OUR MEMBERS’
Cybersecurity Programs
Program Overview
The St. Louis Community College cybersecurity program design is based on the National Initiative for Cybersecurity Education (NICE) Cybersecurity Workforce Framework (NCWF) available at https://www.nist.gov/itl/applied-cybersecurity/nice/resources/nice-cybersecurity-workforce-framework
Many of the courses are offered in 8-week formats and use the “flipped-classroom” where students attend and do hands-on work with the teacher and watch the prerecorded lectures outside of class at their convenience. To answer your questions:
The Cybersecurity program is managed at our Forest Park campus and the advanced cyber courses are offered there. However, many of the lower-level courses and programming courses can be found at the Meramec and Florissant Valley campuses too. Some classes are offered every semester but some of the advanced classes are offered once per year, depending on student needs. The interactive class schedule on our web site can show when and where the classes are offered.
Some of the lower-level classes do have an online option occasionally. The security-focused courses are mainly offered in a hybrid format, with the online portion consisting of student work that can be done outside of the classroom but hands-on in the classroom.
Information on tuition and fee costs can be found by following this
link: https://www.stlcc.edu/admissions/tuition-and-fees/
Are you a veteran? Thank you for your service to our country. Here’s a link to our Veteran Affairs page: https://stlcc.edu/admissions/apply-to-stlcc/veterans.aspx
Cybersecurity classes may be taken on a part-time basis, as a student’s schedule allows. We have courses available during the fall, spring and summer semester. Because some of our courses are 8-week hybrid classes you could, for example, take two classes per (16-week) semester – one during the first 8 weeks, then another during the 2 nd 8-weeks. You would only have to study for one a class at a time but wind up at the end of the semester having completed two classes.
Many of our students are working professionals and take our evening courses, choosing to come one or two nights per week or more if they wish to complete the program faster.
To learn more about the college’s program, view this video
To apply for admission to STLCC click this link to the application (or just come to the admissions office to apply – which should be faster to get a student ID number):
https://www.stlcc.edu/admissions/apply-to-stlcc/
For financial aid information:
https://www.stlcc.edu/admissions/financial-aid/index.aspx
Scholarships:
https://www.stlcc.edu/admissions/financial-aid/stlcc-scholarships.aspx
Our Interactive Class Schedule:
https://applications.stlcc.edu/ClassSchedule/Term_Courses.asp
You would first select term and then location or select All Locations to see all options for any particular course.
When you’re ready to enroll in classes:
https://stlcc.edu/admissions/register/
University Representatives
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Chair of the Computer and Information Technology Department
Program Overview
Gain cutting-edge skills in cybersecurity, delivered 100% online. The demand for skilled cybersecurity professionals grows every year. To help you advance in the field, Saint Louis University offers a variety of cybersecurity programs, from certificates to master’s degrees. These programs meet you where you are so you can start a new career or advance the one you’re in.
All of our cybersecurity programs offer the following benefits:
- 100% online
- Eight-week terms designed for working adults
- Multiple start terms, so you don’t have to wait
- Quality education that delivers in-demand skills
- Courses taught by industry experts
- Course credits earned
Undergraduate Certificate in Computer Information Systems – Cybersecurity
Undergraduate Certificate in Computer Information Systems – Cybersecurity
Get the jump start you need to start working in the field of computer science, IT, and cybersecurity.
- Credit hours: 18 credit hours
- Pre-requisites: High school diploma or GED
All coursework successfully completed for the undergraduate certificate may count toward a School for Professional Studies bachelor’s degree.
Post-Baccalaureate Certificate in Cybersecurity
Post-Baccalaureate Certificate in Cybersecurity
Earn a stand-alone certificate to gain the skills and preparation you need to succeed as a competitive professional in the field of cybersecurity.
- Credit hours: 12 credit hours
- Pre-requisites: Bachelor’s degree
All coursework successfully completed for the postbaccalaureate certificate may count toward a School for Professional Studies master’s degree.
