Cybersecurity, Associate in Science
Cybersecurity, Associate in Science
The Cybersecurity program prepares students for careers as security analysts. Students who complete the program will be able to secure networks by performing penetration testing, security audits, digital forensics and investigations, developing security policies, and providing overall security guidance to organizations. Topics include network security, Windows and Linux security, intruder detection systems and firewalls, web security and protocols, virtualization and cloud security, and security policies and procedures.
To obtain an Associate in Science (AS) degree in Cybersecurity, students must complete 33-37 specified major units, plus General Education (GE) requirements.
Course ID | Title | Units/Hours |
---|---|---|
REQUIRED CORE: Complete the following (25-28 units) | ||
CNSE M01 | Networking Fundamentals * | 4 |
CNSE M06 | Cisco Fundamentals of IT Essentials: PC Hardware & Software * | 4 |
CNSE M18 | Cisco System Computer Networking A * | 4 |
CNSE M30 | MS Windows Administration * | 3 |
CNSE M55 | Linux Networking and System Administration * | 3 |
CNSE M57 | Scripting for Security Management | 3 |
CNSE M82 | Introduction to Network Security * | 3 |
CNSE M80 | Internship in Computer Network Systems Engineering | 1-4 |
Units from Elective Courses Group A | 3-4 | |
Units from Elective Courses Group B | 5 | |
Total Required Major Units: 33-37 | ||
Restrictive Electives: Group A - select and complete one course (3-4 units) | ||
CNSE M13 | Internetworking and TCP/IP | 4 |
CNSE M19 | Cisco System Computer Networking B * | 4 |
CNSE M31 | MS Windows Network Server * | 3 |
Restrictive Electives: Group B - select and complete two courses (5-6 units) | ||
CNSE M56 | CompTIA Advanced Security Practitioner Preparation * | 3 |
CNSE M83 | Introduction Computer Forensics * | 3 |
CNSE M84 | Certified Ethical Hacker * | 2 |
CNSE M86 | Firewall Administration * | 3 |
CNSE M100 | Cybersecurity Analysis * | 3 |
CNSE M105 | AWS Cloud Foundations * | 3 |
CNSE M111 | Azure Cloud Fundamentals * | 3 |
CNSE M170 | Cloud Security * | 3 |
MC General Education Pattern: 28 | ||
Double-Counted Units: 0 | ||
Electives to meet 60 associate degree units: 0 | ||
Total units required for the A.S. in Cybersecurity: 61 - 65 | ||
* Prepares student to pass Professional Industry Certification Exam |
Year 1 | ||
---|---|---|
Fall Semester | Units/Hours | |
CNSE M01 | Networking Fundamentals | 4 |
CNSE M06 | Cisco Fundamentals of IT Essentials: PC Hardware & Software | 4 |
CNSE M30 | MS Windows Administration | 3 |
Units/Hours | 11 | |
Spring Semester | ||
CNSE M18 | Cisco System Computer Networking A | 4 |
CNSE M55 | Linux Networking and System Administration | 3 |
Units/Hours | 7 | |
Summer Semester | ||
CNSE M82 | Introduction to Network Security | 3 |
Units/Hours | 3 | |
Year 2 | ||
Fall Semester | ||
Select any 3 Units Group A and any 3 Units Group B | ||
Example: Student selected M13 Group A and M100 Group B | ||
CNSE M31 | MS Windows Network Server | 3 |
CNSE M100 | Cybersecurity Analysis | 3 |
Units/Hours | 6 | |
Spring Semester | ||
Select any 6 Units Group B and 1 Unit for Internship Requirement | ||
Example: Student selected M56 and M105 Group B | ||
CNSE M56 | CompTIA Advanced Security Practitioner Preparation | 3 |
CNSE M105 | AWS Cloud Foundations | 3 |
Student Selected REQUIRED Internship in Final Semester | ||
CNSE M80 | Internship in Computer Network Systems Engineering | 1-4 |
Units/Hours | 7-10 | |
Total Units/Hours | 34-37 |
Upon successful completion of this program, students will be able to:
- •design, build, and maintain secure networks that includes varied systems such as a virtual system, windows system, Linux system, firewall, wireless devices, and technology systems both on premise and on the cloud.
- •demonstrate proficiency to design, recommend and use security strategies and resources that mitigate threats.
- •demonstrate use of cyber defense tools, and apply cyber defense methods to mitigate threats as they apply to systems and networks both on premise and on the cloud.
- •demonstrate effective troubleshooting skills and utilize both oral and written communication skills.
- •perform reliable independent work and develop the skills necessary for effective teamwork.