Engineering Technology Program Requirements

Engineering technology education focuses primarily on the applied aspects of science and engineering aimed at preparing graduates for practice in that portion of the technological spectrum closest to product improvement, manufacturing, robotics, unmanned systems, and engineering operational functions.

The NMC Engineering Technology degree offers students a broad-based curriculum across all areas of technical education, preparing the graduates for emerging job markets and highly technical fields. The program is designed to allow students to focus on areas of interest or specialize in one of seven technical specializations: Automation and Robotics, Computers, Electronics, Marine, Photonics, Unmanned Aerial Systems, and Unmanned Ground Vehicles.

Associate in applied science (AAS)

Effective: Fall 2014

General Education Requirements Credits: 21-22 (model schedule)

Communications: ENG 111 and either ENG 112 or ENG 220 or BUS 231

7-8

Humanities: PHL 105

3

Math competency: Placement into MTH 140 or higher, or completion of MTH 121

4

Science: PHY 105

4

Social Science: GEO 115

3

Technical specialty Requirements Credits: 19

CIT 110 Programming Logic & Design

3

DD 170  Computer Modeling

4

EET 102 Intro to Engineering Technology

2

EET 103 Electrical Studies I

3

MFG 103 Manufacturing Processes

3

MFG 104 Fluid Power

4

General Engineering Technology: 20 Credits

Choose at least 20 credits from the Specializations listed below.

Computer Technology: 21 Credits (model schedule)

CIT 170 Microsoft Office - Access

3

CIT 180 HTML & CSS Programming

3

CIT 190 Java Programming

3

CIT 195 .NET Applications

3

CIT 248 SQL Server Databases

3

CIT 255 .NET Object Oriented Prog.

3

RAM 120 Robotics & Automation I

3

Electronics Technology: 19 Credits (model schedule)

EET 104 Electrical Studies II

3

EET 161 Fundamentals of Lights and Lasers

4

EET 221 Industrial Controls

3

EET 232 Programmable Logic Controllers

3

EET 233 PLC Applications

3

RAM 120 Robotics & Automation

3

Marine Technology (ROV/AUV): 20 Credits (model schedule)

ENV 131 Oceanography

4

RAM 120 Robotics & Automation I

3

WSI 200 G.L Research Technologies

3

WSI 210 Underwater Acoustics and Sonar

3

WSI 215 Marine GIS & Data Processing

3

Remote Operated Vehicles*

4

Photonics Technology: 20 Credits (model schedule)

DD 110 Basic Metallurgy

3

EET 104 Electrical Studies II

3

EET 161 Fundamental of Light and Lasers

4

EET 212 Elements of Photonics

4

EET 221 Industrial Controls

3

RAM 120 Robotics & Automation I

3

Robotics & Automation Technology: 18 Credits (model schedule)

EET 104 Electrical Studies II

3

EET 221 Industrial Controls

3

EET 232 Programmable Logic Controllers

3

EET 233 PLC Applications

3

RAM 120 Robotics & Automation I

3

RAM 150 Robotics & Automation II

3

Unmanned Aerial Systems (UAS) Technology: 21 Credits (model schedule)

AVF 141 Intro to UAS

3

AVF 241 UAS II

4

AVG 101 Private Ground School

5

AVG 210 UAS I

3

EET 104 Electrical Studies II

3

RAM 120 Robotics & Automation I

3

Unmanned Ground Vehicles (UGV) Technology: 21 Credits (model schedule)

AT 130 Engine Performance I

5

AT 220 Automotive Electrical II

5

AT 240 Unmanned Ground Vehicles

4

RAM 120 Robotics & Automation I

3

Remote Operated Vehicles*

4

Program Requirements  Minimum credit Hours: 60

*Course under development

Approved Engineering Technology Electives »

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