One Year Masters in Cybersecurity

Master of Science in Cybersecurity and Analytics is offered at St. Thomas University. The program offers in-demand skills in the rapidly expanding domains of analytics and cybersecurity. Some of the areas that students learn about include cloud safety Social engineering, malware, DDoS attacks, malware networks, VPNs, and firewalls wireless safety.

It is a 30-credit program that can be completed in a year. The program uses contemporary tools and real-world applications to teach fundamental ideas in networks, cybersecurity, and analytics. Some features of the master's program are:

• The curriculum is in line with leading industry certifications like CISSP and CompTIA.
• The course is intended for learners from a variety of backgrounds.
• Job placement and internships are highly valued.

Master of Science in Cybersecurity is offered at the University of the Pacific. It is a cutting-edge graduate-level program meant to set you up for success in the quickly expanding sector of cybersecurity. 

The 30-credit program features a boot camp aimed at providing students with the necessary technical skills for success from a variety of professional and educational backgrounds. It can be completed in one year. Some crucial features of this program are:

• Demand in the Industry and Job Security: A Master of Science in Cybersecurity degree can help students stand out in the job market as the need for cybersecurity specialists is growing quickly.
• Personal Development: Graduate school is a demanding and rewarding experience that will strengthen the capacity for critical thought and problem-solving.
• Specialized Knowledge: Students can acquire the knowledge and abilities necessary to keep abreast of the most recent developments in the field with a Master of Science in Cybersecurity.

The Department of Computer Science and Engineering offers a Master of Science in Cybersecurity, a program designed to provide a high quality, academically challenging and career-enriching educational experience that is responsive to industry trends, changing standards and employer needs. The degree develops students who are highly skilled in the field, technically savvy and think critically about cybersecurity challenges.

As a graduate student in the UNT Cybersecurity program, you will have the opportunity to work alongside outstanding faculty who are world-renowned in the field, as well as gain access to the Center for Information and Cyber Security (CICS).

The UNT Center for Information and Cyber Security (CICS) has been designated by the National Security Agency and Department of Homeland Security as a National Center of Academic Excellence in Cyber Defense Education and Research. As a center for excellence, you’ll learn from experts in the field and gain knowledge and skills that have practical industry application.

The Dominican Master of Science in Cybersecurity positions cybersecurity as a strategic business and risk management challenge. This fully online, evening program provides a direct pathway to leadership opportunities within the industry. It is designed for working professionals as well as recent college graduates with a passion for solving complex technological and business problems through strategic expertise and collaboration.

The Master of Science in Cybersecurity (MSC) is a one-year intensive program for working professionals as well as recent college graduates interested in cybersecurity management. Our MSC program develops leaders who can address people, process, technology, and vendor chain aspects of strategic cybersecurity efforts by supporting and motivating collaboration across the organization and driving optimized solutions that enable the company to manage evolving risk and achieve its business goals. Our program allows participants to develop the necessary skills to make informed cybersecurity decisions by analyzing potential outcomes, benefits, and risks.

Balance between business risk management and cybersecurity and IT requirements.

A STEM-designated degree (STEM graduate programs are university degrees awarded in Science, Technology, Engineering, and Mathematics.).

View Tuition and Financial Aid Information for details.

Cybersecurity is a business enabler! Our MS in Cybersecurity Program addresses the most important elements of people, process, technology, data, partners and suppliers to ensure exactly that.

A degree from a private university like Dominican University of California is accessible than you might think.

Statement of Purpose Intent A statement between 300 and 800 words describing why you are interested in pursuing a graduate degree in cybersecurity.

International MSC students are not eligible to live on campus or qualify for an F1 student visa due to the online nature of the degree.

There is an increasing awareness and concern over the growing cyber threats facing organizations, governments, and individuals. Cyber-crime is growing exponentially. According to Cybersecurity Ventures, the cost of cybercrime is predicted to hit $8 trillion by end of 2023 and will grow to $10.5 trillion by 2025. According to Cyberseek, the current (US) national demand ratio is 69%, meaning in the US only 69% of the cybersecurity jobs are filled. This is based on 663K total cybersecurity job openings. In California only, there are around 69K cybersecurity job openings. As a result the demand for cybersecurity professionals is very high regardless of the industry and the job outlook over the next decade is extremely positive as portrayed by Cyberseek, The Bureau of Labor and Statistics.

