This article focuses on the Apollo program that was a remarkable feat of engineering and a heroic human endeavor. It proved that mankind is not bound to Earth. The Apollo missions endowed us with a new sense of confidence in our intelligence and an awareness of our existence. Above all, the view of the graceful Earth from the moon inspired us to engineer better systems for our home planet. Apollo’s engineering leaders showed how to envision solutions to achieve objectives in a required time. Green engineering is developing clean energy and life systems that conserve Earth’s ecology. Clean energy can be obtained from the first elements of the universe, light and hydrogen. Energy from nuclear fusion leaves no hydrocarbon pollutants. Clean energy is also obtained from wind, celestial heat, biomass, and hydrocarbon matter before heavier Earth elements are entrained. Engineering is the application of human intelligence for the betterment of life. Engineers must not be satisfied with a role of merely making rote calculations. Rather, vision and leadership in developing and implementing new technologies should be provided that will allow perpetual use of the Earth and its resources.
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May 2002
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Earthrise
When the Leadership of Apollo Reached for the Moon, it Raised a New Set of Engineering Issues for us Back Here at Home.
Al Reisz, a Fellow of ASME, worked as a propulsion engineer on the development of the Saturn V rocket during the Apollo program. The Saturn V was developed under the direction of Wernher von Braun.
Mechanical Engineering. May 2002, 124(05): 42-46 (5 pages)
Published Online: May 1, 2002
Citation
Reisz, A. I. (May 1, 2002). "Earthrise." ASME. Mechanical Engineering. May 2002; 124(05): 42–46. https://doi.org/10.1115/1.2002-May-1
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