Learn the full set of skills to step into a great job as a technician at a local manufacturing or fabrication facility.

The Industrial Controls, Automation, and Robotics Technology (ICART) degree program provides students with technical skills in maintaining and troubleshooting electrical and mechanical systems used in the industry.

Mechanical and electrical theory is covered throughout the program, including how to troubleshoot and repair industrial systems. Instruction is delivered in a format designed for flexibility and customization based upon the desired career path of each individual student.

Program location

 

Skills you'll learn

Mechanical and Electrical Systems:Learn how mechanical and electrical systems and components function, how to troubleshoot, diagnose, adjust, and repair equipment and machinery.

Safety: Understand and adhere to safety protocols crucial in the industrial technology field.

Automation and Robotics: The program covers training in automation and robotics technologies, which are increasingly important in the manufacturing industry.

Quality Control: Learn about continuous quality management and how to ensure products meet certain standards.

Where this program can take you

• Control and Valve Installer
• Wind Turbine Service Technicians
• Refractory Materials Repairers
• Automation Technician
• PLC Programmer
• Robotics Technician
• Industrial Maintenance Technician
• Control Systems Specialist

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Schedule an Appointment

The Industrial Automation, Controls, and Robotics Technology program provides students with technical skills in maintaining and troubleshooting electrical and mechanical systems used in the industry. Mechanical and electrical theory are covered throughout the program, including how to troubleshoot and repair industrial systems. Instruction is delivered in an open lab format designed to be flexible and accommodating. This program is designed to prepare technicians to troubleshoot, repair, and service computerized control systems and robotic devices in  manufacturing environments. Students will gain knowledge and apply  skills in advanced electrical, electronic, and robotics systems. Students will apply networking skills, integral to working with automated equipment, encompassing robotic components, sensors, controllers and computers to support autonomous work.

The Basic Electrical Maintenance Certificate is awarded after successful completion of first semester courses.

The Electrical Maintenance Technology Diploma is awarded after successful completion of the first and second semesters.

Please view the technical standards for this course.

Summary Sheet

The summary sheet provides a program overview and other information.

Download the Summary Sheet.

Curriculum Sequence

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First Semester	Course Title	Credit
ELE-116	Blueprint Reading	1
ELE-310	Industrial Electricity	2
ELT-295	AC/DC Fundamentals	2
IND-212	Safety Practices	2
MFG-155	Industrial Machine Programming	3
ELE-195	Motor Controls	3
MAT-702	Introduction to Math Applications	3
	TOTAL CREDITS	16

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Second Semester	Course Title	Credit
EGT-174	Fluid Power	2
ELT-132	Motor Drives	1
ELT-263	Programmable Logic Controllers I	2
EGT-175	Fluid Power Control	2
IND-252	Powertrain and Pump Operation	3
EGT-147	Hydraulic Power Systems and Troubleshooting	1
Take 1 of 2 courses
PSY-102	Human and Work Relations	3
SOC-114	Conflict Resolution in the Workplace	3
	TOTAL CREDITS	14

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Summer Semester	Course Title	Credit
SPC-112	Public Speaking	3
HUM-287	Leadership Development Studies	3
	TOTAL CREDITS	6

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Third Semester	Course Title	Credit
ELT-264	Programmable Logic Controllers II	2
IND-179
ELT-176	Instrumentation	3
ATR-118	Automation Systems	3
ELE-218	Motion Control	2
ENG-110	Writing for the Workplace	3
	TOTAL CREDITS	13

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Fourth Semester	Course Title	Credit
ELE-219	Supervisory Control and Data Acquisition	3
ELT-266	Safety Circuits and Devices	2
ATR-135	Advanced Automation and Robotics	3
ELE-127	Troubleshooting	1
ELT-265	PLC and System Integration	5
Take WBL-110 as 1 Credit
WBL-110	Employability Skills	1-3
	TOTAL CREDITS	15

ELE-116 - Blueprint Reading

Lecture: 1

Credit: 1

This course discusses the specific data that is drawn on a blueprint and explains how to read and interpret the drawing format. Students will learn orthographic and isometric drawings to understand shapes, sizes and dimensions. Students will study building terms and construction features of carpentry, masonry, electrical, mechanical and plumbing trades.

ELE-310 - Industrial Electricity

Lecture: 1

Lab: 2

Credit: 2

This course discusses important properties of electricity and the common electrical elements found in industrial settings. Students will learn how to install and wire electrical components. Students will also learn how to layout a project; estimate wiring quantities, lengths, and sizes between panels and properly size and install conduit. The course will introduce the national OSHA safety standards and upon completion of this course students will receive the OSHA 10 hour certification.

ELT-295 - AC/DC Fundamentals

Lecture: 1

Lab: 2

Credit: 2

This course introduces students to the components used in most electronic circuits and how they are measured, tested and function. Students will learn the fundamentals of AC and DC electrical systems used for power and control in industrial applications. Students will learn how to operate, install, design and troubleshoot basic AC and DC electrical circuits.

