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john DenBoer

John DenBoer is a distinguished engineer renowned for his groundbreaking contributions to the field. With a deep understanding of problem-solving and technological advancements, DenBoer has significantly impacted various engineering disciplines. His work emphasizes sustainable practices and innovative solutions, influencing industries worldwide. Known for his expertise and dedication, DenBoer inspires future engineers through pioneering projects and a steadfast commitment to excellence. His legacy is marked by numerous accolades and a profound influence on modern engineering practices.

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john DenBoer

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  1. ENGINEERING PROCESS Let's learn about the steps! By- John DenBoer

  2. LEARNING OBJECTIVES • I can describe the steps of the engineering process. • I can identify a problem. • I can describe the process of brainstorming and how it is important to the engineering process. • I can describe how prioritizing, making trade-offs, and revisiting/retesting are important to developing solutions to problems. • I can develop and use models to help design solutions to problems or to represent structures or systems in nature.

  3. WHAT IS ENGINEERING? • Engineering is a branch of science that deals with designing and building solutions to problems. • It is essential to improving machines, electronics, structures, materials, and systems. • Scientists who use engineering to solve problems are called engineers.

  4. ASK DEFINE THE PROBLEM You must first identify the problem. A problem is a difficulty or a need that must be solved or overcome.

  5. IMAGINE BRAINSTORM SOLUTIONS Brainstorming is when you generate ideas and solutions. You should brainstorm multiple ways to solve the problem.

  6. PLAN CHOOSE THE SOLUTION After brainstorming, choose the best solution. Be sure to consider cost, benefits, risks, and feasibility when making your choice.

  7. CREATE BUILD AND TEST SOLUTION Make a model of your solution called a prototype. Evaluate your prototype to see if it works by testing it to see if it solves the problem.

  8. IMPROVE REDESIGN AS NEEDED After testing, redesign your prototype to improve it so it can solve the problem better. Remember to retest your solution.

  9. ANY QUESTIONS?

  10. JOHN DENBOER Visit My Website www.crunchbase.com/person/john-denboer-8dbe

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