Elementary School Engineering Design Process 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.

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.

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.

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.

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.

Explore foundational engineering concepts by focusing on problem definition, conducting research, and testing prototypes. Develop skills to identify and address engineering challenges effectively.

Understand the dynamics and core concepts of hurricanes, typhoons, and cyclones, focusing on their formation, rotation patterns, and associated safety measures. Learners will gain insights into the meteorological processes that drive these powerful storms and develop skills to interpret their impact and implement effective safety protocols.

Explore the classification and characteristics of hurricanes while examining their impact as meteorological phenomena. Understand the essential safety preparedness measures to adopt during hurricanes. Develop the ability to recognize the different categories of hurricanes, analyze their features, and apply effective safety protocols to ensure readiness and protection in the face of such natural events. Enhance your comprehension of these powerful weather systems and improve critical safety planning skills.

Investigate the dynamics of severe weather phenomena, including thunderstorms and tornadoes, to enhance understanding of extreme weather identification and prediction. Focus will be on the mechanisms that drive these events, methods to predict their occurrence, and techniques used in weather forecasting. Learners will develop skills in interpreting meteorological data, understanding atmospheric conditions, and applying scientific principles to anticipate severe weather events.

Focus will be directed towards key strategies in the design of structures capable of withstanding natural hazards, particularly hurricanes. Learners will enhance their problem-solving abilities while gaining a comprehensive understanding of safety measures necessary for such designs.

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.

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