Bachelor of Science in Computer Information Systems – Cybersecurity
Bachelor of Science in Computer Information Systems – Cybersecurity
Get in-depth and hands-on training to enter the ever-changing field of computer science and IT with a certificate in cybersecurity.
- Credit hours: 120 credit hours
- Pre-requisites: High school diploma or GED
Master of Science in Cybersecurity
Master of Science in Cybersecurity
Prepare to manage and lead cyber teams and programs in roles ranging from government cybersecurity analyst to data security consultant.
- Credit hours: 33 credit hours
- Pre-requisites: Bachelor’s degree
Accelerated Undergraduate to Master’s in Cybersecurity
Accelerated Undergraduate to Master’s in Cybersecurity
Undergraduate students may complete up to 12 graduate level credits and have those credits count as undergraduate elective credits, which will then be counted toward the graduate program requirements.
- Credit hours: 12 credit hours
- Pre-requisites: You must be in good standing at SLU and possess at least a 3.00 overall GPA and a 3.50 GPA in your current major
About SLU Workforce Center
About SLU Workforce Center
Powered by top-ranked Saint Louis University, the Workforce Center provides premier training solutions to corporations and individuals nationwide and is your non-credit training partner and hub. We offer short courses, SLU-issued certificates and certification bootcamps in Cybersecurity including:
Certificates (Continuing Education)
- Cybersecurity Certificate
- Cybersecurity Management Certificate
- Cyber Security Risk Management Certificate
- Cybersecurity Maturity Model Certification Certificate (CMMC)
Bootcamps for Industry Certifications
Saint Louis University Workforce Center is an authorized training center for CompTIA, ISACA, AWS, CISCO and EC Council. Our top cyber certification bootcamps are:
University Representatives
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Associate Dean, School for Professional Studies
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Executive Director, Workforce Center
Learn more at Saint Louis University’s School for Professional Studies.
Program Overview
Maryville University offers the following undergraduate and graduate cybersecurity degree and certificate programs, all of them offered totally on-line as well as on-campus
Bachelor’s in Computer Science, Cybersecurity (Online)
Bachelor’s in Computer Science, Cybersecurity (Online)
Technology isn’t just our future — it’s our present. If you’re ready to take on today’s top careers and lead in tomorrow’s, our Maryville University online bachelor’s in computer science is for you. This flexible, dynamic program features a modular curriculum that adapts to the latest trends, tech, and tools in the field. We built our program in collaboration with top employers in the field, so you can learn the most in-demand skills to pursue a rewarding and lucrative career.
Build proficiency with state-of-the-art industry tools, top coding languages, and emerging technologies; Learn on your time with flexible, 100% online coursework; Get real-world experience through project-based and experiential learning and; Choose from five in-demand undergraduate certificates: Data Science, Software Development, Artificial Intelligence (AI), Cybersecurity, User Experience / User Interface (UX/UI).
As a Maryville cybersecurity student, you will have access to the university’s Cyber Fusion Center, an innovative cybersecurity operations facility that provides real-time information security services for charities, schools, and nonprofit organizations; Work on actual malware in a controlled sandbox environment where you can deconstruct, detonate, and more to see how the malware operates; Use Maryville’s Virtual Lab as a safe, protected training ground for your technical skills; Benefit from a faculty of active industry professionals who have dedicated their careers to cybersecurity, not publishing, and Prepare for certification exams while you complete your degree: CompTIA Security+, Certified Ethical Hacker, Network+, Cloud+.
Curriculum
Built with input from top employers in the field, our online bachelor’s in computer science features a dynamic curriculum and a focus on the real-world challenges and opportunities you’re likely to face in your career. Our program also features a built-in certificate in one of five future-focused fields of computer science. Round out your fundamentals by earning your certificate in artificial intelligence (AI), cybersecurity, data science, software development, or user experience/user interface (UX/UI).
