According to Plaza et al., curriculum mapping, ultimately, is used to identify whether the intended material is actually being learned and furthers what students learn as well as identifying gaps in the curriculum and demonstrating key links between components of the curriculum. In terms of utilizing curriculum mapping, educators can get an idea of the effectiveness of their program by examining the designed curriculum (institutional and program requirements), the delivered curriculum (instructional delivery), and the experienced curriculum (what students actually experience). To create a useful curriculum map, it may be beneficial to devise a course description sheet with expected outcomes and objectives. To garner information about objectives covered and competencies taught from a teacher's perspective, they may compare the course objectives with the competencies they believe they taught using responses of "yes" or "no". Students, too, could do a reflection noting the extent to which the curriculum focused on each objective using a Likert Scale. This reflection may help reveal the actual "received" curriculum while the other method will denote the "delivered" curriculum.
Objectives can then be categorized into larger "domains" covered in physical education. Using means, students responses and faculty responses can be mapped using a unique shading system, with the darkest shade style representing the highest proportion of domain coverage ratings.
Likewise, student learning forms another piece of the triangulation helpful in evaluating educational programs. Student learning is best exemplified through the provision of multiple forms of assessment geared to meet program goals, such as observation, oral/written/physical knowledge and skill assessments, and criterion-referenced testing. Careful analysis of the results of these assessments will reveal information critical to the evaluation of your physical education program. For example, results of pre/post-assessments (as in the split and switch method) may reveal that information or skills need to be presented in a different format or which content areas, specifically, students are excelling or failing in comprehending. Most useful, perhaps, is the fact that the evaluation of assessment evidence will reveal deficiencies in instructional ability upon which the teacher may see fit to improve.
Finally, community impact, or cost-effectiveness analysis, can serve as a final component in the evaluation of a physical education curriculum. A method that may prove useful to applying the concept of cost-effectiveness may be to choose alternatives that are least costly for reaching a particular objective or that have the largest impact per unit cost. Both cost and effectiveness must be known to make good public policy choices. Also, clear goals must be established, with all alternatives bearing that same goal. Experimental designs can even be employed to ascertain effectiveness. Most educational interventions require personnel, facilities, materials, equipment, and client time. All ingredients required to replicate the alternatives are listed. Ingredients are listed in terms of quantity and quality and cost values can be determined. Generally, costs are determined by annual value, annual depreciation, or annual interest costs. In a final step, the costs are summed up to obtain a total cost, which can then be divided by the number of student to reveal an average cost per student associated with the effectiveness of each intervention. Here, alternatives with the largest effectiveness relative to cost are given the highest priority in decision-making, followed by ease of implementation and political resistance.
Sources:
http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=1858603
http://www.paaljapan.org/resources/proceedings/PAAL11/pdfs/20.pdf
http://ag.arizona.edu/fcs/cyfernet/cyfar/Costben2.htm
http://education.stateuniversity.com/pages/1887/Cost-Effectiveness-in-Education.html