This article discusses the heat treatment temperature regimes of chromium-molybdenum steel and their impact on the material's mechanical properties. The main heat treatment methods, including annealing, normalizing, quenching, and tempering processes, are analyzed. The influence of various processing regimes on the formation of the structure and the operational characteristics of the steel is studied. Optimal parameters that enhance strength, ductility, and wear resistance are identified. The obtained results enable the development of efficient heat treatment technologies that meet the requirements of various operating conditions.

The article examines the impact of climate change-related problems on migration processes in Uzbekistan. In particular, migration sectors affecting agriculture, water resources, and economic opportunities are analyzed. Also, proposals and recommendations are made to address the problems arising in the structure of economic sectors and labor resources as a result of climate change.

Academic resilience is crucial for students, especially in higher secondary education, where students face numerous challenges that can impact their academic performance. This study aims to explore the factors influencing academic resilience among higher secondary school students. A mixed-methods approach was adopted, with quantitative surveys and qualitative interviews conducted across multiple schools. Results indicate that personal motivation, family support, peer relationships, and school environment significantly contribute to resilience. The findings emphasize the importance of providing holistic support systems to enhance students' academic resilience, ensuring they can overcome academic challenges and thrive in their educational journey.

This article highlights the capabilities of young volleyball players to perform movements that determine the effectiveness of offensive and defensive actions, the main feature of which is the process of teaching physical training and training in children's and youth volleyball.

Special structures, objects, decorative elements, and bridges for buildings without elevators or special buildings. These elements constitute the main architectural and structural parts of the building. Each element performs its specific function and collectively ensures the stability and functional capabilities of the building.

The article examines the use of on-set editing as a modern technology for real-time video editing. Current trends in video production demand fast yet high-quality processing of footage directly on set, driven by the increasing volume of content, significant acceleration of production workflows, and the growing need for adaptability. The relevance of this topic is supported by advancements in automated editing technologies, improvements in video processing algorithms, and an increased focus on the importance of pre-editing preparation. However, contradictions are observed in scientific publications and online reviews between algorithmic approaches aimed at automation and traditional theoretical concepts that emphasize narrative logic and artistic editing principles.

The objective of this study is to analyze the specific features and nuances of on-set editing as a tool for real-time editing, considering its technical implementation, creative potential, and organizational-production aspects. The study identifies key advantages, including the acceleration of post-production, cost reduction in material reprocessing, and improved coordination between the production and editing teams.

The findings will be useful for researchers in digital filmmaking as well as industry professionals, including directors, editors, cinematographers, producers, and technical specialists involved in integrating editing solutions into the filming process.