2012 - 2013 catalog - Delta College
2012 - 2013 catalog - Delta College
2012 - 2013 catalog - Delta College
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MS 230 Machine Tools III 4 Sem Hrs<br />
Prerequisities: MS 182 or SKTR-182 or permission of instructor. Trains<br />
in advanced set up and operation of various metal working machines<br />
to construct projects from engineering drawings. Trains in use of a<br />
variety of measuring instruments to take measurements of one ten<br />
thousandth of an inch or closer. Utilizes safety, materials, hand tools,<br />
precision measuring instruments, lathes, mills, flat surface grinders<br />
OD and ID surface grinders. Emphasizes jigs, fixturing, part location,<br />
speeds and feeds. (0-90)<br />
MS 290-299<br />
Special Projects in Machine Tool<br />
Operations<br />
Mechanical Technology<br />
MT 110 Machine Tool Calculations 4 Sem Hrs<br />
Prerequisite: Math Level 4. Includes the following geometry topics:<br />
angles, triangles, polygons, circles, prisms, cylinders, and cones.<br />
Includes right-triangle trigonometry, radian measure, oblique-triangle<br />
trigonometry, and graphs of trigonometric functions. May receive credit<br />
in only one of the following: MTH 103, SKMA 103 or MT 110. (60-0)<br />
MT 151 Power Transmission 3 Sem Hrs<br />
Prerequisite: MATH LEVEL 5: Identifies and explains safety rules,<br />
regulations, test procedures, installation, removal, and operation of<br />
belt drives, chain drives, mechanical couplings, and mechanical drive<br />
systems. Demonstrates the concepts of shaft alignment. Credit may be<br />
earned in MT 151 or SKMT 151 but not both. (30-15)<br />
MT 161 Industrial Rigging and Safety 2 Sem Hrs<br />
Prerequisite: MATH LEVEL 3. Studies the methods of safe transfer of<br />
loads and provides comprehensive, easy to understand, and reliable<br />
information of the entire field of rigging operations. Discusses techniques<br />
and methods to accomplish the rigger’s task with the greatest safety for<br />
all of the workers on a project, as well as for passers-by and the public<br />
in general. Identifies sources of, organizes, and describes safety rules,<br />
regulations and practices related to job-site hazards, personal protective<br />
equipment, aerial work, hazard communication, and electrical safety.<br />
Credit may be earned in MT 161 or SKMT 161 but not both. (15-15)<br />
MT 220 Hydraulics & Pneumatics I 3 Sem Hrs<br />
Prerequisite: MATH LEVEL 6 or permission of instructor. Focuses on the<br />
operation and function of fluids, pumps, compressors, valves, cylinders,<br />
motors, filters, and other components used in the power and control of<br />
machine tools, construction and agricultural equipment. Uses algebraic<br />
formulas, charts, and graphic symbols for design and diagnosis of basic<br />
circuits. Credit may be earned in either SKMT 101 or MT 220 but not<br />
in both. (30-30)<br />
MT 221W Introduction to Engineering<br />
Materials<br />
3 Sem Hrs<br />
Prerequisite: MIT 111 and MATH LEVEL 6. Examines the physical,<br />
chemical and mechanical properties of metals, ceramics, polymers,<br />
and composite materials and relates these properties to application<br />
requirements. Exams the micro and macro structures of these materials<br />
along with the tests and measurements designed to identify them.<br />
Discusses concepts necessary to the selection and specification of materials<br />
for making products and building structures. (30-30)<br />
MT 250 Statics and Strength of Materials 3 Sem Hrs<br />
Prerequisites: PHY 101 and MTH 103. Studies forces acting on rigid<br />
bodies, including applications of these forces to practical design problems.<br />
Introduces and uses concepts of stress in tension, compression, torsion,<br />
and shear in various combinations. (45-0)<br />
MT 251 Statics and Dynamics 3 Sem Hrs<br />
Prerequisites: PHY 111 and MTH 121. Studies statics and dynamics of<br />
mechanical systems by solving problems of small sub-systems using a<br />
calculator. Studies forces in 2-D and 3-D acting on particle systems and<br />
rigid bodies. Solves problems using the following concepts: equilibrium<br />
laws, centroids, center of gravity, moment of inertia. Uses 3 methods<br />
