New students who are entering the college for the first time should follow the version on this page.
Show me the April 4, 2017, web published version.
Show me what changed in 2017-2018.
ENGINEERING TECHNOLOGY -- ADVANCED MANUFACTURING COMPUTER NUMERICAL CONTROL/COMPUTER-AIDED MANUFACTURING
(Skills Achievement Award)
Richland only
- Students pursuing this certificate are waived from the Texas Success Initiative (TSI) standards, but must meet course prerequisites.
- Students must earn at least 25% of the credit hours required for graduation through instruction by the college awarding the degree.
Degree Plan Code: SA.ET.MANU.CNC/CAM
CREDIT HOURS |
SEMESTER I
MCHN 1326 | Introduction to Computer-Aided Manufacturing (CAM) | 3 |
MCHN 2331 | Operation of CNC Turning Centers | 3 |
6 |
SEMESTER II
MCHN 2435 | Advanced CNC Machining | 4 |
4 |
Minimum Hours Required | 10 |
NOTE: Students enrolling in this program who plan to transfer to a four-year institution should consult an advisor or counselor regarding transfer requirements and the transferability of these courses to the four-year institution of their choice.
ENGINEERING TECHNOLOGY -- CNC/CAM/CAD
Gainful Employment Information(Level II Certificate)
Richland only
- Students pursuing this award program are required to meet Texas Success Initiative (TSI) standards and course prerequisites.
- Students must earn at least 25% of the credit hours required for graduation through instruction by the college awarding the degree.
Degree Plan Code: C2.ENGR.CNC/CAM/CAD
This certificate has been developed to provide skills for entry level CAD positions as well as the manufacturing specialists who requires training necessary for the integration of CAD and the CNC machines.
CREDIT HOURS |
SEMESTER I
INMT 1319 | Manufacturing Processes | 3 |
MCHN 1338 | Basic Machine Shop I | 3 |
DFTG 1309 | Basic Computer-Aided Drafting | 3 |
PHYS 1401 | College Physics I | 4 |
SPCH 1311 | Introduction to Speech Communication OR | 3 |
SPCH 1315 | Public Speaking | (3) |
MCHN 1326 | Introduction to Computer-Aided Manufacturing (CAM) | 3 |
MATH 1314 | College Algebra OR | 3 |
TECM 1341 | Technical Algebra | (3) |
22 |
SEMESTER II
MCHN 1352 | Intermediate Machining I | 3 |
DFTG 2332 | Advanced Computer-Aided Drafting | 3 |
DFTG 1345 | Parametric Modeling and Design | 3 |
MCHN 2338 | Advanced Computer-Aided Manufacturing (CAM) | 3 |
MCHN 2335 | Advanced CNC Machining | 3 |
HYDR 1345 | Hydraulics and Pneumatics OR | 3 |
ENTC 1391 | Special Topics in Engineering Technology, General | (3) |
MATH 1316 | Plane Trigonometry OR | 3 |
TECM 1317 | Technical Trigonometry | (3) |
21 |
Minimum Hours Required | 43 |
NOTE: Students enrolling in this program who plan to transfer to a four-year institution should consult an advisor or counselor regarding transfer requirements and the transferability of these courses to the four-year institution of their choice.
New students who are entering the college for the first time should follow the version on this page.
Show me the April 4, 2017, web published version.
Show me what changed in 2017-2018.
ENGINEERING TECHNOLOGY -- ELECTRONICS TECHNOLOGY
Gainful Employment Information(Associate of Applied Science Degree)
Richland only
- Students pursuing this award program are required to meet Texas Success Initiative (TSI) standards and course prerequisites.
- Students must earn at least 25% of the credit hours required for graduation through instruction by the college awarding the degree.
Degree Plan Code: AAS.ENGINEER.ELECTRO
To meet the needs of the rapidly changing and expanding field of industrial electronics, this program stresses electronic principles and hands-on experience that can be applied to many aspects of advanced electronics. The Electronics core is complemented by Engineering Technology instruction in areas such as CAD, Fluid Power, Mechanics and Manufacturing. This program prepares individuals for technician level employment in electronics and related industries.
CREDIT HOURS |
SEMESTER I
DFTG 1309 | Basic Computer-Aided Drafting | 3 |
MCHN 1300 | Beginning Machine Shop | 3 |
CETT 1403 | DC Circuits | 4 |
TECM 1341 | Technical Algebra OR | 3 |
MATH 1314 | College Algebra | (3) |
13 |
SEMESTER II
ENGL 1301 | Composition I | 3 |
INTC 1307 | Instrumentation Test Equipment | 3 |
CETT 1405 | AC Circuits | 4 |
CETT 1425 | Digital Fundamentals | 4 |
TECM 1317 | Technical Trigonometry OR | 3 |
MATH 1316 | Plane Trigonometry | (3) |
17 |
SEMESTER III
INMT 1417 | Industrial Automation OR | 4 |
COSC 1436 | Programming Fundamentals I | (4) |
CETT 1429 | Solid State Devices | 4 |
HYDR 1345 | Hydraulics and Pneumatics | 3 |
PHYS 1401 | College Physics I OR | 4 |
PHYS 1405 | Elementary Physics I | (4) |
SPCH 1311 | Introduction to Speech Communication OR | 3 |
SPCH 1315 | Public Speaking | (3) |
18 |
SEMESTER IV
CETT 1357 | Linear Integrated Circuits OR | 3 |
CETT 2337 | Microcomputer Control OR | (3) |
ENTC 2380 | Cooperative Education - Engineering Technology, General | (3) |
+Elective | Social/Behavioral Science | 3 |
++Elective | Humanities/Fine Arts | 3 |
TECM 1349 | Technical Math Applications | 3 |
12 |
Minimum Hours Required | 60 |
+Social/Behavioral Science Elective - must be selected from the AAS Core Options Social/Behavioral Science.
