Design Technology Solutions Interactive Videos

Examine the impact of 3D printing technology on the production of customized prosthetics within engineering contexts. Understand the advantages of 3D printing in prosthetics, such as rapid modifications and enhanced accessibility. Develop skills to innovatively apply these technologies in engineering solutions.

An exploration of the comprehensive engineering process highlights designing, prototyping, and testing solutions to practical problems. Learners develop problem-solving skills and understand the importance of iteration and evaluation to effectively enhance solutions.

Investigate the impact of 3D printing on prosthetic development and the pioneering efforts of the e-NABLE community. Gain insights into the customization of prosthetics and the associated social and practical benefits. Understand how 3D printing empowers the creation of accessible solutions, enhancing the lives of individuals through innovative design and technology.

Learn about the significance of involving children in urban planning through the innovative approaches of the 'Growing Up Boulder' initiative. Gain an understanding of the advantages of child-inclusive planning and enhance skills in creative urban design thinking. Develop an appreciation for addressing diverse community needs in city development.

Explore biomimicry, where nature inspires innovative solutions to human challenges. Understand how observing animals and their adaptations can lead to advancements in technology and design, addressing real-world problems.

Key concepts of innovation involve the generation and refinement of ideas, prototype testing, and the crucial role of feedback. Learners will develop skills in creative problem-solving, gain an understanding of participation in the innovation process, and enhance designs through iterative testing.

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Explore the application of 3D printing technology in developing prosthetic limbs, contrasting ancient and modern practices. Gain insights into technological advancements, cost implications, and customization benefits for children. Develop critical thinking about the evolution of prosthetics.

Discover core engineering concepts and learn problem-solving techniques through practical examples and everyday scenarios. Acquire valuable insights into various engineering disciplines while understanding the creative processes engineers use to tackle challenges.

Explore the innovative approaches engineers use to solve real-world problems by inventing and constructing efficient solutions, with notable examples such as the Golden Gate Bridge. Gain a comprehensive understanding of diverse engineering fields and acquire insights into the skills necessary for technology and infrastructure development. Learn how different types of engineers play a pivotal role in advancing these areas.

Exploring the process of identifying key speakers and preparing for scheduled events, including countdown sequences, with a focus on developing skills in event analysis. Learners will enhance their ability to effectively interpret organizational goals and future plans.

Examine the major challenges posed by ocean plastic pollution and explore innovative solutions for its prevention, including engineering advancements like the Interceptor and Ocean Cleanup System. Gain an understanding of the importance of improving design in engineering solutions and develop strategies to reduce plastic waste entering marine environments.

Examine the impact of pivotal historical visits, emphasizing the interconnected roles of religion and art. Learners will gain insights into cultural dynamics and develop the ability to analyze symbolism and value systems.

Investigate the intricacies of prion behavior with a focus on rotational dynamics and explore their technological implications in broadcasting and digital engagement. Develop insights into how prions influence various platforms and understand their significance in contemporary technological contexts.

Focus on enhancing problem-solving skills through collaboration and idea blending within STEAM projects. Develop strategies for effective teamwork, adaptively refine ideas, and creatively innovate solutions.

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.

Learn the benefits of reducing varroa mite populations and applying integrated pest management to boost honey bee health and nutrition. Understand key factors that support bee immunity and the importance of natural processes in sustaining bee populations.

Examine the advancements and impacts of the Wide Field Camera 3 on the Hubble Space Telescope's capabilities. Enhance understanding of how this instrument contributes to studying space phenomena such as dark energy and galaxy evolution. Focus on the increased imaging precision and expanded range in ultraviolet, visible, and infrared wavelengths offered by the Wide Field Camera 3. These improvements facilitate breakthroughs in understanding cosmic mysteries, such as the mechanisms driving the accelerated expansion of the universe and the processes governing galaxy formation over time. Develop the ability to analyze observational data and apply theoretical concepts to real-world astronomical phenomena, thereby advancing skills crucial for a career in astrophysics or related fields.

Explore Luca's features, practical applications, and broader impact to deepen your understanding of technological advancements. Analyze the implications these advancements have for various industries and society as a whole, enhancing your grasp of emerging technologies' roles and effects. Develop insights into the associated learning outcomes and skills, focusing on the educational value and objective of comprehending technological progress.

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.