A graduate degree in cybersecurity with a business focus is very valued in several industries such as healthcare, financial services, manufacturing, retail, higher education, telecom, construction, energy, government, and technology. It also provides current employees in the public and private sectors an opportunity to obtain advanced-level, high-quality training in the core business areas with an IT Cybersecurity focus.

According to labor market researcher Burning Glass Technologies, almost one-quarter of cybersecurity jobs require a graduate degree.

Positions our graduates will be equipped to master include:.

The Barowsky School of Business (BSB) partners with Bay Area companies to provide experiential learning opportunities for students and job placement upon graduation. Students work closely with BSB Graduate Career Services to move forward in their careers and life beyond graduation. Our services include individualized one-on-one assistance and professional development events.

Cybersecurity Fundamentals This course covers the full spectrum of cybersecurity domains and topics, e.g., applications, software, network, physical logical infrastructure, cloud. Students learn contemporary and emerging technologies and how they provide secure platforms for applications, IoT, (digital) products and services.

Cybersecurity Governance and ComplianceThe course highlights the broad requirements for effective governance, the elements and actions required to develop a cybersecurity strategy and a plan of action to implement the corresponding cyber security program. The focus is on the alignment of security strategy with business goals, objectives, and corporate governance. Students will learn the effective governance and management components of IT and cybersecurity. Topics include frameworks, standards, policies, procedures, organizational structures, enterprise architecture, risk management, protection of assets, maturity models, laws, regulations, IT resource management, IT service acquisition and management, quality management and performance management.

Cybersecurity OperationsThis course builds on the foundations course and covers the day-to-day operational aspects of cybersecurity. In this course students also get to learn and discuss the capture of relevant data and the use of operational data analytics including cybersecurity dashboards. Roles, skills, budgeting, and other operational issues will be covered in this course.

Special emphasis is provided on business alignment based on the risk appetite and tolerance. Students in this course will learn the skills of risk identification, IT risk assessment, risk response and mitigation, and risk and control monitoring and reporting.

Managing Human Risk: Building a Security-Based CultureIn this course, students will confront the reality that people are often the weakest link in the security chain, serving as the primary target for social engineering and phishing attacks. This course offers essential lessons and a roadmap to construct a mature awareness program for organizations and workforces, generating measurable impact. Students will acquire key concepts and skills to cultivate a secure culture through a robust awareness security program that transcends mere compliance, focusing on tangible behavior change. The curriculum provides a comprehensive understanding of the human element in organizations and its profound impact on cybersecurity. Discussions will explore associated challenges and opportunities, addressing varioustechnology groups including users, developers, supporters, and administrators. Topics span human risk, insider threat, maturity models and levels, awareness, education, training, and the prevalent tactics, techniques, and procedures employed in today human-based attacks.

Secure Coding and Application SecurityThis course provides comprehensive guidance and insight into secure software coding, development, and overall application security with a dedicated emphasis on cybersecurity. Students will acquire foundational principles and best practices, emphasizing secure programming techniques. The course will also cover threat modeling, risk assessment, and architectural approaches to fortify (web) applications' security postures. The course navigates the integration of security into the DevOps pipeline (DevSecOps), utilizing continuous integration and continuous development (CI CD) workflows, agile development, and APIs to automate processes. Recognizing the pivotal role of coding in cybersecurity, the curriculum goes beyond proficiency in secure coding practices, fostering the ability to scale lean and agile methodologies. Students will emerge adept at addressing evolving cybersecurity challenges throughout the software development lifecycle (SDLC).

Cybersecurity Strategy, Leadership and Management CompetenciesThis course allows the students to understand and address the fundamental leadership challenges and benefit from the competencies by focusing on leading the organization, leading the self, and leading others. Topics include strategy, program development, leadership and management, motivation factors, soft skills, leadership styles, creatingand leading effective teams, team dynamics, team engagement and performance management, strategic communication process, leading and managing change using models and frameworks and understanding the psychology of change. In this course, students will improve the business and interpersonal skills necessary to be a competent and successful cybersecurity leader and professional while also working on the cyber strategy.

