Engineering Pathways Interactive Videos

Explore how to identify main ideas in texts and understand brain growth and development through learning. Develop skills in text analysis and discover how intellectual challenges enhance brain connectivity.

Investigate the inspiring career journey in aerospace engineering by examining key influences and milestones. Gain insight into the motivating factors behind engineering pursuits and appreciate narratives of personal achievements that resonate with aspiring engineers.

Examine the crucial role of material failure analysis in space engineering, underscoring insights from work on the Hubble Space Telescope. Acquire knowledge about how environmental challenges such as temperature fluctuations and radiation affect materials. Enhance engineering problem-solving skills and appreciate the importance of effective communication in technical fields.

Analyze the nuanced conversation between a mother and daughter to gain insights into the emotions and concerns expressed during their interaction. Enhance comprehension skills and the ability to infer characters' intentions and feelings through contextual cues.

Examine the intriguing mechanics of a paper calculator, emphasizing binary operations and fundamental arithmetic principles. Learners will gain insights into how these mechanical processes replicate electronic calculations, deepening their conceptual understanding of mathematical operations.

Investigate the intriguing behaviors and adaptations of the sengi, a small mammal renowned for its agility and distinctive path network. Understand how these adaptations enable the sengi to thrive in its natural habitat, highlighting essential skills for biology and animal behavior studies.

Investigate the flow of energy through ecosystems by analyzing the roles of producers, consumers, and decomposers within food chains and webs. Achieve a comprehensive understanding of the interactions between these components, appreciating the complexity of ecological relationships.

Exploring the creative process of game design with a focus on weather themes enhances understanding of components such as materials selection and pathway planning. This approach cultivates critical thinking skills and highlights the significance of iterative improvement. Learners engage in entertaining and educational activities centered around weather scenarios.

Understand the differences between reflex actions and conscious movements, focusing on the biological pathways that enable rapid responses to stimuli. Gain insight into impulse transmission processes and the roles of various bodily components in reflexive responses. By the end, learners will comprehend how these mechanisms facilitate quick reactions.

Explore fundamental electricity concepts, focusing on Ohm's Law, types of circuits, and the interplay among voltage, current, and resistance. Learners will develop skills to solve circuit problems using Ohm's Law and distinguish between static and current electricity, enhancing their understanding of electric principles in physical science.

Trace the path of blood through the heart, emphasizing the order and role of each valve and major vessel. Understand the circulatory system thoroughly, boost knowledge of cardiac functions, and enhance the ability to articulate the physiological process of blood circulation.

Fundamental dance elements are explored with a focus on improvisation and creation, emphasizing space, time, and energy. Skills in choreography are developed by experimenting with levels, pathways, and energy dynamics to express emotions and enhance performance quality.

Explores the significance of defining 'done' in various contexts, highlighting its role in enhancing efficiency and communication. Emphasizes the impact of clearly identifying task completion on productivity, aiding in achieving effective outcomes in practical scenarios.

Exploration of impulse pathways during reflex movements emphasizes the nature and routes within the human nervous system. Learners gain understanding of rapid response mechanisms and the roles of various neural components, acquiring insights into reflex actions and their automatic characteristics.

Examine the fundamental concepts of collision theory, focusing on the energy requirements and the function of catalysts in chemical reactions. Gain an understanding of how temperature, pressure, and catalysis influence reaction rates, and develop the ability to predict outcomes of chemical processes.

Investigate the attributes and operations of series and parallel circuits through practical examples and scenarios. Develop the ability to identify circuit types and anticipate their behavior, thereby enhancing problem-solving competencies in electrical circuit design.

Explore robotic operations, space technology, and problem-solving in space missions. Gain insights into the use of robotics in space applications and develop troubleshooting strategies essential for successful missions.

Explore the functions and mechanics of the respiratory system, focusing on components such as the diaphragm, alveoli, and intercostal muscles. Gain an understanding of essential physiological processes such as gas exchange and the role of respiratory muscles, enhancing knowledge of human body systems.

Explore the fundamental concepts of engineering focusing on the problem-solving process and essential engineering principles. Students will develop the ability to define engineering problems, comprehend the roles of various types of engineers, and apply engineering principles to address real-world challenges.

Examine key concepts regarding how cells extract and utilize energy from food, with a focus on cellular processes and the similarities in metabolic pathways across various species. Understand the fundamental role of metabolism in energy usage and its evolutionary implications manifested through biochemical similarities in different organisms.