged in authentic, collaborative, inquiry-based activities (psychological assumption). The teacher’s role is to stimulate the child’s curiosity and to provide the instructional support to carry out the process of science (pedagogical assumption), which is often called inquiry.