University of Maryland Online Master of Engineering in Cybersecurity

Why University of Maryland?

The online Master of Engineering in Cybersecurity offered by University of Maryland, is aimed at applicants with an engineering background who wish to enrich their careers while continuing to work and study at the same time. The University of Maryland, a very large public research university in College Park, Maryland, accepts applications from students with an undergraduate degree in engineering, computer science, Applied Mathematics, or physics. Undergraduate coursework should include computer programming, or the applicant should be able to demonstrate equivalent experience and/or knowledge through training or work experience.

The GRE is recommended, and a minimum undergraduate GPA of 3.0 is expected. 

Program Snapshot

University Name University of Maryland
Location College Park
State Maryland Grade A
Name of Degree Master of Engineering in Cybersecurity
School or Department Administering Program School of Engineering
Credits 30
Cost per credit $1,049.00
Tuition for Entire Program $31,470.00
Test Requirements GRE recommended
Minimum GPA 3.0
Campus Visit Required? No
Typical Time to Complete 2 years
When Can Students Start the Program? Fall, Spring, Summer
Program Concentrations None
Synchronous Classes No
Required Courses · Security Tools for Information Security

· Information Assurance

· Hacking of C Programs and Unix Binaries

· Network Security

· Networks and Protocols

· Secure Operating Systems

Does the Program Include a Capstone? No
Does the Program Include a Practicum or Internship? No
Other Features that Make the Program Unique Designed for working professionals; large school of engineering; emphasis on technical skills
Program Objectives (quoted directly from the program) Master technical skills of Cybersecurity engineering including network security, ethical hacking, information assurance, and secure software development
Program Description Consisting of 30 required credits, this program emphasizes engineering topics. Students follow a generalist approach, with no concentration available for specialization. Following a traditional course schedule, the program is designed for students wishing to work and study at the same time.


What will I Learn?

Students at the University of Maryland cyber security engineering program are expected to enter the program with strong technical skills in the basics of engineering as well as computer programming.  Coursework in the program therefore emphasizes the technical skills of cyber security engineering including ethical hacking, information assurance, secure software development, and network security.  The program does not offer specific specializations. 

The following courses are required: Security Tools for Information Security, Information Assurance, Hacking of C Programs and Unix Binaries, Network Security, Networks and Protocols, and Secure Operating Systems. All other courses are elective.

Since the University of Maryland School of Engineering is a large well-established academic Department, and faculty have very active research programs, students in the cybersecurity engineering field will have opportunities to collaborate with industry leaders on a variety of exciting projects.  They can also take advantage of proximity to the national capital region. 

How much will the program cost?

The typical time for completion of the degree is 2 years of study. Students pay $1,049.00 per credit for a total of 30 credits, or $31,470.00 in total.

How does the program fit into my life?

This program is asynchronous, meaning that students complete coursework on their own schedule weekly. Coursework can involve viewing pre-recorded video content and participating in online discussion. The typical time for completion of the degree is 2 years of study. Students can enter the program in Fall, Spring, or Summer semesters. 


Mid-range in terms of cost, the online cyber-security Master’s program from this well-regarded University emphasizes engineering topics.  The curriculum is designed to be highly technical, and is most appropriate for professionals with an engineering background.  Following a traditional course schedule, the curriculum offers many opportunities for research and innovation within a large School of Engineering.