Scientific Methods And Practices Interactive Videos

Explore the foundational concepts of statistics by focusing on measures of central tendency: mean, median, and mode. Gain the ability to calculate these measures and understand their significance in data set analysis.

Explore the iterative steps of the engineering design process with a focus on problem-solving and prototyping. Develop an understanding of design principles, enhance skills in identifying issues, and gain insights into developing and evaluating solutions.

Explore the core of scientific inquiry by examining the processes and principles that shape effective experimental design. Gain skills in identifying and controlling variables, and appreciate the collaborative and dynamic nature of science to establish a solid foundation in scientific thinking.

Explore the unique aspects of the scientific method and its role in defining scientific knowledge, highlighting key historical contributions that have shaped our understanding of science. Gain insights into the nature and processes of scientific inquiry, develop critical thinking skills, and understand the evolution of scientific theories.

Gain a foundational understanding of the scientific method by exploring key steps and objectives, with a focus on experimentation and observation. Learn to form hypotheses, conduct research, analyze results, and draw effective conclusions.

Explore the engineering design process, starting from problem observation to solution brainstorming and prototype refinement. Develop essential skills in identifying design challenges, creating prototypes, and iterating solutions for enhanced functionality.

Examine the engineering design process with emphasis on problem identification and conceptual design through the example of a truck suspension system. This study enables defining engineering problems, developing innovative design solutions, and employing 3D modeling techniques to verify design functions.

Explore the principles of experimental design by identifying and understanding independent and dependent variables, control groups, and constants. Develop skills in creating fair tests and interpreting scientific data accurately, enhancing the ability to conduct effective experiments.

Explore key aspects of the Engineering Design Process, focusing on foundational steps such as 'Ask,' 'Imagine,' 'Plan,' 'Create,' and 'Improve.' Develop problem-solving skills by learning how to brainstorm, plan solutions, and refine designs through practical applications.

Engage with the engineering design process by focusing on identifying problems, brainstorming solutions, prototyping, and testing. Acquire skills in recognizing real-world challenges, developing innovative solutions, and utilizing iterative design techniques effectively.

Study the core elements of the engineering design process, focusing on problem-solving methodologies and steps from drafts to design refinements. Gain a robust understanding of engineering principles and enhance creativity and analytical skills through practical challenges and real-world scenarios.

Understand the fundamentals of the engineering design process and its application to solving real-world challenges. Learn to differentiate the roles of engineers from those of scientists. Grasp key steps in the engineering design process, explore diverse engineering disciplines, and enhance creative problem-solving skills.

Learners are introduced to the engineering design process, emphasizing key steps such as brainstorming, prototyping, and evaluation within a STEM context. This fosters critical problem-solving abilities, comprehension of iterative design methodologies, and the application of these concepts through real-world examples.

Understand the foundational principles of experimental design by identifying variables, conducting trials, and analyzing results. Develop the ability to determine cause-and-effect relationships and apply these concepts to scientific investigations effectively.

Focusing on empathy, iterative cycles, and learning from failures in the engineering design process equips learners with critical skills in problem-solving and innovation. By understanding and defining problems, brainstorming potential solutions, and building prototypes, students enhance their ability to address challenges effectively and creatively.

Learners explore experimental design principles by investigating how varying different factors affects outcomes, focusing on controlling experiments and analyzing the impact of mass on the movement of objects. This approach provides skills in scientific analysis and critical thinking.

Investigate the fundamental principles and laws that underpin scientific inquiry, highlighting the differences between scientific and judicial laws. Study key principles such as Archimedes’ and Newton’s laws, and understand why scientific laws may evolve with new evidence, shaping the core of scientific knowledge. This learning experience aims to enhance comprehension of how scientific principles are formulated and adapted, fostering an appreciation for their role in the broader context of science.

Explore the intricacies of automation and its practical applications within the engineering design process. Gain insights into key automation techniques and their real-world applications, enhancing understanding of engineering principles.

Explore the essential stages of the engineering design process, including problem definition, solution brainstorming, and prototype testing. Gain insights into effective problem-solving strategies and develop the ability to create and evaluate innovative engineering solutions.

Examine systematic methods and evidence-based processes that characterize science, gaining insights into scientific methods. Understand the importance of making testable predictions to distinguish scientific knowledge from beliefs or opinions.