Industrial Engineering Technology (B.S.) Articulation with Ivy Tech, Requirements and 2-Yr Plan

Program Requirements

1. Completion of the A.S. in Engineering Technology from Ivy Tech Community College is required for admission to the B.S. in Industrial Engineering Technology degree. Must have a GPA of 2.0 or higher and no courses with a grade below C in the associate degree.
2. Students must earn a cumulative GPA of 2.00 or better for graduation from PFW.  In addition, students must have a minimum grade of C- or better on all classes, for credit towards their degree.  Classes below a C- grade may be retaken for a qualifying grade as needed.
3. All students in the Industrial Engineering Technology program are expected to meet the same student learning outcomes and program requirements. Additional program requirements exist for all students in Industrial Technology Engineering; see the Program Description page for Industrial Engineering Technology for additional details.  
4. You are responsible for satisfying the graduation requirements specified for your selected program.  Thus, it is essential that you develop a thorough understanding of the required courses, academic policies and procedures governing your academic career.  All requests for exceptions to specific requirements must be made in writing and may be granted only by written approval from the appropriate chair or dean.
5. List of Major courses and supporting courses required at PFW; total credits in program = 120.

Required Courses: Credits 60

• CHM 11100 - General Chemistry Cr. 3.
• ENGL 23401 - Technical Report Writing Cr. 3.
• ENGL 42101 - Technical Writing Projects Cr. 1-3.

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• IET 10500 - Industrial Management Cr. 3.
• IET 20400 - Maintaining Quality Cr. 3.
• IET 22400 - Production Planning And Control Cr. 3.
• IET 25700 - Ergonomics Cr. 3.
• IET 26700 - Work Methods Design Cr. 3.
• IET 31000 - Plant Layout And Material Handling Cr. 3.
• IET 35000 - Engineering Economy Cr. 3.
• IET 36200 - Technological Optimization Cr. 3.
• IET 45400 - Statistical Process Control Cr. 3.
• IET 47800 - Lean Manufacturing and Design Cr. 3.
• IET 48000 - Cost Estimating and Design Cr. 3.
• ECET 21100 - Electrical Machines and Controls Cr. 3.
• ECET 36100 - Introduction to PLC and Pneumatic Systems Cr. 4.
• MET 33500 - Basic Machining Cr. 3.
• MET 44000 - Advanced CNC Machining Cr. 3.
• Technical Elective (3 cr.)
• Technical Elective (2 cr.)

2-Year Plan, 60 Cr.

Fall 3rd Year:

• IET 10500 - Industrial Management Cr. 3.
• IET 20400 - Maintaining Quality Cr. 3.
• IET 22400 - Production Planning And Control Cr. 3.
• IET 25700 - Ergonomics Cr. 3.
• IET 26700 - Work Methods Design Cr. 3.

• Total credits = 15

Spring 3rd Year:

• IET 31000 - Plant Layout And Material Handling Cr. 3.
• IET 35000 - Engineering Economy Cr. 3.
• MET 33500 - Basic Machining Cr. 3.
• CHM 11100 - General Chemistry Cr. 3.
• ENGL 23401 - Technical Report Writing Cr. 3.

• Total Credits = 15

Fall 4th Year:

• IET 36200 - Technological Optimization Cr. 3.
• IET 45400 - Statistical Process Control Cr. 3.
• IET 47800 - Lean Manufacturing and Design Cr. 3.
• MET 44000 - Advanced CNC Machining Cr. 3.
• ECET 21100 - Electrical Machines and Controls Cr. 3. or equivalent ECET course.

• Total credits = 15

Spring 4th Year:

• IET 48000 - Cost Estimating and Design Cr. 3.
• Technical elective Cr. 3.
• Technical elective Cr. 2.
• ECET 36100 - Introduction to PLC and Pneumatic Systems Cr. 4.
• ENGL 42101 - Technical Writing Projects Cr. 1-3.

• Total Credits = 15