Defenders vs. Attackers Bridging PerspectivesStudents on this course embark on a dynamic exploration of cybersecurity where defenders and attackers converge. The course provides a holistic understanding of the hacker and defender mindset, covering MITRE ATT CK (Adversarial Tactics Techniques, and Common Knowledge) framework, penetration testing, threat hunting, and attacks and countermeasures. Use of NIST Cybersecurity Framework will be emphasized. Students engage in hands-on simulations with red, blue, and purple teams, emphasizing collaboration and information sharing. The curriculum includes proactive threat hunting, automation in defensive solutions, and collaborative efforts to enhance security postures. Students will learn to find vulnerabilities in assets, identify modes of access, and remove existing threats. The course not only equips students with the skills to protect assets but also empowers them with ethical hacking techniques to uncover vulnerabilities. This course provides a learning experience to bridge perspectives, fostering a resilient cybersecurity ecosystem against evolving threats.

IT IS and Cybersecurity AuditingDetermining whether information systems are protected, controlled, and provide value to the organization is an essential part of the auditing process. This course focuses on the standards, principles, methods, guidelines, practices, and techniques that an auditor uses to plan, execute, assess, and review business or information systems and related processes also impacting cybersecurity. Various forms and levels of assurance such as assessments, certifications, continuous monitoring, and audits will be covered in this course. Students will learn the distinct roles of entities like internal audit, cybersecurity management and external third parties, conduct an audit in accordance with IS audit standards and a risk based IS audit strategy, communicate progress, findings, results, and recommendations, and conduct an internal external audit follow-up to evaluate whether risks have been sufficiently addressed. Identifying opportunities for process improvement in the organization policies and practices is also covered during this course.

Ethical, Legal and Professional IssuesEvery facet of human endeavor is being profoundly changed by pervasive digitalization. This course provides a broad of key issues at the intersection of cybersecurity and privacy and serves as a reference on laws, regulations, and professional approaches while addressing ethical and compliance issues through policies. Students will learn to differentiate between laws and ethics, ethical conduct and compliance with the regulations, industry standards, or internal policies as well as the role of culture as it applies to ethics in cybersecurity. Legal frameworks governing cybersecurity will be analyzed, with a focus on international, national, and industry-specific laws and regulations. Case studies and real-world scenarios will be employed to stimulate critical thinking and ethical decision-making skills. Additionally, the course will cover dilemmas related to privacy, data integrity, the responsible use of technology, emerging trends, such as the ethical implications of artificial intelligence and the global impact of cybersecurity breaches.

Emerging Technologies and Special Topics in CybersecurityThis course offers a comprehensive introduction to the fundamental concepts, applications, and challenges posed by emerging technologies in the realm of cybersecurity. It empowers students with the essential knowledge and skills necessary to navigate the complex intersection of cybersecurity and cutting-edge technologies, preparing them for the ever-evolving digital landscape. Exploring both defensive andoffensive perspectives, the course delves into transformative domains such as Artificial Intelligence (AI), Machine Learning (ML), and Zero Trust architecture. Students will investigate the practical application of the latest cloud technologies and their profound impact on cybersecurity strategies. The curriculum spans a diverse range of topics including Blockchain, Internet of Things (IoT), cryptocurrency, quantum computing, critical infrastructure, drones, robots, and wearables, highlighting their significance in securing the digital ecosystem. Students will gain valuable insights into the integration of these technologies across various industries and proactively engage in long-term strategic thinking for their widespread adoption and protection of organizational assets.

PracticumIn this capstone course, students will work individually or in teams and use the full range of skills, techniques, and concepts gained throughout the program to make a Board presentation. They will design, execute, and present a cybersecurity project program of a selected company that had a major security issue over the past 5 years. Using publicly available information, students will go through the security life cycle of assessing their current strategy, identifying gaps, and developing a new strategy advocating for a significant investment, restructuring of cybersecurity, and making a few difficult choices trade-offs. Project will cover management of strategy, policy, technology, people, best practice, and frameworks as well as compliance requirements. Students are evaluated based on the quality of their work, their ability to collaboratively develop and communicate in both written and verbal form, along with a question-and-answer session. It is recommended that students select their case study early in the program so that they can apply what they learn in each course as they move through the course.

