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Show Technology Engineering Graphics Mathematics 106. Two 1-hour lectures and two 3-hour labs a week. S 267. Reinforced Concrete Design Applied (Formerly Pre-Architecture 106) (4) Design and control of concrete mixtures, area footings and sizes and strength of reinforced columns. Prerequisite: Mathematics 106. One hour lecture and three 3-hour labs a week. S 289. Cooperative Work Experience (1-3) Open to all second year majors in Engineering Graphics upon approval of the department chairman. The course will be developed between the student, the program director, and a suitable employer providing the opportunity for on-the-job experience. One to three credit hours a quarter: may be repeated for a maximum of 9 credit hours. A W S Su The Engineering Graphics program offers four areas of specialization for design-drafting majors. Upon completion of the first year courses, the student may choose between Electro-Mechanical, Tool Design, Civil and Architectural Technology programs. The first year program is a basic program intended to provide the individual with (he background and experience necessary to enter the sophomore year or to gain entry level employment. Courses in the second year are organized to develop the student's technical knowledge and skills in a specific area. The programs are as follows: Engineering Graphics (Example Only) Specialization: Electro-Mechanical Drafting Freshman Year Courses Credits Engineering Graphics 142, 143, 144, 145, 266 19 Related Tech. Education 114, 115, 117.. 15 English 101 3 M. E. T. 132 3 Machine Tool 127 3 Humanities 3 46 Sophomore Year Courses Credits Engineering Graphics 225, 215, 235 11 Electronics Technology 110 3 Physical Science* 5 Social Science 5 Communication 232 3 Data Processing 260 3 Engineering Graphics 255 3 M. E .T. 246, 240, 456 9 Humanities 2 Life Science 5 49 ?Physics 111 is suggested to fulfill the Physical Science requirements. Engineering Graphics (Example Only) Specialization: Tool Design Freshman Year Courses Credits Engineering Graphics 142, 143, 144 12 Engineering Graphics 145, 266 7 Related Tech. Education 114, 115, 117 15 English 101 3 M. E ,T. 132 3 Machine Tool 127 3 Humanities 3 46 Sophomore Year Courses Credits Engineering Graphics 225, 255 7 ?Physical Science 5 Communication 232 3 Data Processing 260 3 Humanities 2 M .E .T. 236, 240, 246 10 Social Science 5 Life Science 5 M. E .T. 301, 302, 303 9 49 ?Physics 111 is suggested to fulfill the Physical Science requirements. 214 Technology Machine Tool Engineering Graphics (Example Only) Specialization: Civil Drafting Freshman Year Courses Credits Engineering Graphics 142, 143, 144 12 Related Tech. Education 114, 115, 11715 English 101 3 Photography 101 5 Geology 111 5 Engineering Graphics 147, 150 6 Technical Elective 3 49 Sophomore Year Courses Credits Engineering Graphics 245 5 Engineering Graphics 204, 206 7 Geography 340 3 Art 105 3 Geology 341 3 M. E. T. 240 3 Engineering Graphics 255 3 Botany 341 4 Engineering Graphics 266 4 Data Processing 260 3 Technical Electives* 6 44 *To be approved by adviser. Engineering Graphics (Example Only) Specialization: Architectural Technology Freshman Year Courses Credits Art 105 3 Engineering Graphics 142, 143, 144 12 English 101. 102 6 Related Tech. Education 113, 114, 116 15 Engineering Graphics 150 3 Communication 232 3 Engineering Graphics 148, 149 5 47 Sophomore Year Courses Credits Engineering Graphics 261 or Art 101 3 Engineering Graphics 260, 264 6 Engineering Graphics 266 4 Economics 101 5 Engineering Graphics 265, 166, 267 12 Engineering Graphics 215 5 Geology 101 5 Engineering Graphics 204 4 Engineering Graphics 255 3 Elective 3 50 MACHINE TOOL PROGRAM This curriculum is offered to students who are seeking, as a vocational objective, jobs in the metal machining and related occupations. It is the intent of the program to prepare students for entrance into the occupations of machine tool operator, machinist, maintenance machinist, machine set-up operator, tool and die maker, and numerical control machine operator and programmer. Upon completing the program, the student will receive a certificate of completion. Certificates of skill proficiency will be issued for agreed upon achievement levels within the program. COURSES OF INSTRUCTION 100. Machining Principles (5) Tool grinding, metal cutting, measurements, lathe operations. Five lectures. A W S 101. Machine Process (5) Fundamental lathe and drill press operations and bench work. Five 3-hour labs a week. A W S 102. Machining Principles (5) Precision drilling, boring, and shaping of metals with respect to various machines and their cutting tools. Prerequisite: Machine Tool 100. Five lectures. A W S 103. Machine Processes (5) Fundamental milling machine, advanced lathe and drilling operations. Prerequisite: Machine Tool 101. Five 3-hour labs a week. AWS 104. Machining Principles (5) Fundamentals in heat treatment of metals: grinding principles involved in surface grinding, cylindrical grinding, internal grinding, tool and cutter grinding. Prerequisite: Machine Tool 102. Five lectures. AWS 105. Machine Processes (5) Heat treatment of metal parts and tools; sur- 215 |
