Industrial Maintenance, AAS

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This degree program is designed for persons who want to prepare for employment as industry machinery mechanic, maintenance worker or stationary engineer, and boiler operator. The curriculum provides for a student to learn the skills which are necessary to industrial maintenance and gives the student the flexibility to choose the track where their aptitude lies - electricity or welding.

Industrial Maintenance AAS Program Goals

Electrical Track

Demonstrate comprehension of a block diagram of a digital system and a reasonably complex logic diagram.
Describe industrial electronic control methods and the operating characteristics of solid state control devices.
Discuss where and why VFD’s are used in industry and the power flow through VFD.
Identify the various methods of industrial process control.

Welding Track

Demonstrate comprehension of a block diagram of a digital system and a reasonably complex logic diagram.
Describe industrial electronic control methods and the operating characteristics of solid state control devices.
Demonstrate proficiency in industrial applications for oxyacetylene cutting, plasma cutting and air arc welding processes.
Discuss the dangers involved in the welding process and demonstrate the proper procedures.
Demonstrate proficiency in striking an arc and running a quality weld bead.

Admission to the Program: Open

First-Time Enrollees

Complete an application for admission and, if desired, apply for financial aid.
Send an official high school transcript or GED score report to the Admissions and Records Office.
Complete the placement exam.
Meet with a Student Success Advocate/Advisor to select classes and complete the registration process.

Department of Career & Technical Education

2400 Tom L. Wilson Blvd.
Galesburg, IL 61401
309.345.3501

For Additional Information Contact:

The Welcome Center
Phone:309.345.3500
welcomecenter@sandburg.edu

For Graduation Requirements:

See the graduation policies and procedures page for details

Degree Requirements

First Year

Fall Semester

ELT 100 - Electrical Fundamentals Credit(s): 3
MAT 101 - Technical Mathematics 1 Credit(s): 3
MFG 100 - Introduction to Welding Credit(s): 3
MFG 130 - Industrial Safety Credit(s): 2
MTL 101 - Machine Tool Fundamentals 1 Credit(s): 3
MTL 103 - Manufacturing Processes Credit(s): 2

Spring Semester

BOC 107 - Tech Skills for Business Environment Credit(s): 3
DRF 100 - Basic Drafting Credit(s): 2
MFG 125 - Industrial Blueprints Credit(s): 3
HYD 101 - Hydraulics and Pneumatics Credit(s): 3
MAT 102 - Technical Mathematics 2 Credit(s): 3

Second Year

Fall Semester

ELT 107 - Digital Logic & Circuits Credit(s): 3
ELT 119 - Industrial Electronic Control Credit(s): 3
SPE 110 - Interpersonal Communication Credit(s): 3
or SPE 120 - Introduction to Public Speaking Credit(s): 3
PSY 101 - Introduction to Psychology Credit(s): 3
or PSY 107 - Positive Psychology Credit(s): 3
or SOC 101 - Introduction to Sociology Credit(s): 3
ICT 110 - Computer Software Applications Credit(s): 3

Spring Semester

PHY 110 - Applied Physics Credit(s): 3
BUS 100 - Introduction to Business Credit(s): 3
ELT 212 - Industrial Electricity Credit(s): 3

Total Semester Hours: 54

Select One Track to Complete:

Welding Track

WEL 160 - Oxyacetylene Welding & Metal Preparation Credit(s): 3
WEL 162 - Arc Welding Basics Credit(s): 3

Electrical Track

ELT 209 - AC/DC Drives and Servos Credit(s): 3
ELT 213 - Process Control & Instrumentation Credit(s): 3

Total Degree Hours: 60

Faculty

Ian Milligan
Instructor, Manufacturing Technology

Ellen Burns
Dean of Career and Technical Education

Facilities

Building G offers classroom space, a computer lab, and houses Carl Sandburg College’s industrial programs. The electrical lab features a host of components to aid in student learning including AC/DC trainers. Instruction is delivered by individuals with industry-specific expertise and includes specialized coursework using technical equipment. The College’s welding lab offers 26 bay stations. The welding area offers two welding simulators, as well as state of the art multi-process welding machines. The CNC Program offers training in programming, setup, and operations while housing multiple lathe, mills, and CNC Machines as well as simulators to properly train students for a career in the machining industry.