The content covers the following industry-recognized certifications:.

ISACA Control Objectives for Information Technologies COBIT.

Certified Information Systems Security Professional CISSP.

Students will have access to the self-paced online bootcamp for a minimum of one year and will be able to schedule their exam within another year.

Some courses in the MS program align with bootcamp certification content.

We recommend that students take the exam toward the end of the program to ensure best preparation for passing the exam(s).

From BA to MB Dominican Network offers Student-Athlete Support, Opportunity.

La Vida Dominican is a program for all students, increasing educational access and connection to support services, enabling degree completion and post-graduation success. Particularly, La Vida is centering experiences of students from Latinx and other historically underserved backgrounds.

The Graduate Certificate of Cyber Defense will educate students in the areas most important to securing any organization. It will include an of computer security infrastructure, delineating both the existing threats, and those emerging from social media, the Internet of Things, and threats to basic infrastructure. Network security will be covered including firewalls, Virtual Private Networks, and securing wireless networks. Multiple layers of the network will be covered, include deep-packet inspection. Intrusion prevention, detection, analysis, and recovery will also be addressed from both a host and network point of view.

The Graduate Certificate of Cyber Defense is a stackable program. Graduate credits earned in this certificate program may count toward the Master of Science in Cybersecurity degree (CYBM) at MSU-Denver.

Students will acquire a global perspective on cyber security and information security topics. The integrated learning experience will allow students to advance in your professional area, and cooperate with others with diverse backgrounds from technology, business, and law enforcement.

The Graduate Certificate of Cybersecurity Leadership is a stackable program. Graduate credits earned in this certificate program may count toward the Master of Science in Cybersecurity degree at MSU Denver.

CYBM 5205: Information Systems Strategy and Planning (3 credit hours).

CYBM 5242: Security Risk Analysis and Risk Management (3 credit hours).

The Graduate Certificate of Cybercrime Investigation will prepare students to excel and advance in a field with increasingly complex challenges. This graduate level certificate is an introduction to the fundamental concepts behind the collection and analysis of the digital evidence left behind in a digital crime scene. The courses will include cybersecurity infrastructure, investigations, cybercriminology and computer and mobile device forensics.

The Graduate Certificate of Cybercrime Investigation is a stackable program. Graduate credits earned in this certificate program may count toward the Master of Science in Cybersecurity degree at MSU Denver.

CYBM 5023: Computer and Mobile Device Forensics (3 credit hours).

Applications for this program are open ONLY to K-12 teachers who are applying throughMindSpark.

For applicants who do have a background degree in these areas, we will review the applications case-by-case from May 1st until July 15th, as space is available.

The Cybersecurity Graduate Certificate Programs at MSU Denver is Fall-start only.

To be admitted to any graduate certificate programs, candidates must:.

Hold a baccalaureate degree from an accredited college or university regionally.

Submit official transcripts from all institutions of higher education previously attended (transcripts from MSU-Denver are not required). Institutions may send official electronic transcripts to [email protected].

The graduate certificate programs do not offer any prior learning credits from life and or work experience.

The graduate certificate programs do not provide an option to test out of any coursework.

Students not enrolled for three (3) consecutive semesters, including summer, must re University. Students requesting readmission must be in good academic standing and must submit their application for readmission to the certificate programs in which they were enrolled.

The graduate certificates students who are eligible for readmission should submit the following materials:.

Students who are readmitted into the graduate certificate programs will be held to the policies and curriculum of the later term in which they officially restart the graduate certificate programs.

An approved readmit application is valid for one academic year (including summer) from the readmit semester.

Students who are not in good academic standing are not eligible for the readmit application process and must fully graduate certificate programs.

Students must complete the graduate certificate programs within six calendar years from the term they initially enroll.

All MSU-Denver courses in the graduate certificate programs may count toward the M.S. in Cybersecurity degree program at MSU-Denver.

Students in any graduate certificate programs must complete the certificate with a cumulative GPA of 3.0 or higher.

