STRATEGIES FOR DEVELOPING TECHNICAL CREATIVITY USING INFORMATION AND COMMUNICATION TECHNOLOGIES

Аннотация

В данной статье анализируются стратегии развития технического творчества с использованием информационно- коммуникационных технологий (ИКТ). В современном образовательном процессе ИКТ играет решающую роль в повышении способности студентов мыслить творчески и решать технические задачи. Интеграция цифровых инструментов, таких как 3D-моделирование, виртуальные лаборатории, искусственный интеллект и технологии симуляции, позволяет студентам применять инновационные подходы в инженерном и техническом образовании. Ключевые слова: техническое творчество, информационно- коммуникационные технологии, цифровое обучение, 3D-моделирование, виртуальные лаборатории, симуляция, искусственный интеллект, проектное обучение, навыки решения проблем. https://scientific-jl.com/ 17-to’plam 1-son Mart 2025 331 Yangi O'zbekiston taraqqiyotida tadqiqotlarni o'rni va rivojlanish omillari Introduction. In the era of rapid technological advancements, developing students’ technical creativity has become a key objective in modern education. Technical creativity refers to the ability to generate and implement innovative solutions to technical problems, which is essential in engineering and technology fields. Traditional teaching methods often lack the interactive and hands-on experiences necessary for students to fully develop their creative potential. Therefore, integrating information and communication technologies (ICT) into the learning process has become a vital strategy for fostering technical creativity. ICT provides numerous opportunities for students to engage with real-world technical challenges through digital simulations, virtual laboratories, 3D modeling, and artificial intelligence applications. These technologies enable students to experiment, design, and analyze complex engineering concepts in a virtual environment, significantly enhancing their problem-solving skills. Additionally, project-based learning (PBL) and gamification techniques, supported by ICT tools, encourage active participation, collaboration, and critical thinking. This article explores the role of ICT in developing technical creativity and presents strategies for effectively integrating digital tools into technical education. It examines various approaches, including hands-on digital experiences, interdisciplinary learning models, and the use of interactive simulations, to create an engaging and innovative learning environment. The findings emphasize the need for an adaptive and technology-driven education system that prepares students for the challenges of the modern engineering and technology industries. Literature Review. In the era of rapid technological advancements, developing students’ technical creativity has become a key objective in modern education. Technical creativity refers to the ability to generate and implement innovative solutions to technical problems, which is essential in engineering and technology fields. Traditional teaching methods often lack the interactive and hands-on experiences necessary for students to fully develop their creative potential. Therefore, integrating information and communication technologies https://scientific-jl.com/ 17-to’plam 1-son Mart 2025 332 Yangi O'zbekiston taraqqiyotida tadqiqotlarni o'rni va rivojlanish omillari (ICT) into the learning process has become a vital strategy for fostering technical creativity. ICT provides numerous opportunities for students to engage with real-world technical challenges through digital simulations, virtual laboratories, 3D modeling, and artificial intelligence applications. These technologies enable students to experiment, design, and analyze complex engineering concepts in a virtual environment, significantly enhancing their problem-solving skills. Additionally, project-based learning (PBL) and gamification techniques, supported by ICT tools, encourage active participation, collaboration, and critical thinking. This article explores the role of ICT in developing technical creativity and presents strategies for effectively integrating digital tools into technical education. It examines various approaches, including hands-on digital experiences, interdisciplinary learning models, and the use of interactive simulations, to create an engaging and innovative learning environment. The findings emphasize the need for an adaptive and technology-driven education system that prepares students for the challenges of the modern engineering and technology industries. Discussion. The rapid advancement of Information and Communication Technologies (ICT) has significantly impacted the way technical creativity is developed in students. The traditional approach to teaching technical disciplines often lacks interactive and hands-on experiences necessary for students to fully engage in creative problem-solving. The integration of ICT tools such as 3D modeling, virtual laboratories, artificial intelligence, and simulation-based learning has proven to be an effective strategy for enhancing tec