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Course Descriptions
Mathematics
(MATH)
181 Mecomtronics College Algebra and Trigonometry I
3 hours lecture, 3 units Grade only
PREREQUISITES: Math skill level 50, or completion of
Mathematics 96, Intermediate Algebra, with a
grade of “C” or better.
This course is the first semester of a four-semester sequence in applied
College Algebra and Trigonometry, and Applied Technical Calculus.
Students are expected to apply the mathematical problem solving techniques
developed in this course in the real world situations presented and
discussed in the Mecomtronics technology and science courses. Topics
include the algebra of functions, graphing algebraic functions,
exponential and logarithmic functions, linear systems of equations,
matrices and matrix operations, trigonometric functions and their graphs,
trigonometric identities, complex numbers, vector algebra, descriptive
statistics , an introduction to series and summation notation, an
introduction to Boolean algebra and symbolic logic, and the use of the
graphing calculator to solve application problems. This course is
intended solely for the students enrolled in the first semester
Mecomtronics Computer Technology program. This course is transferable to
CSU. (FT)
182
Mecomtronics College Algebra and Trigonometry II
3 hours lecture, 3 units Grade only
PREREQUISITES: Mathematics 181, Mecomtronics College Algebra
and Trigonometry I, with a grade of "C" or better.
This course is the second semester of a four-semester sequence in applied
College Algebra and Trigonometry, and applied Technical Calculus.
Students are expected to implement the mathematical problem solving
techniques developed in this course in the real world situations presented
and discussed in the Mecomtronics technology and science courses. Topics
covered are a continuation of the topics introduced in Mecomtronics Math
181. Topics include applications of exponential and logarithmic
functions, graphs of trigonometric functions, inverse trigonometric
functions, Riemann sums, polynomial approximations of special
transcendental functions, vector algebra, spherical and cylindrical
coordinates, conic sections, the binomial theorem, an introduction to
Boolean algebra and symbolic logic, and the use of the graphing calculator
to solve application problems. This course is intended solely for the
students enrolled in the second semester Mecomtronics Computer Technology
program. This course is transferable to CSU. (FT)
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183 Mecomtronics Calculus I
3 hours lecture, 3 units Grade only
PREREQUISITE: Mathematics182, Mecomtronics College Algebra and
Trigonometry II, with a grade of “C” or better.
This course is the third semester of a four-semester sequence in applied
College Algebra and Trigonometry, and applied Technical Calculus.
Students are expected to apply the mathematical problem solving techniques
developed in this course in the real world situations presented and
discussed in the Mecomtronics technology and science courses. The topics
include limits, continuity, differentiation of algebraic and
transcendental functions, an introduction to multivariable functions and
their partial derivatives, Riemann sums, integration by substitution and
by parts, separable and linear first order differential equations,
applications in technology and physic, and the use of the graphing
calculator to solve application problems. This course is intended solely
for the students enrolled in the third semester Mecomtronics Computer
Technology program. See your counselor for the transferability of this
course. (FT) Transfer Credit: CSU.
184
Mecomtronics Calculus II
3 hours lecture, 3 units Grade only
PREREQUISITE: Mathematics 183, Mecomtronics Calculus I, with a
grade of “C” or better.
This course is the fourth semester of a four-semester sequence in applied
College Algebra and Trigonometry, and Applied Technical Calculus.
Students are expected to apply analytical reading and mathematical problem
solving techniques developed in this course in real world situations
presented and discussed in the Mecomtronics technology and science
courses. The topics include Taylor series, Fourier series, techniques of
multivariable calculus including partial derivatives, multiple integrals,
line and surface integrals, applications in physics and technology of
vector calculus theorems, first and second order differential equations,
variation of parameters, and Laplace Transforms. A strong emphasis is
placed on calculus applications in the engineering technology field. This
course is intended solely for the students enrolled in the fourth semester
Mecomtronics Computer Technology program. See your counselor for the
transferability of this course. (FT) Transfer Credit: CSU.
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Physics
120A
Science for Technical Applications
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITE:
Mathematics 96, Intermediate Algebra, with a grade of “C” or better, or
equivalent; or Math Skill Assessment Level of 50.
This is a survey of science presenting basic vocabulary, concepts and
scientific techniques that can be used to analyze and understand technical
applications. The topics of study include the measurement of velocity and
acceleration, the laboratory study of conductivity, Ohm's law, resistors
in series and in parallel, the investigation of gas laws, capacitance
bridge, Kirchoff's laws, AC voltage measurements, and the study of mass
density and viscosity. The laboratory focuses on the specific current
physical science needs of the Mecomtronics Technology Program. Analytical
reading and problem solving are required for success in this course. The
lectures address theory, concepts and problems required for a solid
comprehension of basic physical science and to rapidly bring the student’s
knowledge to a level where modern ideas can be understood.