Will count toward the certificate.

Only students who are formally accepted into the graduate certificate programs may register for any graduate certificate courses.

The graduate certificate programs do not accept any transfer of credits.

Luckily, we know handle them. Businesses are investing billions of dollars in information technology, meaning cybersecurity experts are employable and in demand than ever before.

Course work is integrated with hands-on simulations and experiential learning, preparing you for industry exams such as (ISC)2, Cisco, ISACA, CISSP and .

As a nationally-ranked university, Regis has been designated a National Center of Academic Excellence in Cyber Defense by the National Security Agency (NSA) and the land Security (DHS). In 2018, Regis received a U.S. government grant of nearly $1 million to focus on cybersecurity and develop an innovative curriculum that has since been applied across the country.

Start DatesJanuary, March, May, July, August and October.

Information Security Analysts are responsible for the management of all computer networks to prevent security breaches, implementing security features and investigating all cyber security incidents.

Develop recovery plans for disaster situations, create and enforce company-wide security standards and protect sensitive company information through the use and implementation of security measures.

Informations Systems Managers oversee all aspects of information technology in a company or organization and plan the installation of new software and maintenance of all technology with security in mind.

Analyze and evaluate the security infrastructure of a company information technology architecture, and provide recommendations to avoid security breaches and data loss.

Knowledge of computer and network architecture, mitigate my own devices and use various types of Unix Linux operating systems.

If you understand technically what is going on, it makes you a better cybersecurity professional.

Annual projected job openings for information security analysts over the decade.

Bureau of Labor Statistics, information security analyst, 2023.

Start with a certificate program and see what you think. Check out our Graduate Certificate in Cybersecurity to get started. Or, see how all classes in our Graduate Certificate in Cybersecurity Essentials program can be applied to the M.S. in Information and Cybersecurity. This allows you to divide your master course work into manageable chunks while completing a certificate credential in the meantime.

Students at computer with book icon on top of image.

Enterprise and physical security, disaster recovery planning and business continuity planning as part of designing and managing a secure enterprise.

Hands-on tactics used by cyber defense professionals such as reconnaissance, hijacking, vulnerability exploitation and malware deployment.

Current security standards and best practices as part of the basic Information Assurance (IA) model examining the security of the database, the application and the system.

To M.S. in Information and Cyber Security program, you will need:.

Tuition for the 2024-2025 academic year: $976 per credit hourTotal program credits: 36Tuition is one part of the overall cost of attendance, which includes all expenses students may have, including basic living costs. Tuition and fees are subject to change.

Here something for you:The M.S. Information and Cyber Security is offered by the Computer and Cyber Sciences Department within the Anderson College of Business and Computing.

As you complete the Career Goal Statement, we encourage you to share with us some personal insights those experiences and influences that have shaped you. Our intent is not to judge you, but rather to get to know you a little better. Write a personal statement indicating how you think the Master of Science degree will enhance your career plans.

Discuss the kind of position you anticipate having five years after you earn this degree.

Students who enroll in this program must have or be able to obtain:.

Develop the skillset needed to work on the front lines identifying, preventing, and mitigating cyber breaches and crimes across various industries and fields.

Cybersecurity involves protecting information and systems from major cyber threats, such as cyber terrorism, cyber warfare, and cyber espionage. In their most disruptive form, cyber threats take aim at secret, political, military, or infrastructural assets of a nation, or its people.

Security strategy but it also affects many businesses every year. It is no surprise, then, that there is a growing demand for employment in the cybersecurity fields such as financial services, retail and healthcare. Those pursuing a path in Cyber Security and Information Assurance have the opportunity to contribute network and online security management expertise in various roles such as:.

As a cybersecurity professional, you will be on the front lines preventing cyber breaches and cyber-crimes. This program is designed for technical professionals in all areas who seek a deeper and broader understanding of cybersecurity. You will learn essential tools needed to identify, prevent, and mitigate cyber threats in a hybrid learning environment.

The program is available as a Master of Science degree or a graduate certificate. The certificate in Cybersecurity and Information Assurance is designed to provide persons already involved in cybersecurity as well as information technology professionals desiring to be involved in cybersecurity, with the essential tools needed to identify, prevent, and mitigate cyber threats.

