Engineering Practices Interactive Videos

Explore the dynamic history and innovative advancements in civil engineering, focusing on key figures, ancient projects, and groundbreaking materials. Gain insight into the evolution of civil engineering, understand its foundational contributions, and recognize its importance in modern infrastructure development.

Explore engineering problem-solving techniques in a fictional context, emphasizing the criteria for successful solutions. Identify engineering challenges, evaluate potential solutions, and understand the critical role of defining criteria for success. Gain insights into the evaluation and decision-making processes integral to effective engineering practices.

Explore critical questioning and problem-solving strategies in science and engineering, focusing on developing the ability to differentiate between scientific inquiry and engineering design. Refine skills in formulating and evaluating scientific questions.

Explore the foundational practices of science and engineering by focusing on formulating insightful questions and defining problems. Develop a deep understanding of scientific inquiry and engineering problem-solving, enhancing critical thinking and effective questioning skills.

Explore the crucial role of engineers in overcoming challenges related to transportation and communication. Envision future innovations such as underwater cities, and gain an understanding of the essential problem-solving skills in engineering. Discover how engineers drive technological advancements through their innovative approaches.

Focuses on the Next Generation Science Standards (NGSS), emphasizing science and engineering practices, crosscutting concepts, and disciplinary core ideas. Enhances understanding of these frameworks to apply scientific concepts in real-world scenarios, improving critical thinking and analytical skills.

Explore the future of engineering by examining key achievements and roles, focusing on essential skills such as analytical abilities and environmental stewardship. Learners will gain insights into the evolution of engineering, anticipate future trends, and obtain the knowledge needed to excel in their careers while contributing to sustainable solutions.

Explore the significance of civility and civil behavior within society and everyday interactions. Enhance understanding of societal norms and improve vocabulary related to civics. Identify various examples of civil and uncivil behaviors, fostering the ability to recognize and apply these concepts in daily life.

Explore fundamental scientific practices by focusing on analyzing evidence and understanding concepts. Gain insights into scientific reasoning and comprehend the significance of evidence-based conclusions, essential for building a solid foundation in science.

Investigate essential engineering tools and technologies that are used to measure, analyze, and enhance system efficiencies. Gain understanding of the functions of specific tools, develop proficiency with manufacturing technologies, and increase knowledge of the advantages provided by structured systems in engineering practice.

Explore the applications of biotechnology in food production with an emphasis on genetic engineering and the creation of transgenic crops. Gain insights into the benefits and challenges associated with biotechnology, enhance understanding of biosafety regulations, and examine the potential for biotechnology to contribute to sustainable agriculture.

Examine the key principles of online safety and understand the tactics of social engineering used to manipulate individuals into disclosing personal information. By mastering these concepts, learners will enhance their ability to identify digital threats and safeguard their personal data online.

Explore the comprehensive framework of the Next Generation Science Standards (NGSS) and their impact on K-12 science education, emphasizing three-dimensional learning. Gain insights into implementing NGSS, overcoming adoption challenges, and utilizing strategies for transforming global science education through enhanced teaching practices.

Explore the iterative steps of the engineering design process with a focus on problem-solving and prototyping. Develop an understanding of design principles, enhance skills in identifying issues, and gain insights into developing and evaluating solutions.

Examine the significant visit by Queen Elizabeth II to the Chelsea Flower Show, highlighting personal stories and her advocacy for environmental issues. Gain insights into individual contributions to sustainability and understand the importance of historical events in shaping modern environmental practices.

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Explore notable archaeological discoveries beneath Pompeii's oldest bathhouses, highlighting ancient Roman social life and engineering advancements. Gain insights into Roman architecture and burial practices, appreciating their historical significance and impact.

Investigate the transformative method of peer learning in enhancing student engagement in the classroom. Understand how fostering effective classroom dynamics through student-led discussions develops communication skills, data interpretation abilities, and nurtures a supportive learning environment.

Explore the interactions among science, engineering, and technology, with a focus on problem analysis and technological development. Gain an understanding of the distinct focus areas within each discipline and how their collaboration fuels innovation and advancements.

Analyze sustainable practices and the role of smart buildings in boosting energy efficiency. Gain insights into enhancing sustainability and understanding the significance of renewable energy sources, while developing foundational skills in sustainable engineering.