Primer on Large-Scale Assessments of Educational Achievement

Page 152

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PRIMER ON LARGE-SCALE ASSESSMENTS OF EDUCATIONAL ACHIEVEMENT

review and analysis of participating countries’ curricula and other sources of information. The assessment team reviewed grade-wise curricula and learning standards in these areas, descriptions of national assessment programs and classroom assessment guidelines, time allocations for each subject, and descriptions of transitions from mother tongue to official language of instruction in some countries. Common curricular elements identified during the review were used to develop the final SEA-PLM frameworks for mathematics, reading, and writing (UNICEF and SEAMEO 2017a). For the SEA-PLM 2019 exercise, the mathematical literacy domain was defined as a “person’s capacity, given a problem in a context that is of interest or importance to them, to translate the problem into a suitable mathematical formulation, to apply mathematical knowledge and skills to find a solution, and to interpret the mathematical results in relation to the context and to review the merits or limitations of those results” (UNICEF and SEAMEO 2017a, p. 15). The mathematical literacy domain comprises several subdomains, including numeric and algebraic literacy, measurement and geometry, and probability and data analysis. Each subdomain features items that require cognitive processing of mathematical information at different levels of complexity to arrive at a solution (box 9.5). In many of the tasks included in the mathematical literacy assessment, understanding and expressing a stimulus using mathematical terms is required, rather than producing numerical calculations. Real-life problems included on the SEA-PLM 2019 assessment are not limited to a specific subdomain but rather require students to combine aspects of different content areas to reach a solution (UNICEF and SEAMEO 2017a). The reading literacy domain is defined as “understanding, using and responding to a range of written texts, in order to meet personal, societal, economic and civic needs” (UNICEF and SEAMEO 2017a, p. 23). This definition highlights the relevance of literacy as a process that involves, but goes beyond, decoding to include location and interpretation of information, understanding the purpose of a text, and using text information to evaluate knowledge of the world (UNICEF and SEAMEO 2017a).

BOX 9.5. Cognitive Processes Assessed in the Southeast Asia Primary Learning Metrics 2019 Mathematical Literacy Assessment Cognitive processes Translate: expressing a problem in mathematical language—taking it from the context to a mathematical formulation suitable for finding a solution Apply: using mathematical knowledge and skills to find a mathematical solution or to generate mathematical results; mainly using mathematical ideas, objects, and techniques Interpret and review: translating mathematical solutions to the context of the problem Source: Adapted from UNICEF and SEAMEO 2017a.


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Glossary of Technical Terms

7min
pages 159-163

Asia Primary Learning Metrics 2019 Assessment

1min
page 155

Primary Learning Metrics 2019 Reading Literacy Assessment

1min
page 154

Benchmarks for Grades 4 and 6

2min
page 149

Metrics 2019 Mathematical Literacy Assessment

4min
pages 152-153

CONFEMEN 2014

1min
page 142

Programme d’Analyse des Systèmes Éducatifs de la CONFEMEN

2min
page 141

Assessment, 2000–18

1min
page 131

Eastern Africa Consortium for Monitoring Educational Quality

2min
page 138

8.9 Translation and Adaptation of International Large-Scale Assessments

2min
page 130

Study, 2001–16

1min
page 125

Mathematics and Science Study

2min
page 124

International Mathematics and Science Study

4min
pages 119-120

References

1min
pages 115-116

Chapter 8. What Are the Main International Large-Scale Student Assessments?

1min
page 117

Achievement Survey

1min
page 109

What Are Other Ways to Communicate Large-Scale Assessment Results?

2min
page 112

Chapter 7. How Can Effective Communication of Large-Scale Assessment Results Be Ensured?

1min
page 105

7.1 Features That a National Large-Scale Assessment Can Highlight

3min
pages 107-108

References

1min
page 104

Assessment According to Sex

2min
page 97

Key Ideas

1min
page 103

Student Achievement?

2min
page 99

6.2 Scoring Rubrics

2min
page 95

6.1 Example of an Item and Its Codebook Information

1min
page 94

References

1min
page 92

Key Ideas

1min
page 91

Administration?

2min
page 89

Structure and Main Changes over Time

1min
page 81

5.1 National Large-Scale Assessment: Student Tracking Form

1min
page 88

References

1min
page 84

What Should Be Included in the Test Administration Manual?

2min
page 79

How Will the Assessment Be Administered?

1min
page 78

4.5 The Importance of Item Piloting

2min
page 75

4.4 Item Writing Guidelines

1min
page 74

Chapter 4. What Are the Key Decisions in Designing Large-Scale Assessments?

1min
page 67

References

1min
page 66

Key Ideas

1min
page 65

3.2 National Large-Scale Assessment Funding Checklist

2min
pages 63-64

Team Personnel

2min
page 60

Católica de Chile in Supporting National and International Large-Scale Assessment Initiatives

9min
pages 56-59

3.1 Saudi Arabia’s Education and Training Evaluation Commission

2min
page 54

Syndicate

1min
page 55

References

4min
pages 49-52

Key Ideas

1min
page 48

Goals in Brazil

2min
page 43

2.6 Communicating National Large-Scale Assessment Results in Peru

2min
page 41

National Assessment

1min
page 39

Practice in Argentina

2min
page 47

What Are Some Common Policy Implications of Large-Scale Assessment Findings?

2min
page 42

9.3 Proportion of Students in Each Reading Proficiency Level in Grade

2min
page 27

2.5 Investing in Technical Expertise in Indonesia

2min
page 40

What Will You Learn from This Primer?

2min
page 32
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