Elementary School Engineering And Technology Interactive Videos

Investigate the engineering principles behind designing earthquake-proof structures. Develop critical problem-solving skills and gain the ability to apply scientific concepts in practical, real-world situations.

Engage with the engineering design process to understand how engineers address real-world challenges. Enhance your problem-solving abilities and grasp essential design principles.

Engage with fundamental engineering principles emphasizing robust problem-solving techniques. Acquire abilities to effectively identify and tackle real-world challenges.

Martin demonstrates how to tackle everyday problems using scientific methods like observation and testing. The focus is on developing critical thinking skills and applying effective solutions.

Examine flood management strategies in Japan and the UAE, highlighting both challenges and solutions. Gain insights into risk management, prevention techniques, and technological advances in flood response. Understand key concepts in mitigating disasters, enhancing preparedness, and implementing effective response mechanisms.

Investigate the causes and impacts of erosion, focusing on its effects on landforms. Understand how natural forces and human activities contribute to erosion, and explore various strategies for preventing it. Gain insights into the processes involved and develop skills for analyzing and addressing erosion-related challenges.

Investigate hurricane safety by focusing on storm characteristics, associated risks, and effective survival strategies. Learn to identify processes related to hurricanes and acquire the skills necessary to remain safe during severe weather conditions.

Examine the distinctions between hurricanes, typhoons, and tropical cyclones, focusing on their hazards and safety measures. Understand storm characteristics and develop skills to prepare for potential impacts.

Understand the fundamental components that contribute to hurricane formation and classification. Examine key features and associated phenomena, including meteorological conditions and oceanic influences. Gain knowledge about significant historical hurricanes and develop skills for implementing effective safety measures.

Explore engineering concepts and problem-solving as learners gain an understanding of Mars rover construction and its functions. This process enhances problem-solving skills through the practical application of engineering principles.

Investigate the differences between physical and chemical changes, focusing on their characteristics and providing examples. Learners will identify and categorize each type of change, developing an understanding of their implications.

Investigate hurricanes, examining their characteristics and impacts. Enhance meteorology knowledge by comparing them with other storm types, focusing on differences and similarities to develop a comprehensive understanding.

Explore the role of space technology in advancing scientific research, focusing on planetary rovers and the International Space Station. Gain insights into how these technologies contribute to scientific knowledge and impact daily life. Develop understanding and skills related to their applications in enhancing our perception of the universe and improving various aspects of life on Earth.

Investigate the complex dynamics and unique characteristics of hurricanes, including their formation and impacts. Understand how to analyze and predict weather patterns to effectively prepare for atmospheric events. Focus on gaining knowledge and developing skills in meteorological analysis and disaster preparedness.

Explore the process of designing and testing an umbrella, concentrating on enhancing its stability and functionality. Develop essential teamwork and problem-solving skills during this hands-on experience.

Investigate heat transfer processes with a focus on conduction, convection, and radiation. Gain an understanding of natural heat flow and identify practical, real-world examples, with the aim of enhancing comprehension of thermal dynamics and developing the ability to recognize heat transfer methods in everyday situations.

Explore the diverse fields of science, focusing on ecosystems, space, and evolution to understand the diversity of life and cosmic phenomena. Gain insights into resource conservation and technological advancements, with emphasis on developing a deep understanding and critical thinking skills in these areas.

Investigate the dynamics of hurricanes by examining their structure, origin, and classification. Identify key components of hurricanes and outline the conditions necessary for their formation, enabling a clear understanding of these powerful natural phenomena.

Integrate literacy with science by engaging students in multimodal and phenomena-based learning. This approach aims to enhance comprehension and promote deep inquiry. By focusing on diverse modes of exploration and concrete scientific phenomena, learners develop critical thinking and analytical skills, fostering a comprehensive understanding of scientific concepts and principles.

Gain insights into how hurricanes are named, their structural characteristics, and the impacts they have. Enhance understanding of atmospheric patterns to foster an informed comprehension of weather events.