High School Science, Technology, Engineering & Mathematics Resources

Learn about foundational programming concepts through the use of web technologies and practical examples involving Microbit. Develop an understanding of HTML/CSS structure while gaining hands-on programming skills with Microbit.

Explore engineering design skills with a focus on iterative processes within the STEAM framework. Enhance problem-solving and technology application abilities.

Explore artifacts from the Stone and Bronze Ages, focusing on historical context and uses. Gain insights into ancient engineering and technological evolution. Develop understanding of how these innovations shaped human progress, emphasizing the skills and knowledge crucial for interpreting early technological advancements.

Examine the unique characteristics of STEM and non-STEM fields, focusing on their distinct features and potential career paths. Undertake a critical analysis of educational trajectories that align with diverse professional objectives, assessing the specific knowledge, skills, and capabilities required in each domain to inform informed decision-making about academic and career choices.

Examine core engineering principles and technological applications critical for effective problem-solving. Understand various engineering roles and gain a comprehensive grasp of the design process.

Examine engineering solutions addressing global challenges with a focus on sustainability, security, and health. Understand the impacts of modern technology and innovations, and gain insights into how these advancements shape our world. Enhance knowledge of relevant engineering methodologies and their applications in solving complex issues. Develop critical thinking and analytical skills necessary for evaluating the efficacy of engineering solutions in real-world scenarios.

Examine the revolutionary contributions of Greek thinkers to the fields of science and mathematics. Develop an understanding of key principles and identify influential figures who shaped modern scientific and mathematical thought.

Focus on developing skills in managing engineering notebooks and enhancing technical documentation. Gain an understanding of notebook standards and iterative design processes.

Investigate the influence of historical contributions from various civilizations on the development of science and mathematics. Understand ancient innovations and their enduring impacts on contemporary life. Enhance knowledge of historical scientific and mathematical advances and evaluate their effects on modern practices, fostering a deeper appreciation of cultural heritage in shaping today's world.

Focus on engineering problem-solving techniques and design principles. Gain insights into criteria, constraints, and innovation through practical applications, enhancing understanding of problem resolution and creative solutions.

Examine fundamental concepts in engineering technology with an emphasis on safety protocols and project evaluation. Gain a comprehensive understanding of assessment methods and professional practices.

Examine the intersection of technology and society, with a focus on design, systems, and engineering. Develop an understanding of the technological impacts within society while enhancing problem-solving abilities.

Understanding how technology addresses societal challenges and bolsters education through exploration of its principles, impact, design elements, and innovation drivers. Learners will comprehend technology's transformative role and acquire skills in designing effective technological solutions.

Explore key STEM principles and highlight the significance of combining technology with collaborative efforts. Enhance problem-solving skills and remain updated with cutting-edge practices.

Enhance understanding of systems, components, and design principles by exploring the intersection of science and math in engineering and real-world problem-solving. Focus on gaining insights into the integration of scientific and mathematical concepts to optimize engineering processes and solutions.

Examine the varied roles engineers play across different industries. Gain the ability to identify engineering challenges and develop essential STEM skills crucial for driving innovation.

Explore the fundamental aspects of technology, focusing on understanding system functions and outputs. Learners will identify essential features and comprehend the impacts of technology.

Explore various STEM career clusters, identifying occupations in science, technology, engineering, and mathematics. Enhance understanding of STEM fields to aid in career planning by analyzing professional pathways, skill requirements, and potential career trajectories within these sectors. Develop knowledge of industry trends and current opportunities to inform decision-making and goal setting. Focus on cultivating analytical skills, problem-solving abilities, and technological proficiency essential for success in STEM professions.

Explore essential engineering tools and technologies, understanding their applications and contributions to enhancing efficiency and product quality. Gain insight into optimizing processes and improving outcomes in various engineering contexts.

Engage with core concepts in science and mathematics through a series of 20 true/false questions designed to reinforce understanding of essential principles and calculations. Develop analytical skills and enhance knowledge of fundamental scientific ideas and mathematical computations.