Master of Science in Information Assurance and Cyber Security
Master of Science in Information Assurance and Cyber Security (MSIA)
31 Credits
MASTER OF SCIENCE IN INFORMATION ASSURANCE • 34 CREDITS • MSIA
The Master of Science in Information Assurance and Cybersecurity emphasizes the skills necessary for cybersecurity leadership, ensuring the development and implementation of cybersecurity resources in today’s business environment. This program is designed to prepare students with the skills to develop cybersecurity policies, plans, and strategies in compliance with laws, regulations, policies, and standards to correctly and efficiently prioritize and allocate cybersecurity resources.
Curriculum
The master’s degree program in Information Assurance and Cybersecurity (MSIA) aligns with the National Initiative for Cybersecurity Education (NICE) framework Executive Cyber Leadership specialty within Oversee & Govern.
Topics may include information security planning, project assessment and mitigation, application security, network security, digital forensics, and legal and ethical issues related to cybersecurity. Students will also choose an area of concentration through electives and complete a thesis under the direct guidance of a faculty member. These elective courses will provide depth in the different technical and administrative aspects of cybersecurity, with topics including health care security, business continuity, and comprehensive issues.
Foundational Knowledge Requirements:
All students admitted into the Davenport University Master of Science in Information Assurance and Cybersecurity are expected to have the necessary undergraduate preparation, as outlined in the Admissions Requirements, prior to entering the 600-level courses. Students who have not successfully completed equivalent undergraduate courses will be required to complete the following graduate (500-level) foundational courses or the undergraduate level equivalent courses. A grade of “B” or better must be earned in each course to show proficiency.
Graduate Level Foundational Courses:
CSCI 531 - Introduction to Programming or CISP 553 - Python Scripting
IAAS 581 - Information Security and Assurance
NETW 520 - Data Communications and Networks
STAT 500 - Statistics for Business
MASTER’S THESIS
A thesis paper forms the capstone of this Master of Science in Information Assurance and Cybersecurity program. The capstone is a comprehensive research paper encompassing the learning from the students’ coursework in the program.
The final thesis paper is to be completed under the guidance of your faculty advisor or university-designated faculty member during the CAPS 795 - Information Assurance Thesis course. More details on the master’s thesis and capstone process may be found in the Capstone Guidebook, available from your faculty advisor.
NOTE: PMP®, PgMP®, CAPM®, PMI-SP®, PMI-RMP®, and PMI-ACP® are registered marks of the Project Management Institute, Inc.
Which class should I take? When should I take it?
See our Recommended Program Sequences:
Core Courses |
24 Credits | |
|---|---|---|
| IAAS600 | This course is a comprehensive study of the techniques used to protect information infrastructure and assets, with a primary focus on the Defense In Depth model that emphasizes the role of people, process and technology. Topics include security problems in computing, networks and distributed systems, and the criticality of the CIA triad; confidentiality, integrity and availability of technology-based resources. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Required undergraduate or 500+ level prerequisite courses | |
| IAAS660 | This course covers the practices used in managing information systems and organizational change projects. Topics include protection of information infrastructure and assets utilizing a Defense In Depth model that emphasizes the role of people, process, and technology. Vulnerabilities and risks, computer crime, law, disaster recovery, contingency planning, physical security, operational security, and information security will be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS581 or IAAS600 | |
| IAAS667 | This course provides students with real-world ethical issues facing public and private institutions involving privacy, data integrity, authentication, and internal malicious activity. Professional decision-making requires a thorough understanding and respect for intellectual property, corporate governance, and legal restrictions and regulations. This class will give students the framework to make legal, ethical decisions in their careers. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS710 | This course provides the framework of design and development techniques for assuring securities of software applications, concentrating on cultivating software that is problematic to malicious intent. Topics include the security effects of applications, including class, field, and method visibility, sending data between components of a distributed program, data integrity, and configuring the security policy for distributed program components. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS715 | This course will analyze point products, such as firewalls, intrusion prevention systems, antivirus programs, and other components of the security infrastructure as they relate to network security. Topics include data events and conditions, filtering, correlation, and reporting actionable information as determined by the security infrastructure. Special-purpose protocols, error-correcting codes, and social engineering will also be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS735 | This course will provide the framework for the techniques and tools used for the extraction of information from digital equipment. Computer forensic tools will be used to gain a thorough understanding of the processes and techniques used in acquiring information and evidence. Topics include federal guidelines for search and seizures, investigating network intrusions, software forensics, and audit logs. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS786 | This course introduces graduate students to basic ideas for conducting research. Students will learn methods for reading technical papers, selecting research topics, devising research questions, reviewing current literature, and proposal writing. Additional topics will be discussed including methods of conducting research and working with the Institutional Review Board (IRB). Note: This class is preparatory to beginning the Information Assurance Thesis and should be completed, at minimum, the semester prior to registration for CAPS795. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): STAT615 | |
