Industrial Technology

AutoCAD is a shortened term for automated computer-aided drafting. The course introduces students to 3D modeling in CAD software environments. Students familiarize themselves with 2D and 3D CAD modeling commands, files, menus and tools. Course expectations require students to proficiently draft, modify, and transfer CAD files. Students utilize CAD files to produce tangible products. Formerly IND 2033. 

This course provides theory and hands-on experience with the operations of fluid power systems (hydraulic and pneumatic).  Troubleshooting, repair, and design considerations are key components of the course.  Laboratory trainers are used to design, build, test, and experiment with hydraulic and pneumatic circuits. Formerly IND 2043.

This course introduces control fundamentals and logic control concepts used in programming and operating Programmable Logic Controllers used in industrial processes. A computer-based simulator using LogixPRO software is used to provide initial training on Allen Bradley PLCs. The course introduces math functions, logic and bit shift instructions, compare and jump instructions, subroutine functions, and sequencer instructions. In addition to the computer-based simulator, live simulators are used in laboratories to practice programming, wiring, and operating live PLCs with input and output devices. Formerly IND 2054. 

In this course students will become familiar with Embedded Robotics. Students will learn programming of embedded controllers, interfacing of sensors (inertial measurement unit, light & color, and color video camera), the actuation of servo motors, serial communications, and the control of autonomous robotics systems. Students will practice lower-level programming using the C language. Concepts and methodologies will be demonstrated in class with sample code and the students will expand on these further during in class excesses. Upon completion of this course, students will have an integrated hardware/software understanding of embedded robotic systems in preparation for application in the workplace. Formerly IND 2133. 

This course introduces the concepts and capabilities of computer numerical control machines. Topics include setup, operation, and basic applications. Upon completion, students should be able to explain operator safety, machine protection, data input, program preparation, and program storage. Formerly IND 2233.

The compact excavator operator course is designed for entry level operators. Training includes classroom and in-the-field activities covering: safety, walkaround inspections, operator's compartment, startup/shut down procedures, basic operating procedures based on industry requirements and basic earthmoving fundamentals. Students will demonstrate concepts and skills to operate equipment safely and proficiently. Formerly IND 1404.  

The compact track loader operator course is designed for entry level operators. Training includes classroom and in-the-field activities covering: safety, walkaround inspections, operator's compartment, startup/shut down procedures, basic operating procedures based on industry requirements and basic earthmoving fundamentals. Students will demonstrate concepts and skills to operate equipment safely and proficiently. Formerly IND 1414. 

This course is intended for entry level operators with less than three years experience operating Track Dozers or related equipment.  The objectives of the course are to ensure trainees are competent in general machine maintenance, safe operation, and performing basic excavating procedures. Participants can expect to learn information presented by their instructor online, in-class, and through field demonstrations. Formerly IND 1424. 

This course is designed for entry-level and experienced industrial and construction technicians interested in becoming certified crane operators.  The objectives of the course are to ensure trainees are competent in general machine maintenance, safe  operation, and performing basic rigging procedures.  Although a Commercial Driver's License (CDL) is not a prerequisite for this course, participants are required to possess at least a Class B CDL to drive the crane truck.  Participants can expect to learn  information presented by their instructor online, in-class and through field demonstrations. Formerly IND 1433. 

This course is structured for students interested in employment as an HVAC Technician working on residential HVAC systems. Students will study HVAC fundamentals, HVAC science, refrigeration systems and components, refrigeration practices, HVAC electrical safety, air conditioning systems, heating systems, heat pump systems, and Environmental Protection Agency (EPA) 608 requirements. Students gain hands-on experience with a variety of HVAC trainers, residential HVAC equipment, and tools used by HVAC technicians in the field. Shop procedures are explained, constantly emphasized, and strictly enforced. Students will have an opportunity to certify as HVAC Technicians by completing the EPA 608 Certification Test. Formerly IND 1053. 

This course provides advanced training for students interested in employment as an HVAC Technician working on residential HVAC systems. Building on the HVAC Fundamentals course, students will focus on electrical components used to control residential HVAC processes and equipment. Students will study HVAC fundamentals, HVAC electrical systems and components, air conditioning system controls, heating system controls, and heat pump system controls. Students gain handson experience with a variety of HVAC trainers, residential HVAC equipment, and tools used by HVAC technicians in the field. Shop procedures are explained, constantly emphasized, and strictly enforced. Formerly IND 1153. 