120B Basic Physics for
Technical Applications I
3 hours lecture, 3 hours lab, 4 units Grade only
PREREQUISITE: Mecomtronics 120A, Science for Technical Applications, with a grade of
“C” or better. Mathematics 181, Mecomtronics College Algebra and
Trigonometry I, with a grade of "C" or better.
COREQUISITE: Mathematics 182, Mecomtronics College Algebra and
Trigonometry II.
This is an introductory survey of physics presenting tools that can be
used in technical applications. The topics of study include measurement
standards, scalar and vector quantities, kinematics in one, two and three
dimensions, Newton's laws of motion, the gravitational force, the harmonic
oscillator, work and energy, and momentum. The course centers on
"hands-on" approaches to analysis of physical phenomena, without
neglecting conceptual rigor. This course is intended for students in the
Mecomtronics Computer Technology Program. This course meets general
education requirements. (FT)
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120C Basic Physics for
Technical Applications II
3 hours lecture, 3 hours lab, 4 units Grade only
PREREQUISITE: Mecomtronics 120B, Basic Physics for Technical Applications I, with a
grade of “C” or better. Mathematics 182, Mecomtronics College Algebra and
Trigonometry II, with a grade of "C" or better.
COREQUISITE Mathematics 183, Mecomtronics Calculus I
This course is the third course in a four course sequence in technical
science and physics, and it is intended for the students enrolled in the
Mecomtronics Computer Technology program This is an introductory survey
of physics presenting tools that can be used in technical applications.
The topics of study include angular momentum and torque, solids and
fluids, waves, temperature, heat transfer, the first and second laws of
thermodynamics, and kinetic theory. Emphasis is placed on the conceptual
nature of physical principles and on experimental studies that demonstrate
the use of the equations discussed in the theory. Analytical reading and
problem solving are required for success in this course.. This course
meets general education requirements. (FT)
120D Basic Physics for Technical Applications III
3 hours lecture, 3 hours lab, 4 units Grade only
PREREQUISITE:
Mecomtronics Physics 120C, Basic Physics for Technical Applications II,
with a grade of “C” or better. Mathematics 183, Mecomtronics Calculus I,
with a grade of "C" or better.
COREQUISITE: Mathematics 184, Mecomtronics Calculus II
This course is the fourth course in a four course sequence in technical
science and physics, and it is intended for the students enrolled in the
Mecomtronics Computer Technology program. This course is an introductory
survey of physics presenting tools that can be used in technical
applications. The topics of study include the electric field, electric
potential, circuit elements, DC and AC circuit analysis, magnetic field,
electromagnetism, geometric and physical optics, the special theory of
relativity, discoveries in modern physics and an introduction to quantum
mechanics. Emphasis is placed on the conceptual principles of physics, and
experimental studies that demonstrate the use of the equations discussed
in the theory. Analytical reading and problem solving are required for
success in this course. This course meets general education requirements.
(FT)
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Engineering Technology – MECOMTRONICS (MCTR)
101 Basic Computer
Systems Maintenance and Support
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITE:
Mathematics 96 with a grade of “C” or better, or equivalent, or Assessment
Skill Level M5 or equivalent.
This course focuses on computer hardware and software support and
maintenance. Students learn how to support, maintain, upgrade and do
basic hardware and software troubleshooting. Additional areas addressed
within this course are software-licensing requirements, use of the
Internet and manufacturer’s computer bulletin boards to download software
updates and technical specifications. This course is intended solely for
the students enrolled in the first semester of the Mecomtronics program.
(FT) Transfer Credit: CSU.
102 Mecomtronics DC Circuits
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITES: Mathematics 96, Intermediate Algebra, with a grade of “C” or better,
or equivalent, or Assessment Skill Level M5.
COREQUISITES: Mathematics 181, Mecomtronics College Algebra and
Trigonometry I
Mecomtronics 102 is the first semester of a two-semester sequence in
Electric Circuits. This course introduces DC electronics principles and
practices through integration of theory, application and structured
discovery activities. Emphasis is based on activity-based learning
through a variety of hands-on projects. Students are expected to apply
mathematical problem solving techniques developed in Intermediate Algebra
and Geometry. Topics include but are not limited to: fundamental aspects
of DC circuits and passive devices (e.g. charge, voltage, resistance,
current, and power); Ohm’s Law; methods of analysis; series and parallel
circuits; Kirchhoff’s voltage and current laws; mesh and nodal analysis;
superposition; Thevenin’s and Norton’s Theorems; ideal and real power
sources; circuit simulation software; DC circuit construction; DC
measurements and instrumentation; magnetism. This course is intended
solely for the students enrolled in the Mecomtronics Computer Technology
program. This course is transferable to CSU. (FT)
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103 Mecomtronics AC
Circuits
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITES:
Mecomtronics 102 with a grade of “C” or better.