| STAT615 | This course explores applications for the practitioner in industry. Included are data descriptions, measures of central tendency and variability, probability, tests of hypotheses, regression analysis and analysis of categorical data. Selection of research problems, analysis of literature, individual investigations, preparing reports, and proposal writing are detailed. The course will also survey decision making and making recommendations using qualitative and quantitative data. Students will also discover threats to internal and external validity for quantitative research. Minitab will be used throughout the course. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Completion of an undergraduate course in introductory statistics (STAT220) course or STAT500 |
Elective Courses - Select one of the following: |
3 Credits | |
|---|---|---|
| GPMT699 | This course prepares students for the Project Management Professional (PMP)® certification exam developed and conducted by the Project Management Institute (PMI). This PMI® Authorized PMP® Exam Prep course provides a focused review of subject matter for the current exam and includes PMI-developed course content. Note: Successful completion of this preparatory course does not guarantee passing the exam. In addition, to sit for certification exams, students must meet educational and work experience requirements. Please refer to www.pmi.org for specific exam requirements. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): GPMT287 or equivalent experience. NOTE: PMP®, Project Management Professional (PMP)®, PMBOK® and PMI® are registered marks of the Project Management Institute, Inc. | |
| IAAS651 | This course applies mathematical foundations and algorithms to develop and solve cryptosystems. Topics include Private and Public Key cryptography, message authentication, digital signatures, secure hash functions, and key distribution. Computational complexity will be examined to determine the security of current protocols and standards, including AES and RSA. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS591 | |
| IAAS670 | This course will provide the framework for identifying and solving the security issues in wireless networks and mobile applications. An in-depth understanding of mobile agents, wireless WAP, WEP and other protocols will be covered. Real-time wireless and mobile security will be applied, with a strong emphasis on security techniques used for wireless and embedded devices. Topics will include cryptography, wireless ad-hoc networks, wireless transport layer security, Bluetooth, wireless information warfare, and optimizing wireless security solutions. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS651 | |
| IAAS675 | This course will provide the framework for developing and integrating security, critical infrastructures and assets prevalent in the healthcare and hospital industries. Legislation, policies, and case studies specific to the healthcare services field will be highlighted. Topics will include risks and vulnerabilities, security safeguards and standards, access control, audits, disaster recovery planning, security policy and procedures, and physical and logical security systems. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS738 | ||
| IAAS740 | This course is designed to encompass current, advanced technology and security issues surrounding information assurance. Implementation strategies will also focus on future trends and global business environments. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS790 | Attend Mandatory Internship Workshop at least two semesters prior to your desired internship course semester. The required internship workshop and approval process can be found at:https://my.davenport.edu/internships This graduate-level internship is the integration of previous classroom instruction with new learning acquired through on-the-job work experience. The experience should be related as closely as possible to the student’s major field and individual interest. 150 hours of career-related work time shall be required for the three credit course pursued. Internship hours will be scheduled in partnership between the student and the site and reported via weekly reports filed by the student in the academic course. Students will be supported to identify site possibilities; however, responsibility for selection by the internship employer rests with the student. The internship may be either paid or unpaid. An appropriate faculty member and the internship site supervisor will evaluate t |
Capstone |
4 Credits | |
|---|---|---|
| CAPS795 | A thesis project forms the capstone of this Master of Science in Information Assurance program. In order to register, a student must complete all course requirements for this degree and submit an acceptable proposal to the computing security and information assurance faculty. Note: A grade of B or better must be earned to pass this course successfully. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS786, last semester, and Information Assurance core courses completed. |
Master of Science in Information Assurance and Cyber Security
Master of Science in Information Assurance and Cyber Security (MSIA)
34 Credits
MASTER OF SCIENCE IN INFORMATION ASSURANCE • 34 CREDITS • MSIA
PROGRAM OUTCOME
The term Information Assurance has been defined as “conducting those operations that protect and defend information and information systems by ensuring availability, integrity, authentication, confidentiality and non-repudiation.” This includes providing for restoration of information systems by incorporating protection, detection and reaction capabilities. The 34 credit hour Master of Science in Information Assurance and Cyber Security (MSIA) includes nine core courses, two upper-level electives, and a thesis focused on Information Assurance and Cyber Security.
