Engineering Pathways Quizzes

Learn essential steps in the engineering design process by focusing on setting success criteria and prototyping. Develop critical problem-solving and design skills to enhance understanding and application of engineering principles.

Explore the Engineering Design Process by developing solutions through iterative prototyping and testing. Gain skills in defining criteria, evaluating prototypes, and improving designs.

Examine the movement of energy and matter through ecosystems through processes such as photosynthesis and nitrogen cycling. Develop skills in identifying carbon-oxygen cycles and evaluating human impacts on ecosystems.

Focus on engineering concepts such as design, construction, and system thinking, while developing problem-solving skills applicable to real-world engineering scenarios.

Examine the systematic steps of the engineering design process, with a focus on effective problem-solving and generating innovative ideas. Understand how to create and evaluate practical solutions by applying structured techniques. Enhance skills in critical analysis, creative thinking, and solution testing to improve outcomes in engineering projects.

Learn to identify and control variables to improve engineering outcomes by conducting well-designed experiments. Develop the ability to evaluate engineering solutions effectively through the application of these skills.

Explore the steps of the Engineering Design Process, emphasizing task analysis and solution brainstorming. Identify constraints and plan effective designs.

Explore the integration of science and math in engineering through problem-solving processes and practical applications. Enhance analytical skills and understand technology's role in fostering innovation.

Investigate the engineering design process through practical questions in bioengineering and technology applications to develop problem-solving skills and a comprehensive understanding of the impacts of technology.

Explore the fundamental concepts of structural engineering, focusing on the analysis and application of forces, geometric shapes, and support systems. Develop expertise in implementing tension, compression, and blueprint design skills, tailored towards enhancing proficiency in structural analysis and design.

Explore essential concepts in robotics and mechanical engineering by engaging in challenges and problem-solving tasks. Develop skills in recognizing engineers, understanding design processes, and exploring technical innovations.

Explore key flight mechanics concepts such as drag, lift, thrust, and weight, integral to engineering principles. Gain skills in identifying forces and understanding the engineering design process, enhancing knowledge of how these principles apply in real-world scenarios.