Industrial and Systems Engineering (B.S.)

Requirements in Department (45)

• ISYE 220 - Engineering Economy Credits: 3
• ISYE 250 - Introduction to Lean Systems Engineering Credits: 2
• ISYE 310 - Work Measurement and Work Design Credits: 3
• ISYE 335 - Probability and Statistics for Engineers Credits: 3
• ISYE 350 - Principles of Manufacturing Processes Credits: 3
• ISYE 370 - Operations Research: Deterministic Models Credits: 3
• ISYE 371 - Operations Research: Probabilistic Models Credits: 3
• ISYE 410 - Human Factors Engineering Credits: 3
• ISYE 430 - Quality Control Credits: 3
• ISYE 435 - Experimental Design for Engineering Credits: 3
• ISYE 440 - Production Planning and Control Credits: 3
• ISYE 450 - Lean Manufacturing Systems Credits: 3
• ISYE 460 - Facilities Planning and Design Credits: 3
• ISYE 480 - Simulation Modeling and Analysis Credits: 3
• ISYE 495 - Senior Design Project Credits: 4

Requirements outside Department (48-52)

• CHEM 210 - General Chemistry I Credits: 3

• Available for general education credit.

• CHEM 212 - General Chemistry Laboratory I Credits: 1

• Available for general education credit.

• CSCI 240 - Computer Programming in C++ Credits: 4
• ELE 210 - Engineering Circuit Analysis Credits: 3
•       OR  TECH 175 - Electricity and Electronics Fundamentals Credits: 3
•       AND  TECH 175A - Electricity and Electronics Fundamentals Laboratory Credits: 1
• MATH 229 - Calculus I Credits: 4

• Available for general education credit.

• MATH 230 - Calculus II Credits: 4
• MATH 232 - Calculus III Credits: 4
• MATH 336 - Ordinary Differential Equations Credits: 3
• MEE 209 - Engineering Mechanics: Statics and Dynamics Credits: 4
•       OR  MEE 210 - Engineering Mechanics I Credits: 3
•             AND  MEE 211 - Engineering Mechanics II Credits: 3
• MEE 270 - Engineering Graphics Credits: 3
• PHYS 253 - Fundamentals of Physics I: Mechanics Credits: 4

• Available for general education credit.

• PHYS 273 - Fundamentals of Physics II: Electromagnetism Credits: 4

• Available for general education credit.

• PSYC 102 - Introduction to Psychology Credits: 3

• Available for general education credit.

• UEET 101 - Introduction to Engineering Credits: 1

Electives (15)

At least 9 semester hours must be from non-required ISYE courses at the 300 or 400 level.  The remaining 6 semester hours may be chosen from: 

• Non-required ISYE 300 or 400 level courses
• 300- or 400-level courses from ELE or MEE with the exception of MEE 330 and MEE 331
• The following list (Other courses not shown in this list may be chosen with the consent of the Department of Industrial and Systems Engineering):

• ACCY 206 - Introductory Financial Accounting Credits: 3
• ACCY 207 - Introductory Cost Management Credits: 3
• ACCY 288 - Fundamentals of Accounting Credits: 3
• BIOS 311 - Functional Human Anatomy Credits: 4
• COMS 302 - Introduction to Organizational Communication Theory Credits: 3
• COMS 361 - Business and Professional Communication Credits: 3
• ECON 301 - Labor Problems Credits: 3
• ECON 361 - Intermediate Macroeconomics Credits: 3
• ECON 386 - Environmental Economics Credits: 3
• MATH 240 - Linear Algebra and Applications Credits: 4
• MATH 360 - Model Building in Applied Mathematics Credits: 3
• MATH 380 - Elementary Combinatorics Credits: 3
• MATH 434 - Numerical Linear Algebra Credits: 3
• MATH 435 - Numerical Analysis Credits: 3
• MATH 439 - Applied Mathematics for Sciences and Engineering Credits: 3
• MGMT 333 - Principles of Management Credits: 3
• OMIS 351 - Information Systems in Organizations Credits: 3
• OMIS 442 - Process and Quality Improvement Credits: 3
• PSYC 345 - Cognitive Psychology Credits: 3
• PSYC 372 - Social Psychology Credits: 3
• STAT 470 - Introduction to Probability Theory Credits: 3
• STAT 473 - Statistical Methods and Models I Credits: 3
• STAT 473A - Statistical Computing Packages Credits: 1
• STAT 474 - Statistical Methods and Models II Credits: 3
• STAT 478 - Statistical Methods of Forecasting Credits: 3

Total Hours for a Major in Industrial and Systems Engineering: 108

Emphasis 1. Health Systems Engineering

Total Hours for an Emphasis in Health Systems Engineering: 111

Emphasis 2. Manufacturing Systems

Total Hours for an Emphasis in Manufacturing Systems Engineering: 108

Emphasis 3. Engineering Management

Total Hours for an Emphasis in Engineering Management: 108

Integrated B.S./M.S. Sequence

This plan is open to all industrial and systems engineering majors who have finished at least 90 semester hours of undergraduate work and who have a cumulative GPA of at least 3.00. To enter the integrated sequence, a student must obtain early admission to the NIU Graduate School, and formulate a detailed plan of study, working closely with a faculty adviser.

Students in this sequence must satisfy all the requirements of the undergraduate industrial and systems engineering curriculum with the exception that 9 semester hours of graduate credit may be included during the student’s final undergraduate semester. These hours must be approved by the department.