Most online master's in engineering management programs require 30-36 credits to complete.
These programs are available on a part-time and full-time basis, with a full-time student taking about two years to complete the program. A part-time student can often take up to four years to get their master’s degree. That being said, some programs offer accelerated master's programs that take a shorter time to complete.
Courses and Specializations That Define an MEM
Master’s in engineering management programs combine business and engineering curriculums to prepare students to leverage skills from both fields in making impactful business decisions.
Different online master’s in engineering management programs focus on various areas depending on the intended outcomes. These areas build upon the basic engineering concepts you covered in your undergraduate program, expanding your focus in areas such as civil engineering, computer engineering, or software engineering.
In addition, you also cover several business courses to introduce you to the management side.
Core courses in a MEM program can include:
Business-related courses, including Organizational Management
Finance (which will include accounting)
Business Law (which will include IP)
Management
Intellectual property
Accounting
Technical courses will include
Project Management
Quality Control and Reliability
Operations and Supply Chain
Systems Management
Design and Innovation
Operations Research and Analytics
Engineering Statistics
Risk Management
In addition to core courses, some MEM programs let you choose various specializations (sometimes referred to as concentrations or tracks) so you can develop industry-specific expertise that aligns with your career goals. Some examples of engineering management specializations are:
If you want to specialize in systems engineering, for example, you’ll learn how to design, integrate, and manage complex systems. Systems engineering covers areas such as engineering reliability, coordination of teams, testing and evaluation, and logistics, among other areas.
This specialization is a critical discipline for engineering managers across various fields, including industrial, mechanical, civil, software, cybernetics, aerospace, manufacturing, and production.
Operations management, on the other hand, focuses on optimizing business operations to ensure efficiency. It involves designing, controlling, and continuously improving business processes for the effective production of goods and services.
Key areas of operations management include production systems, operations strategies, mathematical modeling, safety, risk management, maintenance, and the design and configuration of production systems.