IND-212 - Safety Practices

Lecture: 1

Lab: 2

Credit: 2

This course will introduce OSHA safety standards, and upon completion of this course, students will receive the OSHA 10 hour general industry certification. This course relates OSHA as it applies to employers and employees engaged in a variety of businesses. Students will demonstrate how to safely use fall safety and other PPE to stay safe in the work place. Students will learn how to interpret a Safety Data Sheet to properly handle hazardous materials.

MFG-155 - Industrial Machine Programming

Lecture: 1

Lab: 4

Credit: 3

This course introduces students to the use of microprocessors. Students will learn how inputs and outputs interact with microprocessors and how to program them. Students will also learn to read and understand coordinates on a blueprint and to write CNC programs using G and M codes.

ELE-195 - Motor Controls

Lecture: 1

Lab: 4

Credit: 3

This course discusses Motor Controls, components, operation and service. Students will learn electric relay control of AC and DC electric motors found in industrial applications. Students will also learn industry-relevant skills including how to operate, install, design and troubleshoot AC and DC motor control circuits.

MAT-702 - Introduction to Math Applications

Lecture: 2

Lab: 2

Credit: 3

This course is offered to students who can profit from an applied course in mathematics and will prepare students who need to develop skills for MAT-704. It is designed as an introductory level algebra course recommended for students with one year of high school algebra. Emphasis is on the building of basic algebra skills and the application of these mathematical techniques. The course studies the relationship of geometry and algebra as they apply to various fields. This course will also cover whole numbers/decimals, integers, fractions/percents, direct measurement, basic geometric concepts/relationships, linear equations and right-triangle trigonometry. Prerequisite: MAT-052 or meet minimum placement testing requirements.

EGT-174 - Fluid Power

Lecture: 1

Lab: 2

Credit: 2

This course discusses the fundamentals of hydraulic and pneumatic technology. Students will learn fluid power circuits, actuators, valves, safety, maintenance, and troubleshooting. Students will also learn how to operate, install, analyze performance, and design fluid power systems.

ELT-132 - Motor Drives

Lecture: 0.5

Lab: 1

Credit: 1

This course discusses the fundamentals of motor drive operation and setup. Students will learn industrial AC electronic motor drives, which are used to provide accurate control of speed, position and acceleration of industrial motors. Students will also learn industrial skills on how to operate, install, tune and troubleshoot various industrial drives. Prerequisite: ELE-195.

ELT-263 - Programmable Logic Controllers I

Lecture: 1

Lab: 2

Credit: 2

This course introduces students to programmable logic controllers and the basic operations, programming, wiring, troubleshooting, and communications necessary in an industrial setting. Students will learn techniques and procedures to connect various inputs and outputs using PLCs. Prerequisites: MFG-155 and ELE-195.

EGT-175 - Fluid Power Control

Lecture: 1

Lab: 2

Credit: 2

This course introduces students to the use of electrical devices to control a fluid power system. Students will learn to identify and understand the uses of Electro-Fluid devices in a circuit. Students will also learn to design, draw, and build fluid power control circuits using relay logic and PLCs. Prerequisites: EGT-174 and ELT-263.

IND-252 - Powertrain and Pump Operation

Lecture: 1

Lab: 4

Credit: 3

This course discusses the principles and applications of various pumps and mechanical transmission systems. Students will learn the skills they need to select, operate, install, maintain, and repair the many different types of pumps used in the industry. Students will learn industrial skills on how to install, operate, and maintain basic mechanical transmission systems using chains, v-belts, spur gears, bearings, and couplings.

EGT-147 - Hydraulic Power Systems and Troubleshooting

Lecture: 0.5

Lab: 1

Credit: 1

This course will cover the operation, diagnosis and maintenance of basic and complex hydraulic systems. Prerequisite: EGT-174.

PSY-102 - Human and Work Relations

Lecture: 3

Credit: 3

This is a course that includes the understanding of the applications of psychological principles, theory and research related to the work setting.

SOC-114 - Conflict Resolution in the Workplace

Lecture: 3

Credit: 3

Conflict Resolution in the Workplace will study conflict resolution theories and applications in the workplace. The course will provide students with the opportunity to develop their own effective interpersonal conflict resolution skills as well as skills needed to help employees resolve their conflicts with one another and the skills needed to negotiate contracts. Students will also be introduced to theories and skills needed to apply culturally sensitive principles to conflict resolution.

SPC-112 - Public Speaking

Lecture: 3

Credit: 3

This course examines both the theoretical and practical basis of speech communication, particularly public speaking. Emphasis is on speech preparation, organization, support, delivery and audience analysis.

HUM-287 - Leadership Development Studies

Lecture: 3

Credit: 3

This course is designed to provide emerging and existing leaders the opportunity to explore the concept of leadership and to develop and improve their leadership skills. The course integrates readings from the humanities, experiential exercises, films/videos and contemporary readings on leadership.