Our program will give students the same knowledge as the industry certification training courses at substantially less expensive rates. The graduate certificate (6 courses) can be completed in 12 months.

Students having a Bachelor degree without this background may complete the following prerequisite courses before beginning the certificate: CSC 116, 216, 220, 314, 309, 0, 422 423 (26 hours).

In order to continue in the program, students must maintain at least a 3.0 GPA.

Certificates must be completed within 4 years. Courses completed than 4 years ago may not be accepted for the certificate.

All courses applied for this certificate program must be taken from Mississippi College.

Capitol Street, Clinton, MS 39056 601.925.3000.

For students with a non-technical background, the URI OnRamp To Cybersecurity program provides a bridge that leads prepares students for these graduate Cybersecurity programs.

The PSM program is a unique combination of technical courses along with cybersecurity workplace skills, including a graduate internship in cybersecurity. The PSM courses lead to industry certifications including A+, Net+, Security+, Cyber Analyst+.

The National Centers of Academic Excellence in Cybersecurity (NCAE-C) have designated the University of Rhode Island as a Center of Academic Excellence in Cyber Defense education (CD-E). This designation is awarded to schools that have demonstrated exceptional excellence with the field of cyber security.

Cybersecurity allows students currently receiving a Bachelor degree to also complete a PSM in just one extra year.

Classes Start May 8 and June 26. Reserve your seat today!

Pursue a career path that offers much-needed security.

In an increasingly technological world, cyber threats continue to increase, affecting business, lives and livelihoods. Every year, companies spend thousands, even millions, of dollars on cybersecurity. Our Master of Science in Cybersecurity will help you gain the knowledge, skills and abilities to succeed in a variety of roles within the ever-growing cybersecurity field.

This well-rounded, criminal justice security studies focus distinguishes our cybersecurity from others, which are computer science based.

Courses within the graduate program in cybersecurity are cutting edge. We have the ability to quickly transition our program to keep pace with industry demands. One of the hallmarks of our program is the senior seminar, where students participate in a variety of hands-on activities that require network penetration and defense skills, as well as forensic analysis.

Our program is interdisciplinary. We recognize the need for individuals who have deep analytical skills, but who can also speak to clients and organizational leaders without confusing them with technical jargon. We also emphasize a holistic security perspective, and do not solely focus on the technical aspects of security.

There is a significant shortage of cybersecurity professionals destined to only increase due to a rapidly growing profession.

The program is designed to improve your knowledge on cybersecurity and to help you to switch to the field from other domains as well.

The program addresses both technical, managerial and legal policy aspects of cybersecurity with the aim to form well-rounded graduates.

Our online program is customizable to fit your schedule.

Their sharing of real-world experience will greatly enhance your learning, as these experienced practitioners bring real-life examples of cybersecurity concepts and technologies to classroom discussions.

Our curriculum gives you the knowledge you need to earn major industry certifications, such as Security+, Network+, Access Data Mobile Examiner, EC-Council Certified Ethical Hacker and others.

Responding to security incidents and achieving business continuity.

Laws and regulations on information security and privacy.

Experiential learning is an important part of our program, because what will be required in the workforce is typically applying the security concepts in your specific field. Topics, examples and assignments are chosen to reflect current security issues and trends.

In 2017, Tiffin University hosted the 8th Annual Maritime Risk Symposium, hosting 225 attendees to discuss the threats and challenges to maritime cybersecurity and the marine transportation system. The attendees of the symposium represented 29 different educational institutions, ­five foreign nations, the United States military, multiple private-sector organizations, federal law enforcement and land security agencies. Tiffin University was the smallest university to ever host the Maritime Risk Symposium, which highlighted the quality and growing reputation of the cyber defense programs at Tiffin University.

Offered in two terms per semester starting in January, March, May, July, August and October.

Introduction to Cybersecurity teaches the basic concepts and principles of information security, and the fundamental approaches to secure computers and networks. Some of the topics covered in this course are security basics, security management and risk assessment, software security, operating systems security, database security, cryptography algorithms and protocols, network authentication and secure network applications, malicious malware, network threats and defenses, web security, and privacy.

