2nd Grade Environmental Engineering Interactive Videos

Study the transformation of solid soil into a liquid state during earthquakes, focusing on the mechanics of liquefaction in sandy soils. Gain insights into geological processes, identify soil types susceptible to liquefaction, and understand strategies to mitigate infrastructure damage.

Explore the phenomenon of soil liquefaction by examining its occurrence in specific soil types and its impacts during seismic events. Gain an understanding of how soil transitions under stress, identify the visible consequences of liquefaction, and investigate engineering solutions to mitigate these effects.

Learners explore diverse engineering disciplines, focusing on how engineers design infrastructure and tackle real-world challenges. The course highlights the distinctions between engineering and scientific methodologies and elucidates the role of engineers in addressing future societal demands, such as creating sustainable energy solutions.

Focuses on core engineering concepts, highlighting problem-solving and engineering processes. Learners will learn to identify and address engineering challenges with practical solutions, gaining an understanding of various engineering roles and their contributions.

Investigate the transformative impact of scientific and technological advancements across various fields, particularly in communication, energy consumption, and environmental solutions. Learners will gain an understanding of the advantages and potential drawbacks of technological progress. They will also explore strategies to address environmental challenges related to these developments.

Explore Charles Lindbergh's life and achievements, emphasizing his aviation milestones and scientific contributions. Gain insight into his impact on aviation history and his role in scientific advancements, enhancing understanding of broader historical contexts and technological progress.

Explore the intricate details of the water cycle, covering the processes of evaporation, condensation, and precipitation. Gain a comprehensive understanding of water resource management and the environmental factors driving these natural phenomena.

Explore innovations in electric vehicles, including strategies for reducing the automotive industry's carbon footprint. Gain insights into pedestrian safety features, address potential environmental concerns, and examine the role of compressed air in automotive manufacturing. Enhance understanding of automotive engineering principles.

Examine the application of genetic engineering in reducing lignin content in poplar trees and its transformative effect on forestry technology. Understand how these innovations streamline tree processing, address potential environmental concerns, and explore recent advancements in tree farming. Learners will gain insight into the intersection of biotechnology and sustainable forestry, assessing the balance between ecological impact and industrial benefits.

Examine the complex engineering involved in rocket design, focusing on constraints, design processes, and prototyping. Gain insight into the iterative nature of engineering design, comprehend the importance of safety measures in testing, and expand your understanding of how rockets integrate with GPS technology.

Explore innovative methods for extracting fresh water from the ocean, with a focus on techniques to reduce salinity in the context of the Nymphaea Water Project. Gain an understanding of how environmental science addresses global freshwater shortages. Enhance analytical skills related to contamination prevention and understand the technological impact on environmental monitoring.

Explore the advantages and challenges associated with electric vehicles by examining their energy efficiency, regenerative braking, and unique features. Gain insights into their environmental impact and delve into technological innovations aimed at extending range and enhancing efficiency. Focus on understanding these key aspects to build knowledge in the realm of electric vehicles.

Explore the physics principles involved in rocket launch and flight, focusing on critical forces and Newton's laws of motion. Mastering these concepts enhances understanding of how rockets overcome gravity, maintain stability, and achieve propulsion.

Students engage in the engineering design process by identifying a problem and systematically developing a raft. Emphasis is placed on ensuring safety through innovative features. This experience enhances problem-solving abilities and applies engineering principles to real-world scenarios.

Examine coastal erosion and the strategies developed to safeguard vulnerable coastlines. Evaluate the effectiveness of these interventions and understand the significant role materials play in sea defense systems. Develop skills to critically assess environmental strategies and their outcomes.

Investigate the dynamic field of engineering through core problem-solving processes, and discover the roles of various engineering disciplines, such as aerospace and civil engineering. Gain insights into identifying and addressing real-world engineering challenges while understanding the fundamental steps in design and decision-making.