Automation Engineering Technology - Associate Degree
As a graduate of the Automation Engineering Technology program, you'll be ready to work with integrated machine systems that involve industrial automation, robotics, mechanics, computers, industrial communications and/or electronics technology. Your potential career opportunities include controls designer, automation technician, controls technician, engineering technician, controls engineer in training, and automation engineer in training.
Program Costs & Financial Aid
Tuition: $10,134, Books: $581, Supplies: $500
Follow Your Path
Some credits from the following certificate(s) apply toward this associate degree:
904621, Industrial Maintenance Certificate
Ask your advisor about 2+2 transfer opportunities.
8 Week Advantage: This is an 8 Week Advantage program.
How do I get started in this program?
Requirements for Program Entry
- Apply at www.nwtc.edu/apply.
- Submit the following to email@example.com: • High school transcript (or GED/HSED transcript). • College transcript.
- Tip! Our admission advisors will assist you through every step. Have questions? Connect with NWTC Admissions at firstname.lastname@example.org or 920-498-5444.
- Beginning courses require mastery of algebra skills. For a description of algebra skills, see the Basic Education section of this catalog.
What will I learn?
Students following the study plan below will complete the Automation Engineering Technology associate degree in the number of semesters shown.
- 10620100 - Fluids 1: Basic Pneumatics 1
- 10804113 - College Technical Math 1A 3
- 10890101 - College 101 1
- 10620101 - Fluids 2: Basic Hydraulics 1
- 10620140 - Machine Wiring and Safety 1
- 10660104 - DC 1: Introduction 1
- 10660105 - DC 2: Circuits 1
- 10664100 - Automation 1: Control Logic 1
- 10664101 - Automation 2: Motor Control 1
- 10620144 - Basic Mechanics 1
- 10801196 - Oral/Interpersonal Comm 3
- 10620147 - Intro to Predictive Maint 1
- 10806154 - General Physics 1 4
- Elective - Elective 1
- 10660107 - AC 1: Properties 1
- 10664170 - Safety Devices and Application 1
- 10664102 - Automation 3: PLC 1
- 10664103 - Automation 4: PLC 1
- 10664104 - Automation 5: PLC 1
- 10801136 - English Composition 1 3
- 10804114 - College Technical Math 1B 2
- 10605157 - Power Electronics 1: Drives 1
- 10664152 - Automation 9: HMI 1
- 10664160 - Control 1: Discrete Systems 1
- 10664161 - Control 2: Servo Systems-Intro 1
- 10664162 - Control 3: Servo Motion Prog 1
- 10801197 - Technical Reporting 3
- 10605158 - Power Electronics 2: Drives 1
- 10606116 - CAD-Intro 1
- 10606212 - CAD-ECD 1
- 10620159 - Power Electronics 3: Drives 1
- 10620161 - Power Electricity 1: Motors 1
- 10620162 - Power Electricity 2: Motors 1
- 10664105 - Automation 6: PLC 1
- 10664151 - Automation 8: HMI 1
- 10620170 - Robotics - Introduction to 1
- 10809198 - Intro to Psychology 3
- 10620172 - Robotic Vision Systems 1
- 10664150 - Automation 7: PLC 1
- 10664153 - Automation 10: Network 1
- 10664163 - Control 4: Servo System Camm 1
- 10664164 - Control 5: Servo System Regist 1
- 10664165 - Control 6: Process Control 1
- 10664189 - Automation Systems Integration 3
- 10809172 - Intro to Diversity Studies 3
- Curriculum Note: The credit for 10-890-101, College 101 is an Institutional Requirement for graduation. Consequently, it is not part of the program requirements, but must be passed with a C or better.
- It is acceptable for students to take 10-804-113, College Tech Math 1A and 10-804-114, College Tech Math 1B as alternatives to: 10-804-117, College Mathematics and 10-804-118, Intermediate Algebra w/Apps.
- Students must pass 10-801-136, English Composition 1 with a "C" or better to take 10-801-197, Technical Reporting.
- Understand and apply knowledge of electricity, electronics and motors to industrial applications.
- Read and interpret technical specifications, detail and assembly drawings, schematics, and diagrams for machine control.
- Document technical information through descriptive writing, sketches/diagrams, mathematical expression, computation, and graphs.
- Analyze electrical, mechanical, fluid control functions for proper machine programming and operation.
- Apply a variety programming languages to the control of single manufacturing cells, programmable controllers, computer networks, industrial networks and information systems using a dynamic data exchange.
- Construct ladder diagrams, flow charts, timing diagrams, and basic computer control algorithms for machine control.
- Understand and apply computer hardware/software applications to industrial systems.
- Apply diagnostic tools to troubleshoot and resolve system problems.
- Apply critical thinking skills to solving problems.
- Effectively communicate and perform in a team environment.
What careers are in my future?
with 43% in field
Source: NWTC 2019 Grad Outcome Survey
A graduate of this program will have the potential for employment in the following areas:
- Controls Designer
- Automation Technician
- Controls Technician
- Engineering Technician
- Controls Engineer in Training
- Automation Engineer in Training
What's next after graduation?
Start here. Finish at a four-year.
NWTC transfer programs are offered through collaborative agreements with our four-year college and university partners. See where your associate degree credits will transfer.
What else do I need to know about the program?
Study Abroad Opportunities
The International Programs staff continually seeks opportunities for students to travel abroad for educational experiences that may be offered in association with program courses. To find out more about which of your program courses may offer an opportunity during this academic year, contact your academic advisor or visit nwtc.edu/studyabroad.