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Course Descriptions
2015-2016 Catalog
Manufacturing Technology
MANUFACTURING TECHNOLOGY (MFGT)
19V
COOPERATIVE WORK EXPERIENCE
– MANUFACTURING TECHNOLOGY
1-8 units. (Pass/No Pass)
PREREQUISITES: Manufacturing Technology
62 or 82.
Supervised employment, directly related to student’s
major. Students earn units using the following formula: for
paid work, 75 hours = 1 unit; for volunteer work, 60 hours = 1
unit. Students may earn a total of 16 units inWork Experience
of which only 6 may be in COTR 19G. (A, CSU)
21
BLUEPRINT READING
2 units, 2 lecture hours, .5 lab hour. (Pass/No
Pass)
PREQUISITES: Industrial Technology 205.
Techniques of graphic interpretation, technical
sketching, reading pictorial drawings and dimensioning
systems. (A, CSU)
22 INDUSTRIAL MATERIALS
2 units, 2 lecture hours, .5 lab hour. (Pass/No
Pass)
PREREQUISITES: Industrial Technology 205.
Selection / identification of steels, non-ferrous metals
and other industrial materials. Heat treatment processes,
hardness testing, working characteristics of materials and
workplace applications for each, Adhesives/fillers, Material
shearing / forming. (A, CSU)
23
ELECTRICITY
2 units, 2 lecture hours, .5 lab hour. (Pass/No
Pass)
PREQUISITES: Industrial Technology 205.
The study of basic energy sources developed for
commercial/manufacturing use. Methods that are used to
measure potential difference and power, residential and
industrial safety. Basic electrical codes, wire, and industrial
troubleshooting. Basic shop electrical repairs and installations.
(A, CSU)
24
HYDRAULICS
2 units, 2 lecture hours, .5 lab hour. (Pass/No
Pass)
PREQUISITES: Industrial Technology 205.
The basic principles of fluid power, hydraulic
sources, controls, systems and hydraulic components. Specific
safety regulations in the design and application of hydraulic
equipment will be explored. (A, CSU)
60 INTRODUCTION TO WELDING
6 units, 4 lecture hours, 5.5 lab hours. (Pass/
No Pass)
PREREQUISITES: Industrial Technology 205.
This course is a combination of basic gas welding
and basic arc welding. Topics used for class activities include
safety procedures needed to work in school and industrial
shops, oxyacetylene welding of steel sheet and pipe in various
positions, brazing, flame cutting, shielded metal arc welding
(stick) and gas metal arc welding (MIG) of various joint
designs and with a variety of electrode types in flat and
horizontal positions. There will also be a brief intro into flux
cored arc welding and gas tungsten arc welding (TIG). (A,
CSU)
61 INTERMEDIATE WELDING
4 units, 1.5 lecture hours, 8 lab hours. (Pass/
No Pass)
PREREQUISITES: Manufacturing Technology 60
or equivalent course or verified work experience in the field.
Continuation of SMAW and GMAW processes
as well as a more in-depth introduction to the FCAW (flux
cored), and GTAW (Tig) processes. Welding will be done in
all positions and with steel, stainless steel, and aluminum.
Continuation of OFC (oxy-fuel cutting), plasma cutting, and
carbon air arc gouging. Students will also discuss résumés, job
applications, interviewing skills, and employer expectations.
(A, CSU)
62 ADVANCED WELDING
4 units, 1.5 lecture hours, 8 lab hours. (Pass/
No Pass)
PREREQUISITES: Manufacturing Technology 61
or equivalent course or verified work experience in the field.
Advanced welding practices using SMAW, GMAW,
GTAW, and FCAW. Objectives will be completed in flat,
horizontal, vertical, and overhead positions on steel, aluminum,
and stainless steel. A general overview of inspection, testing,
and certification, as well as general fabrication design, cost
and construction will be covered. (A, CSU)
63 WELDING CERTIFICATION
PREPARATION
(FORMERLY MFGT 33B)
1 unit, 3 lab hours. (Pass/No Pass)
PREREQUISITES: Manufacturing Technology 62.
Continued practice on out-of-position welding
leading to AWS certification exam. (A, CSU)