Diploma in Game Audio | University of Silicon Valley

Diploma in Cybersecurity

The Diploma in Cybersecurity equips students with applied skills in computing, programming, systems, networks, and databases. Students learn to analyze risks, design defenses, and apply cryptography concepts, supported by data structures, algorithms, and discrete math. A capstone project provides hands-on experience solving real cybersecurity problems.

This diploma program is newly launched and not yet eligible for federal financial aid. To offset this, we are pleased to offer an automatic $5,000 annual discount, which is stackable with all other scholarships.

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On-Campus or 100% Online

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ALUMNI SUCCESS

Program Overview

This program prepares graduates for entry-level roles in cybersecurity and information security. Students gain hands-on experience with the entire security lifecycle, from risk assessment and vulnerability analysis to defense design and incident response. The curriculum is designed to be practical and career-focused, ensuring that graduates have the skills needed to protect organizations in today's threat landscape.

What you'll learn:

Apply computing and programming concepts to cybersecurity tasks and build secure applications.

Analyze systems, networks, and databases for vulnerabilities and potential attack vectors.

Evaluate threats and solutions using core security principles and industry best practices.

Design and implement secure, efficient solutions for real-world security challenges.

Detect, respond to, and mitigate cybersecurity incidents using appropriate tools and practices.

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Learning Outcomes

By the end of the Diploma in Cybersecurity, students will be able to:

Apply computing and programming concepts to cybersecurity tasks.

Analyze systems, networks, and databases for vulnerabilities.

Evaluate threats and solutions using core security principles.

Design and implement secure, efficient solutions.

Detect, respond to, and mitigate cybersecurity incidents using appropriate tools and practices.

Cybersecurity Diploma Course Highlights

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Programming & Foundations

Build a strong foundation in computing fundamentals, programming logic, and data structures essential for cybersecurity applications.

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Networks & Systems Security

Master operating systems concepts, network systems architecture, and learn to identify and secure vulnerabilities across infrastructure.

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Databases & Algorithms

Develop expertise in database management systems, efficient algorithms, and data structures critical for security analysis and optimization.

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Advanced Cybersecurity

Dive deep into advanced cybersecurity concepts including threat analysis, cryptography, penetration testing, and incident response strategies.

The USV Difference

Deeper learning

You’ll dive deeper into each subject, with more time to absorb concepts, apply them in projects, and build lasting mastery that goes beyond memorization.

Better Balance

Fewer concurrent courses means less stress and more focus. You’ll have room to manage school, work, and life — without sacrificing academic performance.

Higher Success

With improved retention and a healthier pace, students are more likely to graduate on time and enter the job market prepared with real skills and strong portfolios.

Flexible Learning

Earn your diploma on-campus or online. You can also stack credits directly into the BS in Software Development, giving you a seamless path to advanced study and greater career opportunities.

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CAREER PATHS

Information Security Analyst
Security Operations Center Analyst
Network Security Administrator
Cybersecurity Specialist
Penetration Tester
Security Consultant
Systems Security Administrator

Information Security Analyst
Security Operations Center Analyst
Network Security Administrator
Cybersecurity Specialist
Penetration Tester
Security Consultant
Systems Security Administrator

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Faculty Spotlight

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"Cybersecurity is one of the most critical fields of our time. Our program gives students the hands-on skills and theoretical foundation to become defenders of our digital infrastructure."

Dr. Mark Naufel
Professor of Practice, University President

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Computing & Programming: Apply computing and programming concepts to cybersecurity tasks and build secure applications.

Systems & Networks: Analyze systems, networks, and databases for vulnerabilities and potential attack vectors.

Threat Evaluation: Evaluate threats and solutions using core security principles and industry best practices.

Secure Design: Design and implement secure, efficient solutions for real-world security challenges.

Incident Response: Detect, respond to, and mitigate cybersecurity incidents using appropriate tools and practices.