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Show 196 DEPARTMENT OF WELDING TECHNOLOGY Howard M. Johnson The welding technology curriculum is designed for the student who desires to continue his education in a senior institution. It also prepares the student for employment after completion of two years of training. Welding Technology CURRICULUM Course Description Credit Basic English 1 English Essentials 3 Requirements Health Education 1 Personal Hygiene 2 Mathematics 81 Applied Mathematics 5 Orientation 11 Freshman Orientation 2 Physical Education 3 selected Activities 3 Major Field Welding 51-56 Shop practice 30 Requirements Welding 61-66 Trade Technical 30 Related Welding 57 Specialization Course 5 Requirements... ...Welding 67 Specialization in Theory 5 Tech. Education 87 Machine Shop 2 Tech. Education 21, 22 Mech. Drawing 4 Recommended Chemistry 81 Applied Chemistry 3 Electives Economics 82 Applied Geometry 4 Sociology 21 Social Relationships 3 Tech. Ed. 81 Vocational Science 3 Tech. Ed. 84 Industrial Safety o Tech. Ed. 86 Basic Too] Processes 2 Art 1 Elementary Design 3 COURES OF INSTRUCTION Shop Practice 51. Oxy-Acetylene Welding. This course includes the basic fundamentals of fusion welding and cutting. The welding of ferris and non-ferris metals, the use of various fluxes, and the use of related equipment to the gas welding process. Five quarter hours. Autumn. Staff 52. Oxy-Acetylene Welding. A continuation of 51. The oxy- acetylene process in production of joint design in sheet steel, plate steel, pipe welding, and structural tubing. The oxy-acetylene process in repair and hard-surfacing is emphasized. Five quarter hours. Winter. Staff 53. Oxy-Acetylene Welding. A continuation of 52. Advanced work in the oxy-acetylene welding processes. Inspection and testing, annealing and flame hardening process, and developing those qualifications related to the needs of industry. Field trips are taken to the industrial sections of the state. Five quarter hours. Spring. Staff 197 54. Arc Welding. Arc welding of different gauge sheet steel. Striking the arc, controlling the bead, selecting amperage and proper rod for the job, joining two pieces together by butt weld. Fillet weld and lap weld are skills mastered in course. Five quarter hours. Autumn. Staff 55. Arc Welding. A continution of 54. Arc welding of vertical horizontal and overhead welding, along with welding heavy gauge steel. Some cast iron and pipe welding. Five quarter hours. Winter. Staff 56. Arc Welding. A continuation of 55. Welding of heavy structural steel, welding of heavy castings, stainless steels, and steel alloys. Five quarter hours. Spring. Staff 57. Specialization Course in Welding. Advanced work in the various phases of welding. Five quarter hours. Autumn, Winter, Spring, Summer. Staff 59. General Course in Welding. Project work in the various phases of welding. Two to five quarter hours. Autumn, Winter, Spring, Summer. Staff Trade Technical 61. Acetylene Welding. The scope and application of oxy- acetylene flame. Historical development and processes of manufacturing oxygen and acetylene. The oxy-acetylene flame. Equipment for the welding process. Set up and operation of equipment, along with general precaution in welding and cutting work are discussed and studied. Welding rods and their applications. Five quarter hours. Autumn. Staff 62. Acetylene Welding. A continuation of 61. A study of metal properties important to welding, tests for identifying metal and preparation for welding, expansion, and contraction of metals, oxy- acetylene welding of ferrous alloys such as fusion welding, sheet steel, mild steel plate, welding steel pipe, welding alloy steels, and welding cast iron. Five quarter hours. Winter. Staff 63. Acetylene Welding. A continuation of 62. A study of the principles of bronze welding; also welding chromium, nickle, steel; commercial aspects of welding iron and steel. Oxy-acetylene welding of non-ferrous alloys, aluminum, commep, nickle alloys, magnesium, lead, hard surfacing, and other applications are studied. Five quarter hours. Spring. Staff 64. Arc Welding. The scope and application of arc of electric welding, setting up of apparatus, proper techniques of striking the arc, the equipment, care and operation of equipment, general precautions in arc welding, welding rods, and their applications, along with some techniques such as bead weld, flat position, continuous uniform head welds, beading and build up. Five quarter hours. Autumn. otaff |