INDUSTRIAL ENGINEERING and ELECTRONICS   Discuss briefly the inventions and significant technologies employed in each of the four Industrial Revolutions (Industry 1.0–Industry 4.0) and how they made people's lives simpler, particularly in terms of production and manufacturing.   Please explain clearly thank you.

How important is pursuit of monitoring and control driving force in engineering today?

What are the factors needed to consider in selecting engineering design? Enumerate and shortly discuss each.

A mortgage company classifies its borrowers into three categories: Low Risk, Medium Risk, and High Risk. From experience, the company knows that: • 2% of low risk borrowers eventually default on their mortgages. • 6% of medium risk borrowers eventually default on their mortgages. 13% of high risk borrowers eventually default on their mortgages. The mortgages for 132 high risk borrowers are put together into one portfolio. The company determines that they will profit on the portfolio as long as no more than 19% of borrowers with mortgages in the portfolio default. What is the probability that the company makes a profit on the portfolio? Round your answer to 4 decimal places.

Write an article describing possible data and big data analytics to the Mechanical Engineering program. Cite at least two specific and latest examples of these applications. Provide the emerging applications of big data analytics in engineering. Provide images

The shape of a discus aids the thrower by facilitating   Question 6 options:   aerodynamic friction and stability from angular momentum   aerodynamic lift and stability from angular momentum   aerodynamic lift and stability from linear momentum   aerodynamic friction and stability from Linear momentum

2. Which of the following comes as the first step in an engineering design process? A. Gathering needed information B. Evaluation and selection of preferred solution C. Preparation of reports, plans, and specifications D. Identification of the problem

P2 Explain the relevance of manufacturing systems engineering to the design of a manufacturing system

What exactly does "MEEN" engineering stand for, and how does it function? I would appreciate it if you could give me a quick explanation of what it is and how it works so that I can better comprehend it.

What are major differences between engineering knowledge and scientific knowledge in Walter Vincenti’s analysis?  (Use his historical study of the “Davis wing” to illustrate these differences.)