世界发展银行-Learning-Environments-and-Learning-Achievement-in-the-Russian-Federation-_-How-School-Infrastructure-and-Climate-Affect-Student-Success_49页_4mb

Summary: Learning Environments and Learning Achievement in the Russian Federation

Core Content

This report explores how school infrastructure and climate influence student learning outcomes in the Russian Federation. It analyzes data from the OECD School User Survey (SUS) and the Trends in Mathematics and Science Study (TIMSS) pilot in three Russian regions, focusing on the physical environment, school climate, and teaching practices. The study is part of a broader effort by the World Bank to understand the role of learning environments in education quality and to support evidence-based policy-making.

Main Findings

1. School Infrastructure and Its Use

• Most schools in Russia maintain traditional learning environments with limited use of non-classroom spaces.
• Teachers rarely rearrange classroom furniture, despite finding it easy to do.
• While diverse technological equipment is available, it is not fully utilized.
• Learning environments are not optimized for student engagement and individualized learning.

2. School Environment and Climate

• Classroom conditions such as temperature, lighting, air quality, and noise significantly impact students' and teachers' well-being and performance.
• Teachers are generally more satisfied with school spaces than students.
• Security concerns are particularly pronounced in outdoor areas of schools.
• Perceptions of the school environment are directly linked to student learning outcomes.

3. Teaching Styles

• A variety of teaching styles are used, with team teaching and group work being less common.
• These styles, when used, have a statistically significant effect on student performance.
• Students from lower socioeconomic backgrounds receive fewer opportunities for group and individual learning, which may contribute to the learning gap observed in TIMSS results.

Key Information

• The study collected data from 1,550 students, 160 teachers, and 32 school principals.
• The research was conducted in 2018–2019 using the OECD School User Survey and TIMSS pilot data.
• The Sustainable Development Goal (SDG) 4.A highlights the importance of quality learning environments and includes indicators related to infrastructure, technology, and accessibility.
• The Federal State Standards for primary and secondary education in Russia emphasize safety, health, and equal access but lack specificity in terms of learning environment design.

Recommendations

• Improve the regulatory environment for school design, planning, construction, and maintenance.
• Enhance financing mechanisms to ensure sustainable development of school infrastructure.
• Increase community involvement in the design of schools to better align with pedagogical and social needs.
• Promote flexible and open learning environments that support diverse teaching methods and student engagement.
• Strengthen the integration of technology in classrooms to enhance learning outcomes.
• Implement more inclusive and individualized teaching practices, especially for students from lower socioeconomic backgrounds.

Structure of the Study

• The study uses two main instruments: the OECD School User Survey (SUS) and the TIMSS 2019 pilot.
• The SUS includes eight sections covering:
  • User demographics
  • Learning spaces used
  • Comfort and safety
  • Technology and space arrangements
  • Administrative spaces
  • Overall satisfaction

Importance of the Study

• The report emphasizes that school design and climate are crucial for student success and teacher retention.
• It highlights the need for a holistic approach to school design that considers pedagogical needs, socioeconomic factors, and environmental conditions.
• The study supports the idea that well-designed learning environments can lead to improved academic performance and better educational outcomes.

Conclusion

• The study confirms that school infrastructure and teaching styles are closely related to learning outcomes.
• Expanding the study to more regions of Russia would provide more statistically significant results and support further research on learning environment design.
• The findings advocate for evidence-based policies that prioritize safe, stimulating, and inclusive learning environments.

Key Figures and Tables

• Figure 1.1: Illustrates the components of a learning environment that contribute to better educational outcomes.
• Figure 1.2: Shows the structure of the OECD School User Survey questionnaires.
• Figure 2.1: Displays the frequency of use of school spaces by students and teachers.
• Table 1.1: Lists the SDG 4.A indicators for learning environment quality.
• Table 1.2: Outlines the requirements for learning environments in Russian primary and secondary education standards.
• Table 2.1: Shows the distribution of teaching styles among Russian teachers.

References

• Barrett, P., et al. (2011, 2015, 2019)
• OECD (2017a, 2017b, 2018)
• TIMSS (2019)
• Ivanova and Vinogradova (2018)
• Leithwood and Jantzi (2009)
• Buckley, Schneider, and Shang (2004)
• Mendell and Heath (2005)

Authors

• Tigran Shmis: Senior education specialist with expertise in ECD, innovative learning environments, and international education assessments.
• Maria Ustinova: Education consultant and associate researcher with a focus on urban design and learning environments.
• Dmitry Chugunov: Education economist with extensive experience in education policy and capacity building.

Acknowledgments

• The study was supported by the World Bank and the OECD.
• Data collection was facilitated by the Russian Academy of Education and its consultants.
• The report benefited from input from several peer reviewers and international partners.

Final Note

The report underscores the importance of collaboration between stakeholders, inclusive design, and evidence-based policy-making in improving school infrastructure and learning outcomes in Russia.