12th Grade Science, Technology, Engineering & Mathematics Resources

Explore the essential role of science and mathematics in engineering, with a focus on engineering design processes and historical innovations. Gain understanding of how mathematical models and physics are applied in engineering to enhance quality, performance, and cost-effectiveness. Build foundational skills for real-world engineering projects.

Explore the intricacies of how technology's features and functions influence society and the environment. Acquire problem-solving and critical analysis skills while examining how technology impacts and is influenced by human needs and aspirations.

Investigate the connections between art, science, and mathematics by exploring hyperbolic geometry through crochet models of coral reefs. This study cultivates skills in understanding mathematical concepts and enhances environmental awareness, fostering recognition of interdisciplinary relationships.

Learn foundational concepts of chemistry and mathematics, focusing on atomic structure, valency, and the pivotal role of mathematics in scientific development. Gain an understanding of how mathematics supports scientific inquiry and develop skills needed to identify key properties of elements and geometrical figures.

Explore the intersection of art, science, and mathematics through the crochet coral reef project. Understand hyperbolic geometry's role in nature, appreciate embodied knowledge in abstract concepts, and engage with the project's global collaborative spirit. Highlight environmental issues while modeling complex geometric shapes using crochet.

Discover the diverse career paths within the industrial, engineering, and technology sectors, highlighting the varied applications of engineering problem-solving skills. Gain insights into various engineering roles and the associated educational pathways. Enhance understanding and appreciation of engineering careers through real-world scenarios.

Explore key concepts in engineering and technology, with a focus on structural elements, electrical systems, and materials science. Enhance understanding of engineering principles, improve problem-solving skills, and gain insights into practical applications across various technological fields.

Explore the interconnected roles of science and engineering in advancing technology, with a particular focus on practical applications emerging from scientific breakthroughs like quantum mechanics. Understand how interdisciplinary collaboration enhances problem-solving and contributes to addressing complex global challenges.

Explore the engineering principles and technology inspired by Jaeger machines from the movie Pacific Rim. Understand the implementation of two-pilot systems, the effects of signal transmission on remote control, and the advantages of using alloys over pure metals. These studies enhance critical thinking and technical understanding.

Examine the influence of science, engineering, and technology on both society and the natural world by focusing on key factors such as technological growth and environmental challenges. Gain insights into how advancements contribute to societal transformations and understand technology's role in addressing future challenges.

Focus on developing essential mathematics and science skills necessary for high school graduates, with a strong emphasis on the practical application of algebra and scientific theories. Learners will gain the ability to model real-world scenarios, interpret data using human intelligence, and create coherent scientific theories. These skills are crucial for academic and career success in STEM fields.

Explore the scientific method with a focus on experimentation fundamentals and measurement techniques. Develop skills in designing experiments, analyzing data, and comprehending the role of technological processes in scientific investigations.

Explore diverse careers in science, technology, and engineering, gaining insights into various job roles and the essential skills and qualifications needed. Be equipped with tools to effectively navigate and excel in your chosen career path through professional skill development.

Examine the impact of creativity and innovation in mathematics and data science through engaging content. Develop critical problem-solving skills, understanding the significance of interdisciplinary approaches in grasping complex concepts.

Explore key concepts in engineering and applied science, emphasizing problem-solving with real-world applications. Gain a comprehensive understanding of the interaction between systems, components, and processes. Develop logical reasoning and critical thinking skills crucial for driving technological innovation.

Explore the 16 career clusters and their roles within workforce education by identifying key job functions and understanding their contributions to society across various industries. Gain insights into diverse roles, responsibilities, and how different professions impact the world.

Examine the pivotal role of technological advancements in mitigating climate change through geo-engineering and other strategies. Understand the impact of methods such as solar radiation management and biofuels. Gain insights into the ethical considerations and global policy challenges related to geo-engineering, aiming to develop critical thinking and analytical skills.

Identify diverse career clusters and various job roles across different industries, enabling learners to understand the link between career clusters and specific occupations. This enhances the ability to select suitable career paths based on individual interests and skills.

Explore key career clusters to understand the various job roles and their requirements across different industries. Gain insights into how these clusters relate to real-world tasks, enhancing your career planning and decision-making skills.

Investigate the significant mathematical contributions of the Bernoulli family, covering advancements in calculus, fluid dynamics, and foundational concepts such as the law of large numbers and Bernoulli's principle. Gain a deep understanding of mathematical problem-solving methodologies and historical contexts of major theories, enhancing both comprehension and application skills in mathematical sciences. This exploration promotes mastery in key areas of mathematics through critical analysis and synthesis of historical developments.