Six focus areas to choose from:
- Computing Core Courses (24 Credit Hours)
- Artificial Intelligence (AI) Certificate (18 Credit Hours)
- Cybersecurity Certificate (18 Credit Hours)
- Data Science Certificate (18 Credit Hours)
- Software Development Certificate (18 Credit Hours)
- User Experience / User Interface (UX/UI) Certificate (18 Credit Hours)
To work in cybersecurity, you need considerable technical skills and business knowledge. The great part is you can build them both from the John E. Simon School of Business. Our unique course delivery through Maryville’s Virtual Lab doubles as a training ground so you can put your skills to the test before entering the field. Not all bachelor’s programs give you the chance to specialize your education like we do.
Choose from three cybersecurity tracks, each of which requires 12 credit hours:
- Offensive track — Explore a proactive approach to security measures using ethical hacking. Keep threats from becoming attacks.
- Defensive track — Examine the industry’s best reactive tactics. Eliminate vulnerabilities and keep defenses strong.
- General track — Mix offensive and defensive disciplines for a broad overview of cybersecurity.
Master’s in Cybersecurity (Online)
Master’s in Cybersecurity (Online)
The Maryville University online master’s in cybersecurity can help you build the skills to excel in the industry, whether you’re a newcomer or seasoned veteran. By choosing Maryville, you can learn from experts who bring knowledge from Fortune 500 companies and top agencies — and since our degrees are housed within the John E. Simon School of Business, you can develop a keen business sense, too. When you earn your online master’s in cybersecurity from Maryville, you can bolster your cybersecurity credentials with in-demand technical skills, knowledge of vital business concepts, and industry-relevant certifications in areas like Certified Information Systems Security Professional (CISSP), EC Council-Certified Security Analyst (ECSA), EC-Council Certified Encryption Specialist (ECES), Certified Information Systems Auditor (CISA), Cloud Certified Security Practitioner (CCSP), and Splunk Certified Power User.
Curriculum
The cybersecurity master’s degree from Maryville can help you reach areas of the industry that a bachelor’s degree typically can’t, such as management or C-suite executive roles. Our program also gives you the opportunity to earn up to seven industry-relevant certifications in areas like CISSP, ECSA, ECES, CISA, CCSP, and Splunk Analyst.
Students can complete any combination of elective courses totaling 15 credit hours, from ethical hacking to legal aspects of privacy and compliance and are not required to take all their courses in a specific area of emphasis.
Online Computer Science Bachelor’s Certificates
Online Computer Science Bachelor’s Certificates
As we integrate technology further into our lives, we’ll need computer science experts who can bravely push us forward in the information age and beyond. Our 100% online certificate programs are designed to help you build fundamental skills in one of five future-focused fields of computer science without committing to a full bachelor’s degree. These programs are dynamic and streamlined, so you can upskill for your current career or reskill to seek new opportunities.
Then, if you choose to pursue further education, you can apply what you learned and the credits you earned toward a future bachelor’s in computer science.
Choose from five in-demand undergraduate certificates: Data Science, Software Development, Artificial Intelligence (AI), Cybersecurity, User Experience / User Interface (UX/UI).
Curriculum
Our curriculum is designed to be accessible, flexible, and quick, all while helping you grow as a qualified expert. All of our bachelors certificates consist of six core courses (18 credit hours). Get the most out of your education and complete it in less than half the time needed for a full master’s degree. If you choose to pursue further education after earning your certificate, you can apply your earned credits toward a bachelor’s in computer science for an accelerated approach.
Focus areas are:
- Core Artificial Intelligence (AI) Certificate Courses
- Core Cybersecurity Certificate Courses
- Core Data Science Certificate Courses
- Core Software Development Certificate Courses
- Core User Experience (UX) / User Interface (UI) Certificate Courses
University Representatives
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Dean, Simon School of Business
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Assistant Professor, Simon School of Business
Learn more at Maryville University’s John E. Simon School of Business
Program Overview
Southern Illinois University Edwardsville’s School of Business launched its new undergraduate cybersecurity specialization program in 2020.
Bachelor of Science in Business Administration, Cybersecurity
There is a global shortage of cybersecurity professionals, according to the 2019 National Institute of Standards and Technology (NIST) Workforce Demand Report, including more than 25,000 unfilled cybersecurity jobs in Illinois and Missouri alone.