TECHNOLOGY FOUNDATIONAL REQUIREMENTS
All students admitted into the Davenport University Master of Science Information Assurance and Cyber Security are expected to have the necessary undergraduate preparation, outlined in the Admissions Requirements, prior to entering the 600-level courses. Students who have not successfully completed equivalent undergraduate courses will be required to complete the following graduate (500-level) foundational courses or the undergraduate level equivalent courses. A grade of “B” or better must be earned in each course to show proficiency. These courses are not included in the credits required for degree completion.
Graduate Level Foundational Courses:
- CSCI531 Introduction to Programming or CISP553 Python Scripting
- IAAS581 Information Security and Assurance
- IAAS591 Cryptography
- NETW520 Data Communications and Networks
- STAT500 Statistics for Business
CURRICULUM
The master’s degree program in Information Assurance and Cyber Security (MSIA) has been certified by the National Security Agency (NSA) and Committee on National Security Systems (CNSS) as meeting the requirements of NSTISSI-4011, Training Standard for Information Systems Security (INFOSEC) Professionals, and CNSSI-4012, Training Standard for Security System Managers.
Topics will include: information security planning, cryptography, project management and risk mitigation, application security, network security, forensics, and legal and ethical roles and topics specific to security. Students will also choose electives within their concentration and complete a thesis under the direct guidance of a faculty member.
These elective courses will provide an introduction to the different technical and administrative aspects of Information Security and Assurance. Topics will include: wireless and mobile security, banking and financial security, securing resource transfer, and health care security. The elective courses will also include methodologies for prioritizing information assets and threats to information assets, including risk analysis, architecture components of an incident response plan, legal and public relations implications of security and privacy issues, and the framework of a disaster recovery plan.
MASTER’S THESIS
A thesis paper forms the Capstone of this Master of Science Information Assurance and Cyber Security program. The Capstone is a comprehensive research paper encompassing the learning from the students’ coursework in the program. Prior to enrolling in the CAPS795 capstone course, students must have both an approved Capstone Intent Form and an approved Research Proposal on file with the MSIA program office. A research seminar (or pre-capstone seminar) is available to students to provide guidance on developing the research proposal. The final thesis paper is to be completed under the guidance of your faculty advisor and/or university designated faculty member during the CAPS795 course. More details on the master’s thesis and capstone process may be found in the Capstone Guidebook, available on the ISaAC site or from your faculty advisor.
NOTE: PMP®, PgMP®, CAPM®, PMI-SP®, PMI-RMP®, and PMI-ACP® are registered marks of the Project Management Institute, Inc.
Which class should I take? When should I take it?
