Technology — Machine Tool 6. Machining Principles—Fundamentals in heat treatment of metals, grinding principles involved in surface grinding, cylindrical grinding, internal grinding, tool and cutter grinding. Prerequisite: Machine Tool 4. Five laboratories S (5). Staff 27. Machine Shop—Basic fundamentals in the operation of lathes, drilling machines, milling machines, including bench work and layout. One lecture, two laboratories. A W S (3). Larson, Seager 51. Tool Building—Tool making and precision machining processes. Prerequisite: Machine Tool 5. Five laboratories. A (5). Staff 52. Tool Principles—Fundamental principles of tool making standards, scope, types of tooling, dies and tool grinding. Prerequisite: Machine Tool 6. Five lectures. A (5). Staff 53. Tool Building—Continuation of Machine Tool 51. Jigs and fixtures fabrication. Prerequisite: Machine Tool 51. Five laboratories. W (5). Staff 54. Tooling Principles—Types of drill jigs, milling, grinding and turning fixtures, standard parts, fitting of drill bushings. Prerequisite: Machine Tool 52. Five lectures. W (5). Staff 55. Tool Building—Production problems involving set-ups, operational sequence, attachments, special tools, jigs and fixtures Prerequisites: Machine Tool 53. Five laboratories. S (5). Staff 56. Tooling Principles—Production principles in setting up machines, operational sequence, attachments, tooling and gauging methods. Prerequisite: Machine Tool 54. Five lectures. S (5) Staff ■ Course Machine Tool 1, 3, 5 Machine Tool 2, 4, 6 Tech. Ed. 1 Tech. ED. 8, 9 Welding 65 Option Requirements MACHINE TOOL MAJOR (Example Only) Freshman Title Machine Processes Machining Principles Shop Mathematics Basic Drafting I, II Welding Processes -■ A 5 5 5 2 Selected W S 5 5 348 17 17 n Technology — Vocational Agriculture Sophomore Title A W S Tool Building Tooling Principles Selected 5 5 1 5 5 1 5 5 1 Personal Health 2 Selected 5 3 5 Course Machine Tool 51, 53, 55 Machine Tool 52, 54, 56 Physical Education Health Education Option Requirements 16 16 16 Students to be guided into an option based on their individual aptitudes and desires—such options available are tool and die fabrication, grinding, numerical control machining and programming, and shop supervision. VOCATIONAL AGRICULTURE This program is designed to meet the needs of the young farmer who is attempting to establish himself in the business of farming and who desires aid in acquiring skills and understanding which will help him make satisfactory progress in farming. During the spring, summer, and autumn, instruction is given at the individual farm of the young farmer. The practical farm work is thus coordinated with laboratory and classroom studies. Special farm visits are part of the total program. A Master Farmer Certificate is offered to those who qualify. The candidate for this certificate shall (1) be regularly registered in the Young Farmer Program in Vocational Agriculture; (2) have completed at least 6 credit hours of class instruction each year for five years, with not more than 15 credit hours in Farm Mechanics, and (3) have completed any additional requirements prescribed by the advisory and curriculum committees. In addition to the specific classes offered, the young farmer organization conducts monthly meetings at which programs of current interest in agriculture will be presented. Courses of Instruction 1. Farm Woodwork—Use of power equipment in building rurniture, feeders, coops, hog houses, gates, doors. Two labora- :ories. A (2). Staff 2. Farm Building Construction—In cooperation with farmer idvisory groups, the farmers solve building problems. Two labora- ories. A S (2). Staff 5. Farm Machine Construction—Designed to meet the needs )f the young farmer in the building of accessory farm equipment, uch as hay bale elevators, field bale loaders, utility trailers. Two aboratories. A W S (2). Stephens 349