Missouri University of Science and Technology - Rollamo Yearbook (Rolla, MO)

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0 ,pg-fax: Ja' 1. ...K .-:2f::1r'fr1:f?':--.Ss M as 0 ww.-' .' -s -+ 4,x','1x'?'2 e' 9'0 :7'I'2vl'?, 4:3127 , f 'xxst-Off. X ,s:,x:Qf,l,t,:.:,5.- X a ,, '. ,xox.xq.,........,: X v.a.,'.s. 9 ,Q -,',':s',',' 0 Q l 1 f :o','.f',' 0,-.-,-','.v',',o', K 5 -Q f ,go .',s', iq.3.'1-g.'g.w:-5 ,, y .3.-1.-.-3. ff v 6 QQI5 1.5 E060 NPI? I 'il i. 1 -L.. . O f 0 1. .034 mechanical, chemical, and electrical engineers would be hard press fl - f substitutes for the fire brick, cement, electrical porcelain, and abr Te'i ,e s ' is which the ceramic engineer makes. i -I6 l ' The student in the Ceramic Engineering course receives a w eclfi li basic course in chemistry, physics, and mathematics before branching ou into the various ceramic subjects. The 1T1OSt important of these is chemistry, since ceramics is vitally concerned with high-temperature chemistry, or the reactions which take place in various mixtures when they are heated to the extremely high temperatures usually employed. The basic sciences mentioned above constitute 40 per cent of the course, while the remaining 60 per cent is taken up with work in several specialized engineering subjects. The Missouri Clay Testing and Research Laboratories are operated in connection with the Ceramic Engineering Department, which allows ceramic students to gain an intimate knowledge of standard testing methods and research procedure. Out of approximately 1,600 ceramic engineers who have been graduated within the last forty years from American colleges, 51 per cent are employed in production as material and product-control and product-development engineers, 18 per cent are serving in executive capacities, 16 per cent work in research laboratories, 6 per cent are employed as sales engineers, 5 per cent teach in ceramic departments of colleges, and 4 per cent are engaged in the production of ceramic. art products. Gina!

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