Engineering Technology

Develop a broad knowledge base that is applicable to many industrial disciplines in our Engineering Technology program. While earning an Associate in Applied Science degree, you’ll become equipped with the core and specialized skills needed to pursue entry-level positions in the advanced manufacturing sector.

Whether you choose to pursue a career in industrial automation, process control or robotics, you’ll establish a strong foundation of skills and understanding of lean manufacturing principles right here at Iowa Lakes. Develop competence in electronics, programmable logic control, design, programming and advanced automated technology. You’ll also gain experience with renewable energy and power distribution.

When entering the workforce, you’ll be ready to design, program and install many different automation platforms. You’ll be familiar with the processes and equipment associated with production including mechanical, pneumatic, electrical, electronic and computers. Prepare to thrive as an application technician with plenty of hands-on experience to back you up.

Faculty Contact

Chad Tischer
Engineering Technology Instructor/Program Coordinator
712-362-8366 Ext: 8366 | ctischer@iowalakes.educreate new email

Program Details

PROGRAM LENGTH: 5 terms

DEGREE: Associate in Applied Science (75 credits)

CAMPUS: Estherville

Internship/Practicum

Did You Know?

Starting Salary: $46,992

Average Salary: $63,997

Accreditation with the Higher Learning Commission

Special Certifications Available

Curriculum

Term 1

Credits: 3

Introduction to the concepts of computer programming and Graphical User Interfaces.  Includes structured design techniques for modern problem solving.


Credits: 3

This course is designed to prepare students for the oral and writ­ten communication situations in the working world. The major ar­eas of study include technical communication principles, oral com­munications, composing technical documents, and using Standard English. Writing projects require the use of a word processing program; therefore, computer experience is recommended.


Credits: 3

This course helps students explore the different areas of engi­neering and engineering technology. This course gives students a basic understanding of how to create and read engineering drawings. This course will also prepare students, using sketching, to extend perceptual and visualization skills which in turn will later serve the student in producing CAD drawings and in the design process.


Credits: 4

Electrical Theory I is an introduction to basic electrical theory and components that make up electrical circuits. Direct Current and Alternating Current will be introduced and basic laws for voltage, current and power relationships will be presented in lecture and laboratory format. Course content will include, but not be limited to basic circuits, electrical components and their applications. Hands-on reinforcement of theory covered during lecture is prac­ticed in lab.


Credits: 3

Technical Math includes operations with real numbers, use of fractions, ratios, measurement conversion, algebraic equations, functions, geometry, and right angle trigonometry. Applications are designed around situations students may encounter in industrial settings


Credits: 1

Fundamentals, principles, and practices involved in producing and reading blueprints utilized in the different sectors of the renewable energy industry with a focus on basic blueprint reading.


Credits: 1

A study of the careers available within the renewable energy sec­tor, with an emphasis on analyzing renewable energy industries as related components of a dynamic system. Students will also learn about drafting cover letters, creating resumes, interviewing, and networking.


Credits: 1

A study of principles and practices used to establish a safe and ef­ficient environment for personnel in the renewable energy industry and various sectors thereof. The course focuses on general indus­trial safety, safety and health regulatory agencies and organiza­tions, hazard recognition and correction, and first aid.


Term 2

Credits: 4

Electric Theory II consists of instruction that will build upon experi­ence gained in Electric Theory I. Students will be introduced to advanced concepts of electrical theory.


Credits: 3

This course discusses motor controls, components, operation, and service. Students will learn electric relay control of AC and DC motors along with troubleshooting motors in an industrial application.


Credits: 4

Introduce students to Programmable Logic Controllers (PLC’s), primarily the Siemens S7-200 processors, the Siemens LOGO smart relay processor and the Bachmann M1 Controllers. The course will provide students with experiences in the following: Numbering systems associated with programming and addressing PLC’s Hardware and software familiarization associ­ated with PLC’s Using programming instruction sets to create and edit ladderlogic programs Troubleshooting techniques using a PLCTroubleshooting techniques using a schematic and drawings


Credits: 3

This course provides students with knowledge and understand­ing of digital logic circuit design and operation using integrated circuits. Studies include combinatorial logic circuits, flip-flops, arithmetic circuits, counters and registers, memory devices and logic families.

Prerequisites: ELE 119 – Basic Electricity I


Credits: 3

Introduction to Sustainable Energy Resources is designed to provide a basic understanding of energy, current trends in energy consumption, and the role of sustainable energy resources in today’s society. Topics covered will include matter and energy laws, the history of energy usage by humans, the categories of energy resources, and the environmental problems currently be­ing caused by energy consumption.


Term 3

Credits: 4

Students will complete job contact experience in their field of choice. A minimum of 288 job contact hours is required by this 4-credit course.


Credits: 6

Students will complete job contact experience in their field of choice. A minimum of 432 job contact hours is required by this 6-credit course.


Choose either EGT 934 or EGT 946

Term 4

Credits: 3

Industrial Robotics covers the pertinent subjects to understand­ing how robots work and how they are programmed. It covers the aspects of robot motion and how a robot can be integrated and synchronized with other counterparts in a manufacturing environment.

Prerequisites: ELE 136 – Basic Electricity II


Credits: 3

Studies the most commonly used structured techniques of flow charting included with the concept of data flow in large integrated systems. Also included are systems design, systems analysis and systems development for data processing solutions.


Credits: 3

This course will introduce students to the basic principles and components of fluid power systems including hydraulics and pneumatics. Students will also learn how to read fluid power sche­matics and troubleshoot basic systems.


Credits: 4

Electric motors & generators is an introduction to types of motors and generators that are used today. The characteristics of Direct Current and Alternating Current motors and generators will be dis­cussed and demonstrated through lecture and hands on labora­tory sessions.

Prerequisites: ELE 119 – Basic Electricity I


Credits: 3

This course will introduce students to advanced programming commands through industrial applications. Concepts include sequencers, file moves, arithmetic functions and data communica­tions from different PLC platforms.

Prerequisites: ELE 242 – Programmable Logic Control Systems


Credits: 3

Comprehensive introduction to components, circuits, instruments and control techniques used in industrial systems.

Prerequisites: ELE 136 – Basic Electricity II


Term 5

Credits: 3

This course provides the student with an understanding of the concepts, terminology, functionality and applications of motion control. This course will provide the foundation for learning the skills necessary to maintain and program motion control systems. Topics include servo motors, stepper motors, motion controllers, feedback systems and servo-mechanisms.

Prerequisites: ELT 125 – Advanced PLC


Credits: 3

Robotic Programming is a course that will cover the development of robotic applications and common basic programming instruc­tions used in industrial robotic platforms.

Prerequisites: ATR 105 – Industrial Robotics


Credits: 3

Students are given the opportunity to apply human relations concepts and evaluate experience and observations. Social skills required in various occupational settings will be developed, emphasizing how appropriate personal attitudes lead to social and business success.


Credits: 2

This course covers fluid power electrical controls such as sole­noids, programmable controls and servo controls. Troubleshooting and maintenance of servo valves and proportional control valves as well as other fluid power components are covered.

Prerequisites: EGT 138 – Intro to Fluid Power and ELT 125 – Advanced PLC


Credits: 4

Foundational training in local area networking technology, pro­tocols and installation procedures. Introduction to supervisory control and data acquisition for industrial networks.

Prerequisites: ELT 732 – Introduction to Industrial Instrumentation


Credits: 1

This course covers the principles and techniques of lean manufac­turing. Topics include lean principles, value stream mapping, total productive maintenance, manufacturing cells, office cells, setup reduction, pull systems and continuous improvement.