Businesses recognize how critical cybersecurity has become for businesses of all sizes,” said Tim Jacks, PhD, associate professor and computer management and information systems (CMIS) undergraduate program director. “Various threats, such as denial of services attacks, ransomware, phishing, and cryptojacking are all on the rise. Our program deliberately emphasizes a combination of business and technology skills while offering industry standard certification opportunities.”
Curriculum for the new specialization has been developed by the Department of CMIS following rigorous guidelines published by the Joint Task Force on Cybersecurity Education, the IEEE Computer Society, and the Association for Information systems (AIS). To ensure real-world relevancy of coursework, the department is also leveraging strategic partnerships with local law enforcement, the FBI, Scott Air Force Base, and the Gateway Higher Education Cybersecurity Consortium (GHECC).
Students specializing in cybersecurity will take required coursework in information security while having the opportunity to select electives such as security and analysis, IT audit and control, ethical hacking and penetration testing, and cybercrime. Throughout the program, students will be provided with industry certification opportunities such as Security+, Certified Ethical Hacking, and Certified Information Systems Security Professional.
To provide students with immersive, hands-on cybersecurity experiences, the program offers a unique cyber classroom that emulates a Network Operations Command Center (NOCC).
The Ralph and Donna Korte Cyber-Analytics Classroom makes use of large, flat-paneled monitors to display lecture slides, software demonstrations, and real-time dashboards of cyber incidents occurring around the world. A rack of functioning telecommunications equipment provides students with the experience of seeing how firewalls, routers and servers interact and physically connect.
“Having a dedicated space sends a clear signal of how important this is for the school and our students,” said Jacks. “We intend to educate the next generation of students that will protect businesses and keep them operational and safe. These future cybersecurity professionals will enter the workforce having had immersive, interactive learning experiences.”
The Department of Labor forecasts 0% unemployment in the cybersecurity industry in the next 5-7 years. Students completing a bachelor’s in business administration with the cybersecurity specialization will be prepared for entry level positions such as security analysis, security operations, incident response, IT auditing, security provisioning, and threat detection.
The cybersecurity specialization prepares students for entry into professional careers in cybersecurity, information security and security management. The specialization is designed to provide students with a solid foundation of information systems management knowledge coupled with specialized skills in cybersecurity. In addition to learning how to protect valuable information assets for a firm, students will also obtain a broad range of business skills in accounting, economics, finance, management, and marketing. Students in the cybersecurity specialization must maintain a 2.5 GPA in all CMIS courses.
The three-year Curriculum for the Bachelor of Science in Business Administration, Cybersecurity includes courses ranging from Operations Management to Information Security and Business Telecommunications, along with more traditional undergraduate courses such as microeconomics and public speaking.
University Representatives
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Dean of the School of Business
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Associate Professor & Computer Management & Information Systems (CMIS) Undergraduate Program Director
Learn more at Southern Illinois University’s School of Business
Program Overview
Washington University in St. Louis offers a suite of programs that provide students with advanced cybersecurity skills and experience:
Master of Science in Cybersecurity Engineering
Master of Science in Cybersecurity Engineering
The Master of Science in Cybersecurity Engineering will give you the skills, knowledge and expertise to work in the rapidly growing field of cybersecurity and design, engineer, and architect cybersecurity technology and systems.
Master’s of Cybersecurity Management
Master’s of Cybersecurity Management
The Masters of Cybersecurity Management degree is designed for mid-career working professionals to prepare you to exercise the vision and leadership needed for success in an organizational setting, ask the right strategic, operational, and tactical questions, solve security-driven problems, and communicate effectively to non-technical leaders. As important, you’ll also build a lifelong network of cybersecurity professionals and become a proud member of the Washington University alumni community.
Graduate Certificate in Cybersecurity Management
Graduate Certificate in Cybersecurity Management
The Graduate Certificate in Cybersecurity Management was developed with one critical goal: to educate technical professionals on how to manage the people and resources required to lead the cybersecurity function. The certificate encompasses five core courses focusing on cyber attack methods, infrastructure, risk management, operations, and cloud security.
