Engineering Technology
A program focusing on hands-on, applied, and practical work in design, testing, development, manufacturing, systems development, field engineering, technical operations, process improvement, or quality control. Students can specialize in electronics, engineering graphics/CAD, mechatronics, precision machining, or welding and fabricating.
Courses
- CIS105 — Cybersecurity Essentials
- CIS110 — Foundations of Information Systems
- CIS115 — Microcomputer Applications
- CIS120 — Introduction to Networking - Network+ Certification
- CIS130 — Operating Systems
- CIS155 — Introduction to App Coding and Development
- CIS160 — A+ Certification
- CIS242 — Python Programming for Development, AI and Data Science
- CIS260 — Computer Programming I
- ENG100 — English Composition I with Basic Writing Skills
- ENG101 — English Composition I
- ENG102 — English Composition II
- ETE100 — Fundamentals of Direct and Alternating Current
- ETE120 — Semiconductor Devices and Circuits
- ETE130 — Digital Circuits
- ETE165 — Introduction to Programming and Interfacing: Microcontroller Computer
- ETE210 — Industrial Electronics
- ETE275 — Advanced Programming and Interfacing: Microcontroller Computer
- ETG115 — Introduction to Computer Aided Drafting
- ETG121 — Architectural Basics
- ETG122 — 3D CAD Models
- ETG130 — Geometric Dimensioning and Tolerancing
- ETG140 — Advanced Drafting with AutoCAD
- ETG160 — SolidWorks - Product Design and Development
- ETG190 — Siemens NX
- ETG210 — Introduction to Mold Design
- ETG220 — Jig/Fixture Design
- ETG230 — Tool/Die Design
- ETG245 — Electrical Controls 2D/3D
- ETM107 — Technical Mathematics
- ETM110 — Electrical Power and Control Circuits
- ETM130 — Programmable Logic Controllers
- ETM140 — Fluid Power and Control Circuits I
- ETM160 — Introduction to Programming and Interfacing: Industrial Robots
- ETM210 — Weld Robot
- ETM240 — Fluid Power and Control Circuits II
- ETM280 — Advanced Robotics and Programmable Controls
- ETP110 — Machine Tools
- ETP120 — Machine Tool, Advanced
- ETP200 — G-Code Programming for CNC
- ETP215 — CNC 2D Programming
- ETP220 — CNC Surfacing Applications
- ETW101 — Basic Oxyacetylene Welding, Cutting and Brazing
- ETW110 — Basic Shielded Metal Arc Welding
- ETW115 — Basic Gas Metal Arc Welding
- ETW130 — Basic Gas Tungsten Arc Welding
- ETW170 — Print Reading for Welders and Fabricators
- ETW210 — Advanced Shielded Metal Arc Welding
- ETW211 — Shielded Metal Arc Welding: Pipe
- ETW212 — Advanced Shielded Metal Arc Welding: Pipe
- ETW220 — Advanced Gas Metal Arc Welding
- ETW221 — Basic Gas Metal Arc Welding: Pipe
- ETW222 — Advanced Gas Metal Arc Welding: Pipe
- ETW230 — Advanced Gas Tungsten Arc Welding
- ETW231 — Basic Gas Tungsten Arc Welding: Pipe
- ETW232 — Advanced Gas Tungsten Arc Welding: Pipe
- ETW233 — Gas Tungsten Arc Welding: Aluminum
- ETW240 — Advanced Flux Cored Arc Welding
- ETW241 — Basic Flux Cored Arc Welding: Pipe
- ETW242 — Advanced Flux Cored Arc Welding: Pipe
- ETW270 — Industrial Fabrication
- MTH1010 — Intermediate Algebra
- MTH1011 — Intermediate Algebra with Support
- MTH1020 — Intermediate Algebra and Plane Trigonometry
- MTH1120 — Introduction to Statistics
- MTH1121 — Introduction to Statistics with Algebra Support
- MTH1130 — Pre-Calculus
- MTH1140 — Calculus I
- PHY110 — Introduction to Physics
- PHY115 — Introduction to Engineering
- PHY121 — College Physics I
- PHY130 — Physics for Technology Students
Source ↗
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