ELT-264 - Programmable Logic Controllers II

Lecture: 1

Lab: 2

Credit: 2

Students will learn how to perform advanced interfacing, programming, and troubleshooting using Studio 5000 software in PLC systems. Students will learn how to set up software drivers, create tags, monitor data, log on to networks, upload and download projects, and search for documentation. Prerequisite: ELT-263.

IND-179 -

ELT-176 - Instrumentation

Lecture: 1

Lab: 4

Credit: 3

This course introduces students to the basic principles and concepts of process control, calibration, replacement, repair adjustment, troubleshooting and use of test equipment. Students will learn how to calibrate, adjust, install, operate, and connect process control systems. Students will also learn how to measure signals and connect devices in a wide variety of control configurations including: PID control, on/off control and manual control. Prerequisite: ELT-295.

ATR-118 - Automation Systems

Lecture: 1

Lab: 4

Credit: 3

This course explains the operation and integration of advanced automation components to PLC hardware and software in industrial control systems. Students will work with Allen Bradley Compact Logix 5000 PLC and RS Logix 5000, RS Linx and RS FactoryTalk View ME software. Students will also study how PLCs interface and setup HMIs, RFID, and barcode readers using Ethernet/IP networking control systems. Prerequisite: ELT-264

ELE-218 - Motion Control

Lecture: 1

Lab: 2

Credit: 2

This course is an introduction to electronic motion control in industrial control systems. Students will work with motion control software, which communicates to servo controllers, servo drives and motion controllers in industrial control systems. Students will learn to design and program a motion control project using Studio 5000 software. Students will tune resolvers and encoders to control precise torque, velocity, and position of rotary and linear actuators. Prerequisite: ELT-264.

ENG-110 - Writing for the Workplace

Lecture: 3

Credit: 3

Writing for the Workplace prepares students for the various types of written communication required by professional employers. In this class, students learn how to write informal and formal documents and reports in the design and style of career-related communication with a focus on audience, purpose, subject and genre and how they affect our writing choices. This course also includes a review of grammar and usage skills, as well as emphasizes effective language use in real-world applications. Prerequisites: ENG-013 with a minimum grade of C-or meet minimum placement test score requirements. No Waivers.

ELE-219 - Supervisory Control and Data Acquisition

Lecture: 1

Lab: 4

Credit: 3

This course discusses concepts related to supervisory control and data acquisition (SCADA) to monitor automated control systems. Students will design and configure a SCADA control systems project using computer hardware, software, and networking. Prerequisites: ATR-118 and ELT-176.

ELT-266 - Safety Circuits and Devices

Lecture: 1

Lab: 2

Credit: 2

This course introduces students to the various safety input and output devices, such as lasers, light curtains, and mats, used in industrial settings to maintain a safe working environment. Students will learn to properly identify, connect, and maintain safety circuits and integrate safety devices within automated work cells and other industrial settings. Prerequisites: ELE-116 and ELT-264.

ATR-135 - Advanced Automation and Robotics

Lecture: 1

Lab: 4

Credit: 3

This course introduces basic robot operation of industrial process automation and programmed machine movement. Students learn robot safety in automated work cells and safety integrated devices. Students also study machine iRVision and automated control systems integrated with robots. Prerequisite: ATR-118.

ELE-127 - Troubleshooting

Lecture: 0.5

Lab: 1

Credit: 1

This course introduces students to the fundamental sequence of steps that can be applied when attempting to locate and repair problems in electrical and mechanical equipment. Students will learn how to use proper testing equipment to assist in finding faulty components. Students will learn how to plan a course of action for troubleshooting and repairs of equipment. Prerequisites: ELT-264, EGT-175, EGT-147 and IND-251.

WBL-110 - Employability Skills

Lecture: 1-3

Credit: 1-3

This course is designed to assist students in developing the skills necessary to obtain employment, and to learn and practice the skills and attitudes required for job success. Students will practice resume writing, job application completion and interviewing techniques. Additionally, students will practice work-place problem solving strategies and demonstrate skills required to work in a diverse environment. Prerequisite: WBL-150 is recommended.

ELT-265 - PLC and System Integration

Lecture: 2

Lab: 6

Credit: 5

This course reinforces topics in programmable logic controllers using the Allen-Bradley ControlLogix and RSLogix 5000 programming software including programming input, output, bit, timer, counter, compare, move, and math instructions. Students will learn how to create and modify subroutines and configure devices. Students will learn system integration with electrical, mechanical, pneumatic, robotic devices, and other relevant industrial equipment. Prerequisite: ELT-264.

Paul Volkl - Instructor - Industrial Controls, Automation and Robotics Technology

Email: pvolkl@scciowa.edu
AAS, Muscatine Community College
BS, Orion Technical College