Accelerated Bachelor/Master Program | NC State MEM

Accelerated Bachelor/Master Program
Last Updated: 05/07/2025 | All information is accurate and still up-to-date
The Accelerated Bachelor/Master Program (ABM) allows you to earn both a bachelor’s and a master’s degree faster. You can double-count up to 12 credits, which reduces the total coursework. As a result, you can finish your MEM degree within 12 months of earning your BSIE or other undergrad engineering degree, saving time and money.
Eligibility
- You must have already completed at least 75 credits in your undergraduate program, including those from advanced placement.
- If you transferred, you must have already finished at least two full-time semesters (24 hours) at NC State.
- Your accumulated GPA at NC State must be at least 3.5 on a 4.0 scale.
How to Apply for Accelerated Bachelor/Master Program
- Apply to the ABM program before your last semester as an undergraduate student.
- Complete an ABM Plan of Work (ABM PoW) and get signatures from your Undergraduate and MEM Graduate Program Directors.
- MEM PRO TIP: If your ABM PoW changes, update it during the registration period and get it signed again.
- MEM PRO TIP: Plan carefully to ensure your chosen courses are available in the semester you need them.
- Apply to the MEM Program through the NC State Graduate School: https://applygrad.ncsu.edu/apply/. You will need:
- Three letters of recommendation
- A personal statement
- Your transcripts
- MEM PRO TIP: Upload your ABM PoW in your application’s “other documents” section.
Have Questions or Need Help? Email our program coordinators at mem-information@ncsu.edu. They can answer your questions and help you get program directors’ signatures.
ISE Allowable Course Substitutions
If admitted, you can replace up to four of your ISE undergraduate courses with graduate-level courses based on the schedule below.
Undergraduate Course | Equivalent Graduate Course |
---|---|
ISE 362 Stochastic Models in Industrial Engineering | ISE/OR 560 Stochastic Models in Industrial Engineering |
ISE 408 Control of Production and Service Systems | ISE 552 Design and Control of Production and Service Systems |
ISE 417 Database Applications in Industrial and Systems Engineering | ISE 519 Database Applications in Industrial and Systems Engineering |
ISE 441 Introduction to Simulation | SE/OR 562 Simulation Modeling * |
ISE 443 Quality Design and Control | ISE 748 Quality Engineering |
ISE 452 Advanced Human-machine Systems Design | ISE 544 Occupational Biomechanics |
ISE 453 Modeling and Analysis of Supply Chains | ISE 553 Modeling and Analysis of Supply Chains |
ISE 411 Supply Chain Economics and Decision-Making | ISE 511 Supply Chain Economics and Decision-Making |
ISE 413 Humanitarian Logistics | ISE 513 Humanitarian Logistics |
ISE 498 Healthcare Systems Performance Improvement II | ISE 521 Healthcare Systems Performance Improvement II |
Technical Elective Options | |
ISE/OR 525 Medical Decision Making | ISE 520 Healthcare Systems Performance Improvement I |
ISE/OR 533 Service Systems Engineering | ISE 540 Human Factors In Systems |
ISE 541 Occupational Safety Engineering | ISE 547 Applications of Data Science in Healthcare |
ISE/OR 501 Introduction to Operations Research | EM 517 Facilities Engineering Systems |
EM 518 Environmental Compliance for Facilities Engineers | EM/ISE 538 Practical Machine Learning for Engineering Analytics |
EM 506 Managing New Hi Tech Product Launches | EM 507 Product Life Cycle Management |
EM 534 Artificial Intelligence for Engineering Managers | EM 530 Project Management |
EM 501 Engineering Leadership and Strategic Change |