UMGC CMIT 320: Fundamentals of Cybersecurity
CMIT 320 is UMGC's core security course, aligned with CompTIA Security+ objectives: threats and vulnerabilities, cryptography basics, identity and access management, and network security design. Assessment leans on scenario-based projects, including security assessment and network-hardening proposals, rather than a proctored final.
Fennie is independent and not affiliated with University of Maryland Global Campus. This is an unofficial study guide.
What makes it hard
Like CMIT 265 it's vocabulary-dense, with attack types, controls, and crypto terms piling up fast, but the written security-proposal projects add a second skill: applying the concepts to a scenario and justifying recommendations. Students who only memorize terms struggle when asked to design controls for a specific environment.
What you'll cover
- • Threats, attacks, and vulnerabilities
- • Cryptography fundamentals
- • Identity and access management
- • Network security architecture
- • Risk management and security controls
- • Incident response basics
The CMIT 320 study guide
How to study for UMGC CMIT 320, step by step.
- 1
Split each week between vocabulary and projects
CMIT 320 grades two different skills: recalling security terms and applying them to scenarios. Give each its own sessions so the proposal weeks don't swallow the concept drilling.
- 2
Connect every control to the risk it addresses
For each control you learn, name the threat it counters and the environment it fits. That mapping is exactly what the security-proposal projects ask you to reproduce.
- 3
Write proposals to the scenario, not in general
Rubrics reward recommendations justified for the specific environment described. Generic security advice that would fit any company is the most common way students bleed points.
- 4
Track Security+ objectives as you go
The course follows the cert's objective list, so check topics off as you cover them. Finishing the course with that list mostly green means the cert is a few weeks of practice exams away.
Today
Today's CMIT 320 plan
What a Fennie Daily Plan looks like for CMIT 320. Yours is built from your own syllabus and adapts every day to your deadlines and progress.
First plan free, no card required. Fennie is independent and unaffiliated with your school.
FAQ
Is CMIT 320 hard?
Moderately. The concepts are introductory but broad, and the scenario-based written projects require applying them, not just recalling them. Students fresh from CMIT 265 usually find the networking portions familiar.
Does CMIT 320 help with Security+?
Yes, it tracks CompTIA Security+ objectives closely. It won't replace dedicated practice exams, but finishing the course puts the cert within a few weeks of focused drilling for most students.
What are the CMIT 320 projects like?
Scenario-based written work: assessing a described environment's vulnerabilities and proposing security controls with justification. Rubrics reward specific, correctly-applied terminology over generic security advice.
More UMGC courses
CMIT 265: Fundamentals of Networking
CMIT 265 covers networking fundamentals (the OSI model, IP addressing, routing, switching, and wireless) and is deliberately aligned with the CompTIA Network+ certification objectives. It's a core course for UMGC's networking and cybersecurity programs and a common first technical course for military students building on IT experience.
CMIT 202: Fundamentals of Computer Troubleshooting
CMIT 202 is UMGC's hardware and operating-systems course, built to prepare you for the CompTIA A+ certification exams. The work runs through lab simulations covering installation, configuration, maintenance, and troubleshooting, with practice certification exams and applied projects like a desktop migration proposal.
CMIT 326: Cloud Technologies
CMIT 326 introduces cloud computing with a heavy AWS focus: core services, architecture, security, and pricing models, aligned with AWS certification objectives. Hands-on labs have you working in actual AWS environments, and the course is a centerpiece of UMGC's cloud-track programs.