to study dynamics of motion - kinematics, work/energy and impulse/<br />
momentum. (45-0)<br />
MT 252 Strength of Materials 3 Sem Hrs<br />
Prerequisites: ENG 112 or ENG 113 and MT 251. Uses mathematical<br />
and computer methods, as well as Mohr’s circle, to determine stress,<br />
strain, load, and deflection relationships for structure and machine<br />
elements. Uses machine components in tension, compression, or shear,<br />
beams in bending or deflection, columns, and bolted joints in design<br />
calculations. (45-0)<br />
MT 256 Machine Design 3 Sem Hrs<br />
Prerequisites: MT 250 with a grade of “C” or better. Uses hand calculator<br />
and computer methods to solve for the dimensions and allowable loads<br />
of machine elements and power trains. Studies shafts, keyed couplings,<br />
bearings, gear trains, V-belt and chain drives, springs and fasteners.<br />
Requires a final design using CAD. (45-0)<br />
MT 290-299<br />
Mathematics<br />
Special Projects in Mechanical<br />
Technology<br />
Course prerequisites are stated in terms of either <strong>Delta</strong> courses or math<br />
prerequisite levels (see chart in this section) and are intended to insure<br />
that students choose the appropriate mathematics course. Individuals<br />
may have a mathematics background equivalent to a stated prerequisite<br />
in which case they should consult a counselor/advisor for assistance<br />
in evaluating equivalencies. Any student who feels that circumstances<br />
warrant waiving a prerequisite should consult the Mathematics &<br />
Computer Science Division for approval. (PLEASE NOTE: A math<br />
course which has been successfully completed more than four years<br />
from the start date of the intended class cannot be used to fulfill the<br />
prerequisite. Demonstrated math prerequisite knowledge may be needed<br />
for enrollment in selected math classes.)<br />
MTH 090 Math Study Skills and Practical<br />
Applications<br />
2 Sem Hrs<br />
Concurrent enrollment in a math course is required. Practices success<br />
strategies to be utilized in a math class. Includes learning styles, memory<br />
process, math anxiety, time management, reading, test taking, as well<br />
as other study skills. Applies success strategies to their current math<br />
class as well as collaborative problem solving using quantitative literacy<br />
applications from many other disciplines. Does not earn credit toward<br />
graduation. (30-0)<br />
MTH 092 Basic Mathematics 2 Sem Hrs<br />
Prerequisite: MATH LEVEL 1. Provides a foundation in arithmetic.<br />
Covers four fundamental operations of whole numbers, fractions, and<br />
decimals. Includes percentages, ratios, proportions, and applications.<br />
Does not earn credit toward graduation. (30-0)<br />
MTH 096 Pre-Algebra 2 Sem Hrs<br />
Prerequisite: MATH LEVEL 2. Provides preparation for algebra. Includes<br />
fractions, decimals, integers, ratios, and percentages with an introduction<br />
to equations, graphs, and functions. May receive credit in only one of<br />
the following: MTH 106 or MTH 096 or SKMA 096 or SKMA 101. Does<br />
not earn credit toward graduation. (30-0)<br />
MTH 097 Algebra I 3 Sem Hrs<br />
Prerequisite: MATH LEVEL 3. Includes natural numbers, integers, firstdegree<br />
equations and inequalities, special products, factoring, rational<br />
expressions and equations, graphs, and linear systems, exponents, and<br />
quadratic equations. May receive credit in only one of the following:<br />
MTH 107 or MTH 097 or SKMA 097 or SKMA 102. (Equivalent to first<br />
year high school algebra). Does not earn credit toward graduation. (45-0)<br />
MTH 103 Applied Geometry and Trigonometry 4 Sem Hrs<br />
Prerequisite: Math Level 4. Includes the following geometry topics:<br />
angles, triangles, polygons, circles, prisms, cylinders, and cones.<br />
Includes right-triangle trigonometry, radian measure, oblique-triangle<br />
trigonometry, and graphs of trigonometric functions. May receive credit<br />
in only one of the following: MTH 103 or SKMA 103 or MT 110. (60-0)<br />
<strong>Delta</strong> <strong>College</strong> <strong>2012</strong>-<strong>2013</strong><br />
Prerequisite Levels - See charts in this section.<br />
391