Executive Cybersecurity Leadership Program
Executive Cybersecurity Leadership Program
In this ground-breaking 6 month, non-credit, cohort-based virtual program, you’ll build your executive toolkit and broaden your expertise at the level of the enterprise. You’ll deepen your understanding and decision-making processes needed for senior-level leadership in the cybersecurity space, hone your personal leadership approach and strategic outlook, moving beyond the fundamentals to the bold and innovative thinking required to keep pace—and outpace—threats and adversaries.
Cybersecurity Bootcamp
Cybersecurity Bootcamp
The 24-week Washington University Cybersecurity Boot Camp is a challenging, part-time program that takes a multidisciplinary approach to attaining proficiency in IT, networking, and modern information security. Throughout the course, you will gain experience with a host of popular tools such as Wireshark, Kali Linux, Metasploit, Nessus, and more. In addition, students will learn skills applicable to certifications such as the CompTIA Security+ and Certified Ethical Hacker (CEH), which can greatly enhance desirability and employability in today’s job market. You will also learn methods, techniques, and best practices for convincingly conveying the severity of the risks facing an organization’s security posture.
University Representatives
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Dean of School of Engineering & Applied Science
James M. McKelvey Professor
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Program Director, Graduate Studies in
Cybersecurity Management
Learn more at Washington University’s McKelvey School of Engineering
Program Overview
Webster University’s cybersecurity programs prepare students and professionals to succeed in demanding positions in both the public and private sectors, protecting the ever-expanding, global reach of computer systems.
Computer Science (BS) with an Emphasis in Cybersecurity
Computer Science (BS) with an Emphasis in Cybersecurity
This program is a designated National Center of Academic Excellence in Cybersecurity (NCAE-C).
“The National Centers of Academic Excellence in Cybersecurity (NCAE-C) program is managed by NSA’s National Cryptologic School. Federal partners include the Cybersecurity and Infrastructure Security Agency (CISA), the Federal Bureau of Investigation (FBI), the National Institute of Standards and Technology (NIST)/National Initiative on Cybersecurity Education (NICE), the National Science Foundation (NSF), the Department of Defense Office of the Chief Information Officer (DoD-CIO), and U.S. Cyber Command (USCYBERCOM).
NCAE-C program aims to create and manage a collaborative cybersecurity educational program with community colleges, colleges, and universities that:
- Establishes standards for cybersecurity curriculum and academic excellence,
- Includes competency development among students and faculty,
- Values community outreach and leadership in professional development,
- Integrates cybersecurity practice within the institution across academic disciplines,
- Actively engages in solutions to challenges facing cybersecurity education.” (source: NSA.gov)
The degree is offered by the George Herbert Walker School of Business & Technology/Mathematics and Computer Science Department. It is available at the St. Louis home campus and at select international campuses.
Master of Science in Cybersecurity
Master of Science in Cybersecurity
Education at the graduate level is an expansion of the knowledge attained from undergraduate studies. Graduate education encourages the development of advanced skills, theoretical knowledge and critical thinking skills to practice the art and science of cybersecurity management.
Students entering the cybersecurity program should have knowledge of computer systems, digital networks, familiarity with internet and wireless applications, and possess good (high school algebra and exposure to trigonometry) mathematical as well as written and oral communication skills.
The master of science (MS) in cybersecurity prepares individuals for demanding positions in public and private sectors overseeing, operating, or protecting critical computer systems, information, networks, infrastructures and communications networks.
Students will be well-versed to apply their knowledge and critical thinking related to domestic and international legal systems, private and public policies, and ethics, as they apply cybersecurity to information protection, terrorism, fraud, theft, intelligence/counterintelligence, digital forensics, pre-emptive and strategic force operation application situations.
Students may not apply for dual majors because of the technical nature of this MS degree program. Students may apply for sequential degrees as long as they do not duplicate core courses.
Learning Outcomes
- Graduates will be capable of explaining important principles and theories used throughout the field of cybersecurity.
