Science, Technology, Engineering & Mathematics Interactive Videos

Explore the diverse realm of STEM careers, examining fields from data science to environmental science. Gain understanding of career pathways and enhance decision-making skills.

Explore the basics of STEM and various career options centered on science, technology, engineering, and mathematics. Empower learners by identifying STEM components, examining applied engineering, and enhancing inquiry skills essential for future professional success.

Explore essential skills and roles in STEM careers, focusing on areas such as quality control and industrial planning. Understand key decision-making and analytical techniques crucial for achieving success in the STEM field.

Explore interdisciplinary STEM fields, focusing on their definitions and implications. Gain insights into the significance of STEM for future careers by examining the intersection of science, technology, engineering, and mathematics. Understand the impact and relevance of these fields in addressing complex global challenges, thus equipping learners with the knowledge and skills essential for successful career paths in a rapidly evolving world.

Explore key mathematical principles such as number sense and algebra, along with foundational scientific processes. Focus on developing a comprehensive understanding of these core concepts to enhance competence and analytical skills in mathematics and science.

Introduce foundational engineering concepts to kids through exploring problem-solving strategies and understanding various engineering roles. Learners will gain insight into the engineering process and improve critical thinking by identifying solutions and testing prototypes.

Gain a deeper understanding of prime factorization by exploring its representation through geometric shapes, as envisioned by Jacob Barnett. Develop skills in visualizing numbers uniquely, enhancing comprehension of mathematical concepts through geometric interpretations.

Investigate the various roles of engineers to understand how they address societal challenges. Learn about different engineering disciplines and analyze their significant contributions to global development and technological advancement.

Explore Alan Turing's groundbreaking contributions to the fields of cryptography and computer science during World War II, analyzing how his innovations laid the foundations for modern computing. Gain an understanding of key technological advancements, such as the development of the Turing machine concept and his role in breaking the Enigma code. Examine the impact of these advancements on the evolution of technology, highlighting their significance in transforming theoretical concepts into practical applications. Develop skills in critical analysis of historical technological innovations and their relevance to contemporary computing challenges.

Explore the distinctions between traditional and experiential STEM education methods, highlighting both the obstacles and opportunities for students in rural areas. Gain insights into interactive learning strategies and the benefits of engaging with science within the community.

Investigate the engineering design process, including key innovations and influential figures. Gain an understanding of essential steps and develop problem-solving skills crucial for tackling engineering challenges.

Study the fundamentals of engineering, exploring its branches and significant historical innovations. Understand the essential tools and methodologies, while gaining insights into current trends and potential future advancements in the field. Develop critical thinking skills and the ability to analyze and apply engineering principles effectively.