This course provides advanced training for students interested in employment as an HVAC Technician working on residential HVAC systems. Building on the HVAC Controls course, students will focus on malfunctions, troubleshooting, and repair of mechanical, electrical, and control components found in residential HVAC systems. Students will complete additional studies in HVAC electrical systems and components, air conditioning system controls, heating system controls, heat pump system controls, and installation, maintenance, servicing, and troubleshooting HVAC components. Students gain hands-on experience with a variety of HVAC trainers, residential HVAC equipment, and tools used by HVAC technicians in the field. Shop procedures are explained, constantly emphasized, and strictly enforced. Formerly IND 1253. 

CNC Operator I prepares students for entry into the CNC machining industry. Students explore career opportunities and requirements of a CNC Operator. Content emphasizes beginning skills key to the success of working in the CNC machining industry. Students study workplace safety and organization, job-related mathematics, basic blueprint information, metrology, work holding and tool set-up, CNC control panels, and basic machine maintenance and troubleshooting as each apply to CNC lathe operations. Formerly IND 1017. 

CNC Operator II is designed to build on the skills and knowledge students learned in CNC Operator I for entry into the machining industry. Content emphasizes beginning skills key to the success of working in the CNC machining industry. Students study workplace safety and organization, geometric dimension and tolerance, work holding and tool set-up, CNC control panels, and basic machine maintenance and troubleshooting as each apply to CNC milling operations. Formerly IND 1027. 

CNC Production Technician I is designed to build on the skills and knowledge students learned in the Certificate of Proficiency for CNC Operators. Students explore the importance of employability and entrepreneurship skills, solve problems using critical thinking, creativity and innovation; demonstrate inspection methods, select appropriate cutting tools, perform advanced set and operation of a CNC machine, and demonstrate basic computer-aided design/computer-aided manufacturing processes as it relates to CNC lathe operations. Formerly IND 1037. 

CNC Production Technician II is designed to build on the skills and knowledge students learned in CNC Production Technician I. Students demonstrate leadership and teamwork skills; solve problems using critical thinking, creativity and innovation; demonstrate inspection methods, select appropriate cutting tools, perform advanced set up and operation of a CNC milling machine, and demonstrate basic computer-aided design/computer-aided manufacturing processes as it relates to CNC milling operations. Formerly IND 1047. 

Introduces professional concepts and skill-sets required for successful careers in the disciplines of Industrial and Construction Technology. Students will be expected to demonstrate competencies in basic safety, construction mathematics, hand tools, power tools, construction drawings, material handling, basic rigging, basic communication skills, as well as basic employability skills. Formerly IND 1004.

This course provides instruction in the interpretation of mechanical part drawings, electrical schematic drawings, process piping and instrumentation diagrams, and other common drawings used in industry. Introduction to drawing tools and practice in drawing sketches are done in a lab setting. Formerly IND 1023. 

This course introduces the principles of DC electricity to include voltage, current, and resistance. Engineering notation, use of metric prefixes, and algebraic analysis of series and parallel circuits are taught. Laboratory experiments teach use of a digital multi-meter to test components and to analyze circuits. Formerly IND 1033.

This course introduces the principles of AC electricity to include capacitance and inductance. Series and parallel AC circuits are analyzed mathematically and in laboratory experiments. Instruction in the use of digital multi-meters and the use of oscilloscopes is conducted in class and in laboratories. Formerly IND 1043.

This course provides the opportunity for students to explore the development of the safety and health movement in the United States. The course focuses on identification of the causes and effects of accidents in the industrial workplace and covers several important safety topics including the Occupational Safety and Health Administration (OSHA), ergonomic factors, common hazards found in the workplace, and the roles of managers and health and safety personnel concerning industrial safety. Formerly IND 2003. 

This course provides theory and hands-on experience with electric motor controls. Topics include single and three-phase AC and DC motors, motor control circuits, wiring practices, control hardware, safe work practices, troubleshooting skills, and use of specialized electrical tools. Lab experiments will include variable speed drives and AC inverter duty motors. Formerly IND 2013. 

