Identifying Problems Lessons

Explore the fundamentals of the Engineering Design Process to understand its application in solving everyday problems. Gain insights into the cyclical nature of engineering design and develop skills essential for envisioning and implementing effective solutions.

Explore the distinct roles and complementary nature of scientists and engineers, focusing on how scientific discoveries lead to innovative technologies through collaboration. Gain insights into critical thinking and problem-solving strategies that facilitate the understanding and application of scientific and engineering principles in real-world situations.

Explore numbers and operations by focusing on place value, prime factors, and rounding to build a foundational understanding of mathematical concepts. Develop skills to analyze numbers, understand their components, and apply these principles to solve practical problems.

Explore the fundamentals of engineering design with a focus on understanding and applying the engineering design process to analyze patterns of movement in transportation. Develop skills in identifying, applying, and demonstrating the engineering design process, gaining insights into practical problem-solving and innovative thinking.

Explore the structured steps of the design process in engineering, covering everything from identifying problems to communicating solutions. Enhance problem-solving skills through the iterative nature of design, preparing for real-world engineering challenges.

Students will improve their ability to address fractions in word problems by identifying necessary mathematical operations and understanding their practical applications in diverse contexts. Skills in solving problems using addition, subtraction, multiplication, and division of fractions will be developed, enhancing mathematical reasoning and problem-solving capabilities.

Explore the diverse roles and responsibilities of engineers, focusing on their development of solutions to complex problems and enhancement of safety through technological innovations. Gain an understanding of practical engineering applications, and acquire the ability to identify and implement problem-solving strategies in real-world contexts.

Engage in exercises that emphasize multi-step mathematical operations. These tasks develop the ability to deconstruct complex problems into manageable parts, enhancing reasoning and analytical skills.

Learn the fundamental concepts of fractions with a focus on identifying and converting improper fractions and mixed numbers. Develop the ability to distinguish between different types of fractions and confidently transform them. This enhances mathematical problem-solving skills and proficiency in fraction conversion.

Guidance is provided through the phases of the design process, focusing on testing methods, such as prototyping and evaluating engineering solutions. Developing the ability to plan, create, and test prototypes while fostering skills to understand the role of design engineers in technological innovation is emphasized.

Explore core engineering and design principles, focusing on prototype development, using science and math to address challenges, and understanding engineering standards. Gain insights into how engineers create solutions and enhance designs, while developing skills in applying scientific principles and effective problem-solving strategies.

Focus on developing critical thinking by engaging in exercises that emphasize problem identification and solution analysis. Gain the ability to systematically approach problems and devise effective solutions.

Engage with the core concepts of forces and motion, concentrating on dynamics and their practical implications. Gain essential problem-solving and critical thinking abilities by learning how forces influence motion and analyzing real-world engineering scenarios.

Gain a comprehensive understanding of the engineering design process, covering stages from problem identification to solution implementation. Develop skills in formulating effective solutions, assessing technological impacts, and refining designs through testing and modifications.

Focus is on introducing key scientific vocabulary and concepts suitable for 5th and 6th-grade students. Learners will develop a foundational understanding of scientific processes and terminology, enhancing their ability to explore and articulate scientific ideas and principles.

Learn the foundational steps and principles of the scientific method, enhancing problem-solving capabilities and the investigation of questions. This process aids in the development of critical thinking and scientific reasoning skills.

Students will explore essential STEM concepts, gaining insights into Science, Technology, Engineering, and Math. They will identify significant aspects of each field and understand the interconnections among them, sharpening their problem-solving and analytical skills.

Offers an overview of civil, mechanical, and software engineering. Learners acquire foundational knowledge of each field's core responsibilities and skills, enhancing their understanding of problem-solving and design processes within engineering contexts.

Focus on identifying and understanding the main idea from text excerpts, such as making pizza and the reality of TV shows. Develop skills in recognizing key themes and supporting details, crucial for academic reading and critical analysis.

Explore key story elements through characters and conflicts in children's literature, enhancing analytical skills by examining character motivations and the resolution of story conflicts.