++Humanities/Fine Arts Elective - must be selected from the AAS Core Options for Humanities/Fine Arts.
NOTE: Students enrolling in this program who plan to transfer to a four-year institution should consult an engineering technology faculty member regarding transfer requirements and the transferability of these course to the four-year institution.
New students who are entering the college for the first time should follow the version on this page.
Show me the April 4, 2017, web published version.
Show me what changed in 2017-2018.
ENGINEERING TECHNOLOGY -- ELECTRONICS TECHNOLOGY
Gainful Employment Information(Level I Certificate)
Richland only
- Students pursuing this certificate are waived from the Texas Success Initiative (TSI) standards, but must meet course prerequisites.
- Students must earn at least 25% of the credit hours required for graduation through instruction by the college awarding the degree.
Degree Plan Code: C1.ENGR.ELECTRONIC
This one-year program develops the basic skills necessary for entry-level positions in electronics and related industries. Computer-aided instruction and analysis studies include electronic devices and their application in analog and digital circuits. All courses required for the certificate are applicable to the Associate of Applied Science Degree in Electronic Technology.
CREDIT HOURS |
SEMESTER I
CETT 1403 | DC Circuits | 4 |
TECM 1341 | Technical Algebra OR | 3 |
MATH 1314 | College Algebra | (3) |
CETT 1429 | Solid State Devices | 4 |
DFTG 1309 | Basic Computer-Aided Drafting | 3 |
MCHN 1300 | Beginning Machine Shop | 3 |
17 |
SEMESTER II
CETT 1405 | AC Circuits | 4 |
CETT 1425 | Digital Fundamentals | 4 |
SPCH 1311 | Introduction to Speech Communication OR | 3 |
SPCH 1315 | Public Speaking | (3) |
TECM 1317 | Technical Trigonometry OR | 3 |
MATH 1316 | Plane Trigonometry | (3) |
14 |
SEMESTER III
INMT 1417 | Industrial Automation | 4 |
COSC 1436 | Programming Fundamentals I | 4 |
INTC 1307 | Instrumentation Test Equipment | 3 |
11 |
Minimum Hours Required | 42 |
NOTE: Students enrolling in this program who plan to transfer to a four-year institution should consult an advisor or counselor regarding transfer requirements and the transferability of these courses to the four-year institution of their choice.
ENGINEERING TECHNOLOGY -- MECHANICAL AND ELECTRICAL MAINTENANCE LEVEL 1 CERTIFICATE
Gainful Employment Information(Level I Certificate)
Richland only
- Students pursuing this award program are waived from the Texas Success Initiative (TSI) standards, but must meet course prerequisites.
- Students must earn at least 25% of the credit hours required for graduation through instruction by the college awarding the degree.
Degree Plan Code: C1.ET.MECH.ELEC
This certificate prepares students for installation, troubleshooting and repair of equipment and machinery in various types of manufacturing operations. The maintenance technician must be a multi-talented individual with a specific skill set that can keep equipment and machinery operating at peak performance, eliminating costly down-time. Additionally, a maintenance technician must be able to perform preventative maintenance to keep machines running and minimize downtime. The courses focus on the fundamental industrial skills into mechanical maintenance principles and applications, fluid power and hydraulic systems, pneumatic systems, and industrial robotics systems.
Students learn theory and experience hands-on opportunities in hydraulics, pneumatics, technician maintenance, electricity and programmable logical control (PLC's), all of which are necessary for a successful career in the maintenance field.
- Understand DC and AC principles and components including motors, controllers, and PLC's.
- Install and test electrical wires, circuits, and equipment using the correct equipment, materials, and procedures for safe operation.
- Identify and interpret legends, linetypes, parts symbols, and types of drawings used in reading mechanical shop prints.
- Identify, describe, remove, replace, install, and maintain common types of bearings and seals.
- Match lubrication methods and materials to their applications and identify their implementation and maintenance requirements.
- Explain the principles of fluid power, fluid flow, and fluid symbols and diagrams.
- Explain hydraulic pumping principles and how the common types of hydraulic pumps, motors, and peripheral devices work.
- Troubleshoot and maintain hydraulic circuits and systems.
- Explain the properties of air, the basic laws of gases, and pneumatic principles.
- Identify, describe, maintain, and troubleshoot the basic components of a pneumatic system.
- Describe the applications, components, and technology used in a basic industrial robot system.
The objective of the Mechanical and Electrical Maintenance Certificate is to provide the student with a combination of training in both electrical and mechanical maintenance including applications in automated manufacturing systems and robotics. The certificate develops in students the ability to work safely and efficiently in a variety of manufacturing and industrial settings installing and maintaining equipment, working with PLCs, and reading and interpreting legislation, site plans, schematics, and manufacturer manuals.
CREDIT HOURS |
SEMESTER I
TECM 1341 | Technical Algebra OR | 3 |
MATH 1314 | College Algebra | (3) |
CETT 1403 | DC Circuits | 4 |
HYDR 1345 | Hydraulics and Pneumatics | 3 |
INMT 1417 | Industrial Automation | 4 |
14 |
SEMESTER II
INTC 1457 | AC/DC Motor Control | 4 |
CETT 1405 | AC Circuits | 4 |
MFGT 2459 | Industrial Automation II | 4 |
INTC 1343 | Application of Industrial Automatic Controls | 3 |
INMT 2345 | Industrial Troubleshooting | 3 |
18 |
Minimum Hours Required | 32 |
NOTE: Students enrolling in this program who plan to transfer to a four-year institution should consult an advisor or counselor regarding transfer requirements and the transferability of these courses to the four-year institution of their choice.