Engineering Design Process: From Problem to Solution

Engineering Design Process

From Problem to Solution

Engineering Design Process

Engineers use science, math and creativity to solve problems. They follow a 3-phase engineering design process: define the problem, develop possible solutions, and optimize the design solution. Examples of problems with technology and transportation that need solving.

Multiple Choice

What is the 3-phase engineering design process followed by engineers?

• Define the problem, develop possible solutions, and optimize the design solution

• Analyze the problem, brainstorm ideas, and implement the solution

• Research the problem, test possible solutions, and finalize the design

• Identify the problem, evaluate potential solutions, and implement the best design

3-Phase Engineering Design Process

Trivia: The 3-phase engineering design process followed by engineers includes:

• Defining the problem
• Developing possible solutions
• Optimizing the design solution

This iterative process ensures a systematic approach to problem-solving and innovation.

Engineering Design Process

From Problem to Solution: 1. Identify a problem with sports equipment 2. Brainstorm ideas to solve the problem 3. Research the problem 4. Communicate design ideas to others

Multiple Choice

What is the third step in the Engineering Design Process?

• Identify a problem with sports equipment

• Brainstorm ideas to solve the problem

• Research the problem

• Communicate design ideas to others.

Engineering Design Process

Trivia: The third step in the Engineering Design Process is to Research the problem. This step involves gathering information, analyzing data, and understanding the problem at hand. It helps engineers gain insights and identify potential solutions. Research is a crucial part of the design process as it lays the foundation for creating effective and innovative solutions.

Engineering Design Process

From Problem to Solution: Examples of transportation problems: Too much traffic on the freeway, Too much time spent waiting for the bus, Too much air pollution from cars. Examples of sports equipment problems: Sports equipment is expensive, Helmets hurt players' heads, Running shoes wear out quickly. Ideas to solve these problems: Shaking a phone to charge it when low on battery, Using electr

Multiple Choice

What are some examples of transportation problems mentioned in the text?

• Too much traffic on the freeway

• Sports equipment is expensive

• Helmets hurt players' heads

• Running shoes wear out quickly

Transportation Problems

Trivia: Did you know that one of the transportation problems mentioned in the text is too much traffic on the freeway? Other examples include expensive sports equipment, helmets hurting players' heads, and running shoes wearing out quickly.

Engineering Design Process

From Problem to Solution: Designing ic flying drones to transport people above traffic and making helmets out of lightweight carbon fiber. Research methods include using online/print resources, interviewing experts, and testing products. Design ideas can be communicated through drawing/sketching, presentations, meetings, websites, and articles/blog posts.

Multiple Choice

What research methods can be used in the engineering design process?

• Using online/print resources

• Conducting surveys

• Analyzing data from experiments

• Observing natural phenomena

Research Methods

Trivia: Did you know that engineers use various research methods in the design process? Some of these methods include using online/print resources, conducting surveys, analyzing data from experiments, and observing natural phenomena. These methods help engineers gather information, test hypotheses, and make informed design decisions.