How Hard Is an Online Master’s in Engineering Management? Workload While Working Full Time

Dr. Luna Magpili, PhD, CPEMReviewed by Dr. Luna Magpili, PhD, CPEMPublished: Oct 3, 2026

Key Takeaways

  • There’s no single weekly-hour requirement for an online MEM, because workload depends on course load, term length, and the course itself.
  • Published workload estimates are not apples-to-apples: some are per course, some are program-wide, and course credit size matters.
  • When a full three-credit course runs in eight weeks, the weekly workload is denser than in a traditional 15-week semester.
  • Several programs designed for working engineers recommend one course at a time in eight-week sessions or two courses across a semester.
  • Asynchronous and part-time formats give you more control over your schedule, but they don’t reduce the amount of work.

What Drives Weekly Workload

Yes, many engineers earn an MEM while working full time, and several online programs are explicitly designed for working professionals. The workload you should plan for depends on course load, term length, delivery format, and the course itself.

A useful starting point is the federal credit-hour framework. For a traditional semester, one credit generally corresponds to one hour of direct instruction plus at least two hours of out-of-class work each week for about 15 weeks, or an equivalent amount of work in another format.1 That implies about nine hours a week for a three-credit course in a 15-week term. Compress the same amount of credit-bearing work into eight weeks and the mathematical equivalent is about 17 hours a week. Use that as a planning reference, not a prediction of your own study time.

These factors push your weekly hours up or down:

  • Course load: Taking two similar courses at once can roughly double your academic time compared with one.
  • Term length: Eight-week courses fit a full course into half a semester, so each week is denser.
  • Quantitative content: Courses in engineering economics, statistics, or operations research may take more time if those subjects are new to you.
  • Team projects: Group work adds coordination time and fixed meeting times, even in asynchronous courses.
  • Capstone: A final project can add hours in the last term or two.
  • Live sessions: Required class meetings add fixed hours and reduce your flexibility.
  • Your background: Engineers who already use the material at work may move faster through some courses than career changers.

What Programs Actually Publish

Only some programs state a weekly-hour estimate, and they do not all measure the same thing. Some give hours per course, while others give a program-wide range at a typical pace. The table below includes only estimates we could confirm on current official program pages.

ProgramPublished weekly estimateCourse lengthTypical load for working studentsTypical time to finish
University of Nebraska–Lincoln, Master of Engineering Management2About 10 hours per classEight weeksOne class per eight-week sessionAbout three years on average; two possible
Gonzaga University, Master of Engineering Management310 to 15 hours, depending on the classEight weeks for most coursesOne course per eight-week sessionThree years
Colorado School of Mines, Master of Science in Engineering and Technology Management414 to 17 hours per courseEight weeksOne class per eight-week sessionNot stated
University of Oklahoma, Master of Science in Engineering Leadership and Management610 to 20 hours (not split by course)Eight weeksTwo courses at a time, with four live sessions per course21 months or more while working full time
Northeastern University, Master of Science in Engineering Management (on Coursera)710 hours per courseNot statedNot stated18 months
University of Colorado Boulder, Master of Engineering in Engineering Management (on Coursera)84 to 6 hours per course, for one-credit coursesNot statedNot statedAs few as 12 months

Disclosure: EngineeringManagement.org may receive compensation from some schools featured on this page. Compensation does not determine which programs are included or how they are described.

Read these numbers carefully. Colorado School of Mines says its eight-week courses contain “16-weeks of work within an 8-week timeframe,” which helps explain its 14 to 17 hour weekly estimate.4 The University of Colorado Boulder Coursera degree uses 30 one-credit courses, so its 4 to 6 hour estimate applies to a much smaller course unit than a typical three-credit course.8 Oklahoma publishes a 10 to 20 hour weekly estimate for its standard two-course pace.6 Texas A&M’s current program page confirms a fully online option but does not publish a weekly-hour estimate, so we did not infer one.5

Many programs publish no weekly estimate at all. They still offer structural clues:

  • Texas A&M University: The current Master of Science in Engineering Management page confirms that the degree can be completed entirely online but does not publish a weekly-hours estimate.5
  • Ohio University: Students take “one to two classes every 15 weeks.”9
  • West Virginia University: Eight-week terms, with one year to finish full time or two years part time.10
  • University of Wisconsin–Madison: “Most students finish in about two to four years while working full time, typically taking 1 to 2 courses per semester.”11
  • Duke University: Online students “should be employed full-time,” and tuition is set per semester for two courses.12

When a program doesn’t publish hours, don’t guess from another school’s numbers. Use the credit-hour benchmark as a starting point and ask admissions what current students report.

