Engineering And Technology 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 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.

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

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 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 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.

Gain expertise in managing engineering notebooks with a focus on best practices and essential procedures. Master documentation skills and understand key engineering design principles for effective project management and communication.

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Investigate the impact of engineering achievements on societal development, spanning from ancient architectural wonders to contemporary technological innovations. Comprehend how various technologies contribute to societal progress.

Engage with core engineering and technology principles by focusing on systems vocabulary, including algorithms and hardware. Develop proficiency in identifying and articulating essential technological components.

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Investigate the role of constraints in driving creativity and innovation by examining cases such as the development and mission of the Curiosity rover. Understand how limitations can lead to creative solutions in addressing complex real-world challenges. Develop skills in problem-solving and innovative thinking by exploring ways constraints can be transformed into opportunities for breakthrough advancements.

Study the core principles of 3D modeling in engineering with an emphasis on sketching and sketch-related tools. Gain the ability to apply these concepts effectively in practical situations.

Investigate the essential factors for evaluating engineering degrees, exploring distinct specializations such as Aerospace and Software Engineering. Understand how these fields impact career adaptability and their relevance in today's industry.

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.