- Graduates will be capable of applying knowledge in the field of cybersecurity to analyze real world problems.
- Graduates will be capable of effectively integrating knowledge in the field of cybersecurity to propose solutions to real world problems.
Graduate Certificate in Cybersecurity in Threat Detection
Graduate Certificate in Cybersecurity in Threat Detection
Program Description
This certificate focuses on expanding the student’s knowledge and understanding in the areas of forensics and threat detection techniques and processes.
Courses in the certificate provide an understanding of types of information and data threats, as well as analyzing those threats, and conducting forensic investigations post-attack. The primary goal of this certificate program is to support IT/CS professionals seeking to specialize in threat detection and forensic aspects of cybersecurity.
This cybersecurity certificate program is intended for computer science, information technology, information security and related experienced professionals with the goal of expanding their understanding of cybersecurity policies, practices, methods and related technology advancements within the discipline. This certificate program is NOT intended for students without an undergraduate degree and/or professional experience in these disciplines.
Graduate Certificate in Cybersecurity in Information Assurance
Graduate Certificate in Cybersecurity in Information Assurance
Program Description
This certificate focuses on expanding the student’s knowledge and understanding of the cybersecurity challenges and issues facing corporate and governmental organizations. Courses in the certificate provide an understanding of current cybersecurity threats, phraseology and terminology, various roles, responsibilities, and processes applied in protecting an organization’s digital content, as well as evaluation of transmission media, storage systems, networks, risk management and national critical infrastructure. The primary goal of this certificate program is to support IT/CS professionals seeking to expand their understanding of the cybersecurity discipline and to apply that knowledge to their profession.
This cybersecurity certificate program is intended for computer science, information technology, information security and related experienced professionals with the goal of expanding their understanding of cybersecurity policies, practices, methods and related technology advancements within the discipline. This certificate program is NOT intended for students without an undergraduate degree and/or professional experience in these disciplines.
Learning Outcomes
- Summarize and demonstrate an understanding of the vocabulary of cybersecurity terms and phraseology.
- Develop an understanding of the cyber threats to national critical infrastructure.
- Demonstrate and differentiate a basic working knowledge and awareness of current and growing threats to people, organizations and society through the use of cyber war, cyber crime, encryption techniques and other activities.
- Explain the basic knowledge of potential threats and how criminals and nation-states use different cyber techniques, the use of encryption methods, and managing cyber risks.
- Describe the roles, responsibilities and duties of computer scientists, IT managers, CIOs, CEOs and other decision makers who may influence the use of IT systems.
- Differentiate the scope of the evolving environment of cybersecurity, international law, national law enforcement and organizational security measures and counter measures as applied to network and telecommunications operational security and applications.
Graduate Certificate in Artificial Intelligence
Graduate Certificate in Artificial Intelligence
This program is offered by the George Herbert Walker School of Business & Technology, and is only available at the St. Louis home campus.
For information on the general requirements for a certificate, see Certificate Program Policies and Procedures under the Academic Policies section of this catalog.
Program Description
Artificial Intelligence (AI) is a rapidly-evolving branch of computer science focusing on analyzing data and making appropriate and effective decisions based on this analysis. A background on Artificial Intelligence and Machine Learning will be provided and the potential benefits of the technology in multiple areas will be described. Python will be introduced and used to resolve AI-related questions. The program will introduce Deep Learning and provide an understanding of many ways in which AI can provide support to multiple disciplines.
Learning Outcomes
- Explain the role of data analytics in organizational decision making.
- Utilize current analytical languages to manage key artificial intelligence requirements.
- Explain the fundamental aspects of artificial intelligence and the potential benefits to companies and organizations.
- Develop machine learning techniques and algorithms to resolve key artificial intelligence problems.
- Implement major algorithms and statistical models related to Machine Learning to solve problems in different areas of industry.
- Utilize Deep Learning methods to address topics in multiple disciplines.
University Representatives
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Dean of the Walker School
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Cybersecurity Program Director, and Assistant Professor of Information Technology at Webster University
Learn more at Webster University’s Walker School of Business & Technology
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