Prototype Testing Interactive Videos

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 key steps of the engineering process, focusing on problem definition, prototyping, and evaluation. Gain insights into the iterative nature of design, emphasizing the importance of testing and refining solutions for improved outcomes.

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.

Explore the distinctions between the scientific method and the engineering design process, using practical examples such as bird watching to illustrate each approach. Gain insights into selecting the appropriate method for diverse projects, enhancing critical thinking and problem-solving skills in science and engineering contexts.

An exploration of the comprehensive engineering process highlights designing, prototyping, and testing solutions to practical problems. Learners develop problem-solving skills and understand the importance of iteration and evaluation to effectively enhance solutions.

Investigate the distinctions and applications of the scientific method and the engineering design process. Enhance the ability to distinguish between these methodologies and apply them effectively in scientific and engineering contexts.

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.

Exploring the engineering design process through a creative approach, learners will engage in problem-solving, prototyping, and iterative improvements. The focus is on developing skills in identifying and defining needs, refining designs based on feedback, and applying these concepts to real-world scenarios.

Explore the engineering design process by focusing on steps such as identifying needs, brainstorming solutions, and prototyping. Develop critical thinking abilities by engaging in iterative design and optimization of engineering solutions.

Engage in an exciting exploration of the Engineering Design Process, navigating from problem definition to prototype testing. Develop critical problem-solving skills and acquire practical insights into crafting effective solutions, emphasizing the importance of iteration and communication in engineering projects.

Explore the systematic engineering process, including problem definition, research, solution development, prototype construction, and outcome evaluation. Gain insights into engineering methodologies, enhance problem-solving abilities, and understand the significance of iteration and learning from failure in driving innovation.

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.

Examine the engineering design process with a focus on essential questions and the role of variables in problem-solving. Understand how to define problems, identify variables that can be solved, and refine solutions through iterative testing. Enhance analytical and critical thinking skills within practical engineering contexts.

Investigate the process of designing a robot to master rock skipping, focusing on factors like the angle of the rock and its spin for achieving optimal results. Gain insights into the engineering design process, enhancing skills in prototyping and experimentation with physical models.

Focuses on the Design Thinking process by highlighting steps and strategies for innovative problem-solving across various contexts. Learners will develop skills to empathize with users, clearly define problems, and generate effective solutions. The process includes testing and refining prototypes based on feedback to enhance outcomes.

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 engineering problem-solving by engaging in a robot design challenge aimed at retrieving objects from challenging locations. Master skills in defining problems, crafting potential solutions, and testing prototypes to effectively tackle real-world engineering challenges.

Children will gain an introduction to fundamental engineering concepts by exploring the roles of various types of engineers and understanding the engineering process. They will learn problem-solving techniques used in engineering, identify criteria for effective solutions, and recognize the importance of rigorously testing prototypes.

Key concepts of innovation involve the generation and refinement of ideas, prototype testing, and the crucial role of feedback. Learners will develop skills in creative problem-solving, gain an understanding of participation in the innovation process, and enhance designs through iterative testing.

Examine the concluding phases of developing new products, concentrating on prototyping, the creation of a Minimum Viable Product (MVP), and conducting market tests. Develop an understanding of refining product features, collecting and analyzing feedback, and evaluating customer reactions to successfully introduce new products. Focus on identifying key learning outcomes and acquiring the skills necessary for a successful product launch.