COREQUISITES: Mathematics182, Mecomtronics College Algebra and
Trigonometry II.
This course is the second semester of a two-semester sequence in Electric
Circuits. Students are expected to apply mathematical problem solving
techniques developed Mecomtronics Math 181. Topics include DC transient
analysis in RL and RC circuits, basic AC circuit theorems, phasor analysis
of AC circuits, and transformer and operation, application, and theory of
basic electrical measurement instrumentation. This course is intended
solely for the students enrolled in the second semester of the
Mecomtronics Computer Technology program. This course is transferable to
CSU. (FT)
104
Applied C Programming for Technology
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITES:
Mecomtronics 101 with at least a grade of "C".
This course is an introduction to structured programming using ANSI C,
which is used in engineering technology. Programming problems applicable
to engineering technology, physics, and mathematics will be used to
develop and illustrate the structures of the C programming language.
Topics include: data types, operators, functions, Input/Output operations,
If statements, loop structures, recursion, pointers, arrays, strings, and
binary I/O operations. This course is intended solely for the students
enrolled in the second semester Mecomtronics Computer Technology program.
This course is transferable to CSU. (FT)
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201 Mecomtronics Electronic Devices and Circuits
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITES: Mathematics 182, Mecomtronics College Algebra
and Trigonometry II, with a grade of “C” or better, or equivalent.
COREQUISITES: Mathematics 183, Mecomtronics Calculus I.
Mecomtronics 201 is an introductory course on the theory, operation, and
application of semiconductor junction devices. Emphasis is based on
activity-based learning through a variety of hands-on projects. Students
are expected to apply mathematical problem solving techniques developed in
Math 181 and 182. Topics include but are not limited to: physical
principles of semiconductors, characteristics and operation of diodes,
Zener diodes, bipolar junction transistors, junction field effect
transistors, d-c characteristics, biasing and d-c stability of diodes and
bipolar junction transistors, algebraic and load line analysis techniques,
and applications of semiconductor devices. This course is intended solely
for the students enrolled in the third semester of the Mecomtronics
Computer Technology program. This course is transferable to CSU. (FT)
202
Mecomtronics Introduction to Digital Electronics
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITES: Mathematics 182, Mecomtronics College Algebra
and Trigonometry II, with a grade of “C” or better, or equivalent.
COREQUISITES: Mathematics 183, Mecomtronics Calculus I.
Mecomtronics 202 is an introductory course to digital electronics.
Emphasis is based on activity-based learning through a variety of hands-on
laboratory projects. Topics include: applied Boolean algebra and number
systems, logical building blocks including gates and memory elements, and
shift register operation. Students are expected to apply mathematical
problem solving techniques developed in Math 181 and 182. This course is
intended solely for the students enrolled in the Mecomtronics Computer
Technology program. This course is transferable to CSU. (FT)
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203
Electrical and Mechanical Power Systems
3 hours lecture, 3 hours lab, 4 units Grade only
PREREQUISITES:
Mecomtronics 201 - Electronic Devices and Circuits, Mecomtronics 202 -
Introduction to Digital Electronics, and Mathematics 183 - Mecomtronics
Calculus I, with a grade of “C” or better, or equivalent.
COREQUISITES: Mathematics 184, Mecomtronics Calculus II.
This course is a study of electrical and mechanical power components and
systems used in the transmission of mechanical power and the distribution
of electrical power. Topics include analysis of electric circuits;
electromagnetic devices and their use in systems; discrete semiconductor
switching devices; hydraulic and pneumatic power devices; types and uses
of electric motors and generators as well as power distribution systems.
Troubleshooting and repair of hydraulic, pneumatic control equipment and
electrical/electronic systems are studied through a number of industry
based projects. This course is intended solely for the students enrolled
in the third semester of the Mecomtronics program. (FT) Transfer Credit:
CSU.
204
Industrial Electronics
2 hours lecture, 3 hours lab, 3 units Grade only
PREREQUISITES:
Mecomtronics 201 - Electronic Devices and Circuits, Mecomtronics 202 -
Introduction to Digital Electronics, and Mathematics 183 - Mecomtronics
Calculus I, with a grade of “C” or better, or equivalent.
COREQUISITES: Mathematics 184, Mecomtronics Calculus II.
Modern industrial electronics and control devices – relays, contacts, DC
and AC motors; stepper motors; three-phase power and its control, opto-electronic
devices including LEDs and photocells, SCRs, Triacs, and other thyristor
devices; PLCs and ladder diagrams; introduction to control systems; use of
op-amps as building block devices. Product characteristics and
specifications are explored through the use of measuring instruments,
manufacturer’s data sheets and study of properties of materials. This
course is intended solely for the students enrolled in the second semester
of the Mecomtronics program. (FT) Transfer Credit: CSU.
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