See our Recommended Program Sequences:
Core Courses |
27 Credits | |
|---|---|---|
| IAAS600 | This course is a comprehensive study of the techniques used to protect information infrastructure and assets, with a primary focus on the Defense In Depth model that emphasizes the role of people, process and technology. Topics include security problems in computing, networks and distributed systems, and the criticality of the CIA triad; confidentiality, integrity and availability of technology-based resources. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Required undergraduate or 500+ level prerequisite courses | |
| IAAS651 | This course applies mathematical foundations and algorithms to develop and solve cryptosystems. Topics include Private and Public Key cryptography, message authentication, digital signatures, secure hash functions, and key distribution. Computational complexity will be examined to determine the security of current protocols and standards, including AES and RSA. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS591 | |
| IAAS660 | This course covers the practices used in managing information systems and organizational change projects. Topics include protection of information infrastructure and assets utilizing a Defense In Depth model that emphasizes the role of people, process, and technology. Vulnerabilities and risks, computer crime, law, disaster recovery, contingency planning, physical security, operational security, and information security will be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS581 or IAAS600 | |
| IAAS667 | This course provides students with real-world ethical issues facing public and private institutions involving privacy, data integrity, authentication, and internal malicious activity. Professional decision-making requires a thorough understanding and respect for intellectual property, corporate governance, and legal restrictions and regulations. This class will give students the framework to make legal, ethical decisions in their careers. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS710 | This course provides the framework of design and development techniques for assuring securities of software applications, concentrating on cultivating software that is problematic to malicious intent. Topics include the security effects of applications, including class, field, and method visibility, sending data between components of a distributed program, data integrity, and configuring the security policy for distributed program components. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS715 | This course will analyze point products, such as firewalls, intrusion prevention systems, antivirus programs, and other components of the security infrastructure as they relate to network security. Topics include data events and conditions, filtering, correlation, and reporting actionable information as determined by the security infrastructure. Special-purpose protocols, error-correcting codes, and social engineering will also be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS735 | This course will provide the framework for the techniques and tools used for the extraction of information from digital equipment. Computer forensic tools will be used to gain a thorough understanding of the processes and techniques used in acquiring information and evidence. Topics include federal guidelines for search and seizures, investigating network intrusions, software forensics, and audit logs. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS786 | This course introduces graduate students to basic ideas for conducting research. Students will learn methods for reading technical papers, selecting research topics, devising research questions, reviewing current literature, and proposal writing. Additional topics will be discussed including methods of conducting research and working with the Institutional Review Board (IRB). Note: This class is preparatory to beginning the Information Assurance Thesis and should be completed, at minimum, the semester prior to registration for CAPS795. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): STAT615 | |
| STAT615 | This course explores applications for the practitioner in industry. Included are data descriptions, measures of central tendency and variability, probability, tests of hypotheses, regression analysis and analysis of categorical data. Selection of research problems, analysis of literature, individual investigations, preparing reports, and proposal writing are detailed. The course will also survey decision making and making recommendations using qualitative and quantitative data. Students will also discover threats to internal and external validity for quantitative research. Minitab will be used throughout the course. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Completion of an undergraduate course in introductory statistics (STAT220) course or STAT500 |
Elective Courses - Select one of the following: |
3 Credits | |
|---|---|---|
| GPMT699 | This course prepares students for the Project Management Professional (PMP)® certification exam developed and conducted by the Project Management Institute (PMI). This PMI® Authorized PMP® Exam Prep course provides a focused review of subject matter for the current exam and includes PMI-developed course content. Note: Successful completion of this preparatory course does not guarantee passing the exam. In addition, to sit for certification exams, students must meet educational and work experience requirements. Please refer to www.pmi.org for specific exam requirements. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): GPMT287 or equivalent experience. NOTE: PMP®, Project Management Professional (PMP)®, PMBOK® and PMI® are registered marks of the Project Management Institute, Inc. | |
| IAAS670 | This course will provide the framework for identifying and solving the security issues in wireless networks and mobile applications. An in-depth understanding of mobile agents, wireless WAP, WEP and other protocols will be covered. Real-time wireless and mobile security will be applied, with a strong emphasis on security techniques used for wireless and embedded devices. Topics will include cryptography, wireless ad-hoc networks, wireless transport layer security, Bluetooth, wireless information warfare, and optimizing wireless security solutions. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS651 | |
| IAAS675 | This course will provide the framework for developing and integrating security, critical infrastructures and assets prevalent in the healthcare and hospital industries. Legislation, policies, and case studies specific to the healthcare services field will be highlighted. Topics will include risks and vulnerabilities, security safeguards and standards, access control, audits, disaster recovery planning, security policy and procedures, and physical and logical security systems. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS738 | ||
| IAAS740 | This course is designed to encompass current, advanced technology and security issues surrounding information assurance. Implementation strategies will also focus on future trends and global business environments. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS790 | Attend Mandatory Internship Workshop at least two semesters prior to your desired internship course semester. The required internship workshop and approval process can be found at:https://my.davenport.edu/internships This graduate-level internship is the integration of previous classroom instruction with new learning acquired through on-the-job work experience. The experience should be related as closely as possible to the student’s major field and individual interest. 150 hours of career-related work time shall be required for the three credit course pursued. Internship hours will be scheduled in partnership between the student and the site and reported via weekly reports filed by the student in the academic course. Students will be supported to identify site possibilities; however, responsibility for selection by the internship employer rests with the student. The internship may be either paid or unpaid. An appropriate faculty member and the internship site supervisor will evaluate t |
Capstone |
4 Credits | |
|---|---|---|
| CAPS795 | A thesis project forms the capstone of this Master of Science in Information Assurance program. In order to register, a student must complete all course requirements for this degree and submit an acceptable proposal to the computing security and information assurance faculty. Note: A grade of B or better must be earned to pass this course successfully. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS786, last semester, and Information Assurance core courses completed. |
Master of Science in Information Assurance and Cyber Security
Master of Science in Information Assurance and Cyber Security (MSIA)
34 Credits
MASTER OF SCIENCE INFORMATION ASSURANCE • 34 CREDITS • MSIA
PROGRAM OUTCOME
The term Information Assurance has been defined as “conducting those operations that protect and defend information and information systems by ensuring availability, integrity, authentication, confidentiality and non-repudiation.” This includes providing for restoration of information systems by incorporating protection, detection and reaction capabilities. The 34 credit hour Master of Science in Information Assurance and Cyber Security (MSIA) includes nine core courses, two upper-level electives, and a thesis focused on Information Assurance and Cyber Security.
