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Excel in CTE (SB155)

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  • Painting and Refinishing II - AB111

    Course Description:  Select proper personal protective equipment; perform proper shop operations according to OSHA guidelines; remove paint coatings apply corrosion resistant coatings; demonstrate proper spray gun operation and cleaning procedures; select proper painting and substrate materials for projects; analyze paint defects, causes and cures; repair paint defects; measure paint mil thickness; and determine final detail procedures for given projects.

    Spring

  • Painting and Refinishing IV - AB113

    Course Description:  Through a variety of classroom and/or shop/lab learning and assessment activities, students in this course will: apply exemplary safety procedures in all areas of auto body painting and refinishing; perform proper cleaning procedures for a refinish; prepare adjacent panels for blending; prepare plastic panels for refinishing; protect all non-finished areas of vehicle; operate high and low volume/pressure spray gun operations for painting and refinishing; perform all paint system applications on an automobile; apply appropriate paint color matching and mixing procedures; tint color using formula to achieve a blendable match; explore the causes, effects and correction of buffing-related imperfections; explore the causes, effects and correction of pigment flotation; measure mil thickness; apply decals, transfers, tapes, woodgrains, pinstripes to an automobile; apply buffing and polishing techniques to remove defects; apply cleaning techniques to automobile interior, exterior, glass and body openings; and remove overspray.

    Spring

  • Non-Structural Analysis and Damage Repair II - AB115

    Course Description:  Through a variety of classroom and/or lab/shop learning and assessment activities, students in this course will: identify trim and hardware to be protected; examine what to consider when working with movable glass; perform outer body panel repairs; Perform outer body replacements and adjustments; Perform metal straightening techniques; Perform body filling techniques; Perform metal finishing techniques; Use welding procedures in non-structural damage repair; Distinguish between mechanical and electrical components; apply safety standards for the collision repair industry; use cutting procedures in non-structural damage repair; and determine procedures necessary for working with plastics and adhesives.

    Spring

  • Non-Structural Analysis and Damage Repair IV - AB117

    Course Description:  Through a variety of classroom and shop/lab learning and assessment activities, students in this course will: remove trim and hardware; install trim and hardware; repair movable glass; protect adjacent body panels; repair outer body panel; replace outer body panels; adjust outer body panels; replace mechanical and electrical components; demonstrate safety protocol appropriate for the auto repair setting, perform welding skills on non-structural damage repairs; and perform plastic and adhesive repairs.

    Spring

  • Advanced Estimating and Blueprinting - AB119

    Course Description:  Assessing, measuring and estimating damage to conventional and unitized vehicles using industry-standard measuring devices and damage reporting processes. Analysis of material damage caused by hail, theft and vandalism; exterior panel damage; and restraint system damage. Strategies for planning and improving collision job process times using quality inspection of repairs.

    Spring

  • Mechanical and Electrical Components - AB124

    Course Description:  Through classroom and/or lab/shop learning and assessment activities, in this course students will: determine how to diagnose steering and suspension; diagnose electrical concerns; complete headlamp and fog/driving lamp assemblies and repairs; demonstrate self-grounding procedures for handling electronic components; determine diagnosis, inspection and service needs for brake system hydraulic components; examine components of heating and air conditioning systems; determine the inspection, service and repair needs for collision damaged cooling system components; distinguish between the under car components and systems; and determine the diagnosis, inspection and service requirements of active and passive restraint systems.

    Spring

  • AC/DC Circuits - AE100

    Course Description:  AC/DC circuits address the basics of direct and alternating current circuits.

    Spring

  • Digital Multimeter Principles - AE101

    Course Description:  In-depth understanding and working knowledge of multimeters. Digital Multimeter Principles will help students develop a working knowledge of troubleshooting techniques to apply in the field.

    Spring

    • Sections:

      AE101 001242S       Main Campus Closed
        • WHEN
        • Days: M W
        • Times: 10:00 AM - 11:30 AM
        • Start Date: 01/13/2025
        • End Date: 02/17/2025
        • WHERE
        • Campus: Main Campus
        • Building: Shears Technology Center
        • Room: STC136
        • INSTRUCTOR
        • John Pendergrass

      Section Type:  Lecture

      Credit Hours:  1.00

      Section Notes:  Concurrent enrollment in AE100.
    • AE101 002242S       Main Campus Closed
        • WHEN
        • Days: M
        • Times: 06:00 PM - 09:00 PM
        • Start Date: 01/13/2025
        • End Date: 02/17/2025
        • WHERE
        • Campus: Main Campus
        • Building: Shears Technology Center
        • Room: STC136
        • INSTRUCTOR
        • Victor Martinez Gonzalez

      Section Type:  Lecture

      Credit Hours:  1.00

      Section Notes:  Concurrent enrollment in AE100.
  • Industrial Wiring - AE105

    Course Description:  Introductory course on commercial and industrial wiring and conduit fabrication. Students will calculate the size of electrical loads and determine wiring applications for supply, feeder and branch circuits as they implement code requirements.

    Spring

  • Programmable Logic Controls (PLCs) - AE150

    Course Description:  This course examines types, installation, programming procedures and troubleshooting of programmable logic controllers (PLCs). Hardware and programming aspects, as well as ladder logic symbols and operations necessary to develop a PLC program, are covered in this course.
    Course Notes:  AE100 AC/DC Circuits.