Introduction to Information Systems and Advanced Operating Systems addresses a broad range of topics in operating system design and implementation. Operating system structuring, synchronization, communication, and failure and recovery management will all be covered.

Law and Ethics in Cyber Security focuses on the ways that law, ethics and cyber security overlap and intersect. This course will also cover the laws related to intellectual property, civil litigation, criminal prosecutions, and privacy. An exploration of ethics and cybersecurity, as well as of workplace ethics will be covered in this course.

There is a significant shortage of cybersecurity professionals destined to only increase due to a rapidly growing profession. The Bureau of Labor Statistics (BLS) reported in 2017 that information security jobs will increase 37% by 2022, which is three times the average growth rate for all other occupations.

The BLS also reports that the average salary for a cybersecurity analyst with an advanced degree earns an average of $95,510 annually. This high average salary speaks to the shortage of qualified personnel in the field of cybersecurity.

Cybersecurity refers to the practice of defending computers, data, electronic systems, mobile devices, networks, servers and from malicious threats and attacks.

With a degree in cybersecurity, you will be qualified for a variety of career opportunities, including application security engineer, cybersecurity analyst, cybersecurity incident responder, Cybersecurity Infrastructure Security Agency (CISA), FBI, forensics computer analyst, information security analyst, intrusion analyst, National Security Agency (NSA), penetration tester, risk and compliance analyst, security audit risk management specialist, security operations center analyst, security researcher, threat detection engineer, threat hunter, United States Cyber Command, U.S. Energy and .

There is a significant shortage of cybersecurity professionals.

Program is continually updated to reflect industry needs.

Hands-on training in the Center for Cyber Defense Forensics.

The master degree in cybersecurity is designed to prepare cybersecurity technology leaders. Graduates will develop skills and competencies in technical aspects of cybersecurity and will be prepared to assume responsibility for the management of cybersecurity projects and coordination of cyber operation teams. It also provides preparation for students desiring to purse doctoral studies or teach cybersecurity courses in colleges and universities.

Finish the 30-credit hour, non-thesis program in one year.

Offered online with the option to attend classes on campus.

Check out these ideas from ODU Career Development Services and the Occupational Information Network (ONET).

Conduct research into fundamental computer and information science as theorists, designers, or inventors. Develop solutions to problems in the field of computer hardware and software.

Analyze science, engineering, business, and other data processing problems to implement and improve computer systems. Analyze user requirements, procedures, and problems to automate or improve existing systems and review computer system capabilities, workflow, and scheduling limitations. May analyze or recommend commercially available software.

Plan, implement, upgrade, or monitor security measures for the protection of computer networks and information. May ensure appropriate security controls are in place that will safeguard digital files and vital electronic infrastructure. May respond to computer security breaches and viruses.

This course provides an of the field of cybersecurity.

This course provides an of the field of cybersecurity. It covers core cybersecurity topics including computer system architectures, critical infrastructures, cyber threats and vulnerabilities, cryptography, cryptographic protocol design, information assurance, network security, and risk assessment and management. Students are expected to become familiar with fundamental security concepts, technologies and practices, and develop a foundation for further study in cybersecurity.

View full course description for Leadership and Management in Cybersecurity.

This course introduces skills to manage technical professionals and lead strategic change in their organization.

This course introduces skills to manage technical professionals and lead strategic change in their organization. Based on the basic operations and functionality of cybersecurity systems, students will learn the management of cybersecurity technical professionals, including effectively lead and manage teams, launch and assess organizational change initiatives, and work effectively within an interdependent group to achieve common goals.

View full course description for Advanced Ethical Hacking and Penetration Testing.

This course teaches students the underlying principles and many of the techniques associated with the cybersecurity practice known as penetration testing or ethical hacking. The course covers planning, reconnaissance, scanning, exploitation, post-exploitation, and result reporting. Students will discover how system vulnerabilities can be exploited and learns to avoid such problems.

Estimated rates for the 2023-24 academic year. Rates are subject to change. Anyone that is not a current Virginia resident will be charged non-resident rates. That includes international students.

Technology Delivered Courses Outside Virginia and or the United States.