Engineers Are Big R&D Spenders - Chemical & Engineering News

Nov 6, 2010 - 25% of all collegiate spending for research is done by engineering schools, NSF study shows. Chem. Eng. News ... The survey covers resea...
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RESEARCH

Electrical

General Aeronautical

Chemical Mechanical

Source: National Science Foundation

Civil, Sanitary

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Engineers Are Big R&D Spenders 15F/o of all collegiate spending for research is done by engineering schools, NSF study shows XINGINEERING SCHOOLS s p e n d

heavily

for research. Their share of the $ 3 0 0 million college a n d university research pie: almost $ 7 5 million, or 2 5 % . Nearly $ 5 5 million of this comes from the Federal Government. Much of this research is centered in electrical and aeronautical engineering, w i t h chemical engineering ranking a p o o r fifth, says a National Science F o u n d a tion survey. T h e survey covers r e search activities in 127 engineering schools for t h e year 1953—54. Separately budgeted research funds, derived from sources such as Government, industry, foundations, a n d grants, add up t o nearly $65 million, with t h e Government accounting for over four fifths. I n t h e nonfederal category, i n dustry supplied the major share w i t h over $6 million. Contracts with the Defense D e p a r t ment account for most of t h e government money, some $48 million. T h e Atomic Energy Commission is a distant second with $4 miïlion. • W h e r e t h e Money Goes. T o p spending honors go to electrical engi-

neering, with nearly $ 1 5 million in separately b u d g e t e d funds. Aeronautical engineering runs a close second with $12.6 million. Chemical engineering? F a r down the list w i t h only $3.6 million. Separately b u d g e t e d spending for all kinds of engineering research totals $54.1 million. All t h e money doesn't go for engineering research, though. " A relatively high p e r c e n t a g e " or 1 6 % of the funds goes for research in t h e physical sciences: • Physics—$3.5 million. • Chemistry—$2.5 million. • All other physical sciences—$4.3 million. On a percentage basis, less government money went into chemical engineering than any of the other t o p five categories. Only two thirds of t h e money spent on chemical engineering came from t h e Government, while Uncle Sam p u t up nearly 9 7 % of t h e electrical engineering research funds and over 9 4 % of t h e aeronautical r e search money. A n d as w i t h engineer-

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ing research, relatively fewer govern­ ment dollars found their way to research in chemistry. Indecisive best describes the basic vs. applied battle for the research dol­ lar. Applied research has a slight edge, with 5 5 % of the total separately bud­ geted kitty. Nonfederal money leaned a bit more heavily toward applied re­ search (58%), but again the margin is narrow. Differing interpretations of definition cloud the issue somewhat, says NSF. Most engineering schools have rela­ tively small separately budgeted ex­ penditures. This is pretty much the situation with colleges and universities as a whole, says NSF. But a few schools loom large on this score: 18 out of 109 schools ran over the $1 million mark. Two were over $5 million. Once again, federal money casts a big shadow. The schools reporting the larger amounts for research got the money from the Government. Only two schools got $1 million or more from nongovernment sources, while 15 got $1 mdlion or more from federal sources, reports NSF.

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been isolated from the cortex (outer layer) of the horse kidney by investiga­ tors at Harvard medical school and Peter Bent Brigham Hospital. The ex­ act physiological function of the cad­ mium has not yet been determined, but its presence, the researchers say, bears out an earlier hypothesis that cad­ mium, like zinc, should be part of nat­ urally-occurring protein molecules. The metal has never before shown any biological importance. • A new antibiotic which may prove effective against stubborn germs has been developed by Bristol Laboratories of Syracuse, Ν. Υ. Bristol scientists told the Fifth Annual Symposium on Antibiotics that this drug, called telomycin, is extremely potent against gram-positive bacteria, a class which includes staphylococci, streptococci, pneumoeocei, and diplococci. It has proved a better weapon than either penicillin or erythromycin in combatting staphylococci, the germs which cause bails, pneumonia, blood poisoning, and severe diarrheas. So far, telomycin has been tested only against infections in mice.