    Spring

    • Sections:

      AE150 003242S       Main Campus Closed
        • WHEN
        • Days: T R
        • Times: 08:00 AM - 09:30 AM
        • Start Date: 01/14/2025
        • End Date: 05/08/2025
        • WHERE
        • Campus: Main Campus
        • Building: Industrial Technology Center
        • Room: ITC105
        • INSTRUCTOR
        • Victor Martinez Gonzalez

      Section Type:  Lecture

      Credit Hours:  3.00

      Section Notes:  Concurrent enrollment in ME110 Fundamentals of Motor Controls
    • AE150 001242S       Main Campus Closed
        • WHEN
        • Days: W
        • Times: 06:00 PM - 09:00 PM
        • Start Date: 01/15/2025
        • End Date: 05/07/2025
        • WHERE
        • Campus: Main Campus
        • Building: Industrial Technology Center
        • Room: ITC105
        • INSTRUCTOR
        • Alex Heisler

      Section Type:  Lecture

      Credit Hours:  3.00

      Section Notes:  Concurrent enrollment in ME110 Fundamentals of Motor Controls
  • Electrical Maintenance - AE155

    Course Description:  Operation, application, maintenance and troubleshooting of electrical equipment including transformers, relays, motor controls and wiring with emphasis on diagnostic troubleshooting.
    Course Notes:  AE100 AC/DC Circuits.

    Spring

    • Sections:

      AE155 001242S       Main Campus Closed
        • WHEN
        • Days: T R
        • Times: 12:40 PM - 02:10 PM
        • Start Date: 01/14/2025
        • End Date: 05/08/2025
        • WHERE
        • Campus: Main Campus
        • Building: Industrial Technology Center
        • Room: ITC105
        • INSTRUCTOR
        • Victor Martinez Gonzalez

      Section Type:  Lecture

      Credit Hours:  3.00

      Section Notes:  Corequisite of ME110 Fundamentals of Motor Controls
    • AE155 003242S       Main Campus Closed
        • WHEN
        • Days: M
        • Times: 06:00 PM - 09:00 PM
        • Start Date: 01/13/2025
        • End Date: 05/05/2025
        • WHERE
        • Campus: Main Campus
        • Building: Shears Technology Center
        • Room: STC118
        • INSTRUCTOR
        • Rolfe Huebner

      Section Type:  Lecture

      Credit Hours:  3.00

      Section Notes:  Corequisite of ME110 Fundamentals of Motor Controls
    • AE155 002242S       Newton Closed
        • WHEN
        • Days: MTWRF
        • Times: 08:00 AM - 10:55 AM
        • Start Date: 04/07/2025
        • End Date: 05/08/2025
        • WHERE
        • Campus: Newton
        • Building: Newton Brooks Trade Center
        • Room: NWB106
        • INSTRUCTOR
        • Alex Heisler

      Section Type:  Lecture

      Credit Hours:  3.00

      Section Notes:  Corequisite of ME110 Fundamentals of Motor Controls
  • Variable Frequency Drives and Electric Motors - AE200

    Course Description:  This class is designed for any person requiring a general knowledge and understanding of Variable Frequency Drives (VFDs), electric motors and DC drives.
    Course Notes:  ME110 Fundamentals of Motor Controls.

    Spring

  • Actuator/Sensor Systems - AE202

    Course Description:  Contemporary control methods in process control and programmable logic control systems including multi-loop systems, open data systems, fuzzy logic and fieldbus technology.
    Course Notes:  AE155 Electrical Maintenance.

    Spring

  • Intermediate Programmable Logic Controllers - AE205

    Course Description:  Hands-on experience with modular PLC''s in developing advanced ladder logic programs and routines including applications, advanced PLC instructions, programming and troubleshooting ladder logic for discreet and analog systems.
    Course Notes:  AE150 Programmable Logic Controllers.

    Spring

  • Distributed/Integrated Control Systems - AE250

    Course Description:  Study of distributed and PC-based control systems; integration of process and programmable logic control systems into central control, data gathering and report generating systems.
    Course Notes:  AE200 Variable Frequency Drives & Electric Motors, or AE205 Industrial PLCs.

    Spring

  • Industrial Robotics - AE255

    Course Description:  This course examines types, applications and troubleshooting of industrial robots and subsystems, including the programming of industrial robotic control software.
    Course Notes:  AE150 Programmable Logic Controllers.

    Spring

  • Servo Motion Control - AE256

    Course Description:  How and when to install motion control schemes, as well as programming, maintenance, and troubleshooting of motion control systems in an industrial environment.
    Course Notes:  AE200 Variable Frequency Drives & Electric Motors, and AE205 Industrial PLCs.

    Spring

  • Introduction to Food Science - AG102

    Course Description:  Survey of food raw materials and their methods of handling, manufacturing, distribution, and consumption.

    Spring

  • Principles of Animal Science - AG103

    Course Description:  Basic principles which apply to the broad field of animal agriculture; survey of the industry; types, purposes and products of livestock; principles of breeding, selection, nutrition, lactation, reproduction, management and marketing.

    Spring

  • Principles of Agricultural Economics - AG105

    Course Description:  Economic principles and their application to the solution of problems encountered in the operation of farms and agri-business firms as well as problems of the agricultural industry in its relationship to other sectors of the economy.

    Spring