Engineering ENGIN-140 Plane Surveying
ENGIN-166 Manufacturing Processes: Material Machining II
3 units SC • 54 hours lecture/54 hours laboratory per term • Prerequisite: MATH-121 or equivalent • Note: Same as CONST-116
2 units LR • 18 hours lecture/54 hours laboratory per term
This course covers the principles and practices of surveying including measurement of distances, directions and elevations; measuring standards; introduction to electronic measurements and metric units; calibration, systematic and random-error analysis; traverse calculations; use and care of surveying instruments including tapes, transits, and levels; GPS measurements; map reading; horizontal and vertical curves and mapping. CSU, UC
ENGIN-150 Topics in Engineering .3-4 units SC • Variable hours
A supplemental course in engineering designed to provide a study of the current concepts and problems in engineering. Specific topics will be announced in the schedule of classes. CSU
ENGIN-160 Introduction to Manufacturing
3 units LR • 54 hours lecture/54 hours laboratory per term • Recommended: ENGIN-120 and ENGIN-121 or equivalents
This course will include in-depth coverage of precision measuring and inspection practices. Topics include advanced lathe and vertical milling machine operations; surface grinder, thread cutting, boring on lathes and vertical milling machines. Techniques of machining ferrous and non-ferrous metals, plastics and ceramics will be covered. CSU
ENGIN-170 Introduction to Machine Technology 4 units LR • 54 hours lecture/54 hours laboratory per term
This course will cover the practical and theoretical aspects of machine tool processes. Students are instructed in the correct and safe use of hand tools, deburring equipment, basic blueprint interpretation, measuring instruments and gauges, layout and inspection techniques, and metals identification. Instruction will include the set-up and operation of the drill press, band saw and pedestal grinder, and types of uses of abrasives. Students are introduced to simple lathe and milling machine operation and set-ups. CSU
ENGIN-171 Machine Processes II
3 units LR • 36 hours lecture/72 hours laboratory per term • Recommended: ENGIN-170 or equivalent
This course will cover production and manufacturing techniques of metals, alloys and polymers. Students will learn techniques of casting, forming, forging, extrusion and sintering of materials. Blueprint reading, the use of measuring instruments and gauges, layout techniques and material removal using machine tools will also be covered. Instruction will include the set-up and operation of machine shop equipment. Principles of quality control and quality assurance with special emphasis on ANSI Y14 standards will be covered. CSU
This course will include in-depth coverage of precision measuring and inspection practices, advanced lathe and vertical milling machine operations and surface grinder operation. Thread theory, thread nomenclature and thread forming methods, and boring on lathes and vertical milling machines will be covered. Selection of metals and introductory metallurgy will be presented. Basic principles of Computer Numerical Control (CNC) machining will be introduced. CSU
ENGIN-165 Manufacturing Processes: Material Machining I
ENGIN-172 Introduction to Computer Numerical Control
2 units LR • 18 hours lecture/54 hours laboratory per term
This course will cover the practical and theoretical aspects of machine tool processes. Students are instructed in the correct and safe use of hand tools; grinders; measuring instruments, gauges, layout and inspection techniques and metals identification. Instruction will include the set-up and operation of the drill press, band saw, pedestal and horizontal grinder; lathes and milling machines. CSU
236
PROGRAM/COURSE DESCRIPTIONS
3 units LR • 18 hours lecture/90 hours laboratory per term • Recommended: ENGIN-170 or equivalent • Note: Recommended: 1) Experience in lathe and vertical milling machines and their use; 2) Experience in using precision measuring tools
This course introduces students to Computer Numerical Control (CNC) machining including Computer Aided Design (CAD), Computer Aided Machining (CAM), software and G-code machine languages. Students will learn the design processes, geometry creation and 3D modeling needed for part creation. Students will take CNC programs and learn how to set up and operate CNC machines to fabricate parts. CSU
chapter four
DIABLO VALLEY COLLEGE
CATALOG 2014-2015