Counts towards fulfillment of core curriculum component area and is guaranteed to

transfer to a public university or college in Texas.

*TRAN (typically transfers to a university as an elective course)

*DEV (College-preparatory course, does not transfer, does not count towards a degree)

A study of the fundamentals of direct current including Ohm's law, Kirchoff's law and circuit analysis techniques. Emphasis on

circuit analysis of resistive networks and DC measurements. *CTE; Lecture-2; Lab-2; Credit-3.

A study of the fundamentals of alternating current including series and parallel AC circuits, phasors, capacitive and inductive

networks, transformer, and resonance. *CTE; Lecture-2; Lab-2; Credit-3.

A study of industrial blueprints. Emphasis placed on terminology, symbols, graphic description and welding processes, including

systems of measurement and industry standards. Interpretation of plans and drawings used by industry. *CTE; Lecture-3; Lab-0;

Credits-3.

An overview of the theory and practice of electrical circuits including calculations as applied to alternating and direct current. *CTE;

Lecture-2; Lab-2; Credits-3.

An overview of the content, format, rules, and calculations in the National Electrical Code (NEC). (Fall semester) *CTE; Lecture-3;

Lab-0; Credits-3.

Study of the operating principles of solid-state controls, along with their practical applications. Topics include braking, jogging,

plugging, and safety interlocks. Prerequisite: ELPT 1311 with a grade of C or better or instructor's consent. *CTE; Lecture-2; Lab-2;

Credits-3.

Instruction in wiring methods used for industrial installations. Prerequisite: ELPT 1311 with a grade of C or better or instructor's

consent. *CTE; Lecture-2; Lab-2; Credits-3.

A study of the design, operation, and technical details of modern power distribution systems including generating equipment,

transmission lines, plant distribution, protective devices. Also includes calculations of fault current, system load analysis, rates and

power economics. Prerequisite: ELPT 1311 with a grade of C or better or instructor's consent. (Spring semester) *CTE; Lecture-2;

Lab-2; Credits-3.

Skills development in the proper and safe use of electrical power equipment test devices and the interpretation of test results.

Topics include protective relay testing and calibration, direct current (DC) testing, insulation power testing, and medium voltage

switchgear. Prerequisite: ELPT 1311 with a grade of C or better or instructor's consent. *CTE; Lecture-2; Lab-2; Credits-3.

Topics address recently identified current events, skills, knowledge, and/or attitudes and behaviors pertinent to the technology or

occupation and relevant to the professional development of the student. *CTE; Lecture-1; Lab-0; Credits-1.

An exploration of a variety of methods used in manufacturing. Theory and application of processes including but not limited to

metal forming, welding, machining, heat treating, plating, assembly procedures, and process control considerations. Course will

also include field trips to view different manufacturing facilities and processes. *CTE; Lecture-2; Lab-2; Credits-3.

Industrial Manufacturing Technology

Special Topics in Industrial Manufacturing Technology

Topics address recently identified current events, skills, knowledge, and/or attitudes and behaviors pertinent to the technology or

occupation and relevant to the professional development of the student. *CTE; Lecture-3; Lab-0; Credits-3.

Workforce Education Course

Internship: Industrial Manufacturing Technology

An experience external to the college for an advanced student in a specialized field. Involves a written agreement between the

educational institution and a business or industry. Mentored and supervised by a workplace employee, the student achieves

objectives that are developed and documented by the college and that are directly related to specific occupational outcomes. This

may be paid or unpaid experience. This course may be repeated if topics and learning outcomes vary. *CTE; Lecture-0;

Internship-6; Credits-1.

Workforce Education Course

Internship: Industrial Manufacturing Technology

An experience external to the college for an advanced student in a specialized field. Involves a written agreement between the

educational institution and a business or industry. Mentored and supervised by a workplace employee, the student achieves

objectives that are developed and documented by the college and that are directly related to specific occupational outcomes. This

may be paid or unpaid experience. This course may be repeated if topics and learning outcomes vary. *CTE; Lecture-0;

Internship-12; Credits-3.

Workforce Education Course

Industrial Manufacturing Technology

Principles of Industrial Measurements

A study of the principles and devices for the measurement of control variables such as temperature, pressure, flow, level, and basic

control functions. *CTE; Lecture-3; Lab-0; Credits-3.

Workforce Education Course

Introduction to Electronic Instrumentation

A survey of the instrumentation field and the professional requirements of the instrumentation technician, including an introduction

to computer and calculator applications involved in basic electronic circuit analysis. Prerequisite: INTC 1307 with a grade of C or

better or instructor's consent. *CTE; Lecture-2; Lab-2; Credits-3.

Workforce Education Course

Electronic Test Equipment

A study of the theory and application of analog and digital meters, oscilloscopes, frequency generation, frequency measurements,

and special measuring instruments. Emphasizes accuracy, limitations and calibration techniques. Includes the calculation of

resistance, inductance, and capacitance using DC and AC bridge measurements. *CTE; Lecture-2; Lab-2; Credits-3.

Workforce Education Course

Analytical Instrumentation

A study of analytical instruments emphasizing their utilization in continuous process applications including chromatography, pH,

conductivity, and spectrophotometry instruments. Prerequisite: INTC 1301 with a grade of C or better or instructor's consent. *CTE;

Lecture-2; Lab-2; Credits-3.

Workforce Education Course

A study of techniques for calibrating electronic and pneumatic transmitters, controllers, recorders, valves and valve positioners

including tear down, assembly, alignment, and calibration of equipment. Prerequisite: INTC 1301 with a grade of C or better or

instructor's consent. *CTE; Lecture-2; Lab-2; Credits-3.

Overview of distributed control systems including configuration of programmable logic controllers, smart transmitters, and field

communicators. Functions of digital systems in a process control environment. Prerequisite: INTC 1307 and INTC 1305 with grades

of C or better or instructor's consent. *CTE; Lecture-2; Lab-2; Credits-3.