Part-Time vs. Full-Time Pace

Pace is the biggest lever you control. The same 30-credit degree can take one year or three, and the weekly load changes with it.

PaceCourses at onceWeekly load, by the credit-hour benchmarkTime to finish a 30-credit degree
One course per eight-week sessionOneAbout 17 hours in each sessionAbout two to three years, depending on summer sessions
Two courses per 15-week semesterTwoAbout 18 hoursAbout two and a half years with summers off
Two courses per eight-week sessionTwoAbout 34 hoursAbout one year

The weekly figures in the pace table are arithmetic planning equivalents based on the federal credit-hour framework, not ceilings or predictions.1 When a school publishes its own guidance, use that first; Nebraska–Lincoln, for example, estimates about 10 hours per class.2

Among the programs that publish both pace and format, one course at a time is common in eight-week programs. Accelerated or full-time pathways may assume you are not also working full time. Gonzaga University, for example, says its three-semester option is for students who choose to be full-time graduate students and not work full time.3

A slower pace spreads the coursework out, but it can expose you to more annual tuition increases and extends the time to finish. Some programs also set completion limits, such as Gonzaga University’s six-year limit.3

Sample Weekly Schedules

The two schedules below are planning examples, not requirements from any program. They assume a 45-hour work week and use Nebraska–Lincoln’s published estimate of about 10 hours per class as the baseline.2 Adjust the hours to match the estimate your program gives you.

DayOne course (about 10 hours)Two courses (about 20 hours)
Monday1.5 hours: watch the week’s lectures2 hours: lectures for course one
TuesdayOff2 hours: lectures for course two
Wednesday1.5 hours: readings and discussion post2 hours: readings and discussion posts
ThursdayOff2 hours: problem sets
FridayOffOff
Saturday4 hours: problem set or project work6 hours: assignments for both courses
Sunday3 hours: finish and submit6 hours: team project meeting, then submit

A few patterns show up when engineers plan this way:

  • Protect fixed blocks: Put study time on your calendar like a meeting, especially on weeknights.
  • Front-load the week: Watching lectures early leaves the weekend for problem sets and submissions.
  • Plan for spikes: Exams, group deliverables, and capstone milestones can push a week well past your usual hours.
  • Leave slack: A business trip or a release crunch at work can cost you a week, so don’t schedule every free hour.

If the two-course column looks unrealistic next to your job and family, that’s useful to know before you enroll. Several programs we checked expect working students to take one course at a time, so ask whether you can start that way and add a second course later.

Questions to Ask Before Enrolling

Admissions advisers can answer most of these in one conversation. Ask them before you commit:

  1. How many hours a week do current working students report for a typical course?
  2. How many courses do most working students take at once, and how long are the terms?
  3. Are any live sessions, exams, or team meetings scheduled at fixed times, and in which time zone?
  4. Which courses are known as the heaviest, and can I spread them out?
  5. How much of the coursework is team-based?
  6. Can I take a term off for work travel or a family event, and is there a limit on total time to finish?
  7. How are the capstone or final project and its deadlines structured?
  8. Are courses offered every term, or only once a year, so that missing one delays graduation?

The last question matters more than it looks. If a required course runs once a year, a skipped term can push your graduation back by a full year. For a closer look at live sessions and exams, see our guide to asynchronous MEM programs.

FAQ

Can I Earn an MEM While Working 40 to 50 Hours a Week?

Yes, it can be feasible. Several online MEM programs are designed for working professionals, and Duke University says its online students should be employed full time.12 Compare your work schedule with a one-course plan first, and confirm any required live sessions before enrolling.

How Many Hours a Week Should I Expect to Study?