This course provides an opportunity for students to demonstrate mastery of a broad range of learning objectives and outcomes from the Industrial Technology program at UACCB. The course provides instruction in process control and control fundamentals and presents students with problems requiring teamwork and integration of previous learning in electrical, mechanical, and electronics disciplines. Course assessments focus on application of applicable theory, requiring analysis and synthesis of Industrial Technology knowledge and skills in a laboratory environment. The course also focuses on Industrial Technology as a career by preparing students for employment through online job searches, preparation of resumes, site visits, and job fairs. Formerly IND 2104.

This comprehensive course covers installation, troubleshooting, alignment and adjustment techniques and issues. In addition to mechanical drives, this course covers lubrication and how to use, read, and understand various measuring instruments and devices. Formerly IND 2433. 

The commercial vehicle driving course prepares students for entry into the trucking and logistics industry. Students explore career opportunities and requirements of a professional tractor trailer driver. Students study vehicle safety, accident prevention, operating regulations, cargo handling, documentation procedures, pre-trip preparation, vehicle inspection, maintenance, service, control procedures, backing, coupling, uncoupling, maneuvering, road and hazardous driving skills, and licensing requirements. Formerly IND 1917. 

Introduction to Thermal Cutting is purposed to provide secondary area career center welding students with the pre-requisite knowledge, skill-sets, and required time on task to be academically successful in WELD 11084- Welding I. This course is structured for students interested in learning the tools and equipment required to be an entry level employee in the welding industry. Students will gain hands-on experience with welding safety, oxyfuel cutting, plasma arc cutting, air-carbon arc gouging, base metal preparation and equipment set-up. This course requires students to wear several items of personal protection equipment. Contact the course instructor for the required list of welding equipment. Shop procedures are strictly enforced to maintain a safe and efficient learning environment. Formerly IND 1004.

This course is structured for students interested in employment as a production welder, in fabrication, or in a repair shop. Students will study welding safety, career opportunities, metallurgy, welding equipment and processes, welding electrical theory, and welding drawing/welding symbol interpretation. Students gain hands-on experience with basic Oxyfuel gas welding and cutting, Plasma Arc cutting, and Shielded Metal Arc Welding (SMAW) in the American Welding Society 1G/F, 2G/F, 3G/F, and 4G/F positions on carbon steel. Welding skills will be developed and assessed making SMAW stringer, weave, and overlapping beads, corner welds, fillet welds, V-groove welds, and open-root V-groove welds. This course requires students to wear several items of personal protection equipment. Shop procedures are explained, constantly emphasized, and strictly enforced. Students will have an opportunity to certify as American Welding Society Level I - Entry Welder, SMAW, Plate.

This course provides additional training for students interested in employment as a production welder, in fabrication, or in a repair shop. Students will continue the study of welding safety, career opportunities, metallurgy, welding equipment and processes, welding electrical theory, and welding drawing/welding symbol interpretation. Students gain hands-on experience with Oxyfuel heating processes, Gas Metal Arc Welding (GMAW), Flux-Core Arc Welding (FCAW), and Gas Tungsten Arc Welding (GTAW) in the American Welding Society 1G/F, 2G/F, 3G/F, and 4G/F positions on carbon steel. Welding skills will be developed and assessed in GMAW and GTAW stringer beads, fillet welds, V-groove welds, and open-root V-groove welds. This course requires students to wear several items of personal protection equipment. Shop procedures are explained, constantly emphasized, and strictly enforced. Students will have an opportunity to certify as American Welding Society Level I - Entry Welder, GMAW, FCAW, and GTAW, Plate. Formerly IND 1204. 

This course provides advanced training needed for employment in production welding, in fabrication, in a repair shop, or in the electrical power industry. Students will complete studies in the areas of welding safety, career opportunities, metallurgy, welding equipment and processes, welding electrical theory, and welding drawing/welding symbol interpretation. Students gain hands-on experience in advanced Oxyfuel welding and cutting, Plasma Arc cutting, Shielded Metal Arc Welding (SMAW) and Gas Tungsten Arc Welding (GTAW) in the American Welding Society 1G-Rotated, 2G, 5G, and 6G positions on 2-inch carbon steel pipe. Welding skills will be developed and assessed in SMAW and GTAW Open-Root, V-Groove welds. This course requires students to wear several items of personal protection equipment. Shop procedures are explained, constantly emphasized, and strictly enforced. Formerly IND 1304.