Published estimates vary by program and by what counts as a course. Nebraska–Lincoln says about 10 hours per class, Gonzaga University says 10 to 15 hours, and Colorado School of Mines says about 14 to 17 hours for its eight-week courses. CU Boulder’s 4 to 6 hour estimate applies to each one-credit course.2,3,4,8

Should I Take One or Two Courses at a Time?

For many full-time workers, one course is the safer starting point. Add a second only after you know how much time the program’s courses take you and whether your job and family schedule can absorb the extra load.

Are Eight-Week MEM Courses Harder to Balance Than Semester Courses?

They are more compressed each week, not necessarily harder academically. A full course delivered in eight weeks gives you less calendar time for the same credit-bearing work, although the shorter format can let you focus on one subject at a time.

How Do Group Projects and Live Sessions Affect Flexibility?

Both add fixed times to your week. Group projects mean agreeing on meeting times with classmates, and live sessions, like the University of Oklahoma’s weeknight sessions, can’t be moved.6

Sources

  1. Electronic Code of Federal Regulations, 34 CFR 600.2, “Definitions” (credit hour): https://www.ecfr.gov/current/title-34/subtitle-A/part-600/subpart-A/section-600.2
  2. University of Nebraska–Lincoln, “MEM Admission Requirements & FAQs”: https://engineering.unl.edu/mem/about-mem/faq/
  3. Gonzaga University, “FAQs — Master of Engineering Management”: https://www.gonzaga.edu/school-of-engineering-applied-science/graduate/mem/faq
  4. Colorado School of Mines, “FAQs about the ETM Program”: https://econbus.mines.edu/engineering-technology-management-inperson/faqs-etm-program/
  5. Texas A&M University Graduate and Professional School, “Engineering Management – MS (Online)”: https://grad.tamu.edu/programs/engineering-management-ms-online.html
  6. University of Oklahoma Online, “MS in Engineering Leadership and Management”: https://online.ou.edu/program/ms-in-engineering-leadership-and-management/
  7. Coursera, “Master of Science in Engineering Management,” Northeastern University, student experience: https://www.coursera.org/degrees/ms-engineering-management-northeastern/student-experience
  8. Coursera, “Master of Engineering in Engineering Management,” University of Colorado Boulder, admissions: https://www.coursera.org/degrees/me-engineering-management-boulder/admissions
  9. Ohio University, “FAQs — Online Master of Engineering Management”: https://www.ohio.edu/engineering/ise/academics/graduate-programs/master-science-engineering-management-online/faqs
  10. WVU Online, “Engineering Management, M.S.”: https://online.wvu.edu/programs/masters-degrees/engineering-management-ms
  11. University of Wisconsin–Madison, “Engineering Management” online master’s: https://interpro.wisc.edu/online-graduate-programs/masters-degrees/engineering-management/
  12. Duke University, “Frequently Asked Questions — Online Program”: https://memp.pratt.duke.edu/online/faq

All sources accessed or rechecked between September 28 and October 6, 2026.

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Dr. Luna Magpili, PhD, CPEM
Reviewed by

Dr. Luna Magpili, PhD, CPEM

Dr. Magpili has been with Washington State University (WSU) since 2013, where she currently serves as Associate Professor and Director of the Engineering and Technology Management Program. She brings extensive international experience as both an educator and consultant, with a strong focus on global development and risk management. Before joining WSU, Dr. Magpili worked as a Program Officer for International Relief and Development, managing relief and development projects worldwide. More recently, she served as a Fulbright Specialist at Ecole Nationale Supérieure des Travaux Publics (ENTSP) in Cameroon, where she developed and taught courses in supply chain management, project management, and digital e-governance. In addition to her teaching and research roles, Dr. Magpili is highly engaged in the academic community. She serves as a panel reviewer for NSF programs, conference track chair for the American Society for Engineering Management (ASEM), and reviewer for multiple scholarly journals, including Engineering Management Review, PLOS ONE, and ASEE Publications. Dr. Magpili is a co-author of the book Operational Risk Management, a widely used reference in academic settings, and has contributed a chapter to the book Cybersecurity for Entrepreneurs. In 2023, she was awarded a Spencer Education Grant to develop and update risk management modules in Loss Prevention and Control. Dr. Magpili is currently collaborating with startups on the application of artificial intelligence and analytics to improve operational efficiency and decision-making.