TECHNOLOGY FOUNDATIONAL REQUIREMENTS
All students admitted into the Davenport University Master of Science Information Assurance and Cyber Security are expected to have the necessary undergraduate preparation, outlined in the Admissions Requirements, prior to entering the 600-level courses. Students who have not successfully completed equivalent undergraduate courses will be required to complete the following graduate (500-level) foundational courses or the undergraduate level equivalent courses. A grade of “B” or better must be earned in each course to show proficiency. These courses are not included in the credits required for degree completion.
Graduate Level Foundational Courses:
CSCI531 Introduction to Programming or
CISP553 Python Scripting
IAAS581 Information Security and Assurance
IAAS591 Cryptography
NETW520 Data Communications and Networks
STAT500 Statistics for Business
CURRICULUM
The master’s degree program in Information Assurance and Cyber Security (MSIA) has been certified by the National Security Agency (NSA) and Committee on National Security Systems (CNSS) as meeting the requirements of NSTISSI-4011, Training Standard for Information Systems Security (INFOSEC) Professionals, and CNSSI-4012, Training Standard for Security System Managers.
Topics will include: information security planning, cryptography, project management and risk mitigation, application security, network security, forensics, and legal and ethical roles and topics specific to security. Students will also choose electives within their concentration and complete a thesis under the direct guidance of a faculty member.
These elective courses will provide an introduction to the different technical and administrative aspects of Information Security and Assurance. Topics will include: wireless and mobile security, banking and financial security, securing resource transfer, and health care security. The elective courses will also include methodologies for prioritizing information assets and threats to information assets, including risk analysis, architecture components of an incident response plan, legal and public relations implications of security and privacy issues, and the framework of a disaster recovery plan.
MASTER’S THESIS
A thesis paper forms the Capstone of this Master of Science Information Assurance and Cyber Security program. The Capstone is a comprehensive research paper encompassing the learning from the students’ coursework in the program. Prior to enrolling in the CAPS795 capstone course, students must have both an approved Capstone Intent Form and an approved Research Proposal on file with the MSIA program office. A research seminar (or pre-capstone seminar) is available to students to provide guidance on developing the research proposal. The final thesis paper is to be completed under the guidance of your faculty advisor and/or university designated faculty member during the CAPS795 course. More details on the master’s thesis and capstone process may be found in the Capstone Guidebook, available on the ISaAC site or from your faculty advisor.
NOTE: PMP®, PgMP®, CAPM®, PMI-SP®, PMI-RMP®, and PMI-ACP® are registered marks of the Project Management Institute, Inc.
Which class should I take? When should I take it?
See our Recommended Program Sequences:
Core Courses |
27 Credits | |
|---|---|---|
| IAAS600 | This course is a comprehensive study of the techniques used to protect information infrastructure and assets, with a primary focus on the Defense In Depth model that emphasizes the role of people, process and technology. Topics include security problems in computing, networks and distributed systems, and the criticality of the CIA triad; confidentiality, integrity and availability of technology-based resources. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Required undergraduate or 500+ level prerequisite courses | |
| IAAS651 | This course applies mathematical foundations and algorithms to develop and solve cryptosystems. Topics include Private and Public Key cryptography, message authentication, digital signatures, secure hash functions, and key distribution. Computational complexity will be examined to determine the security of current protocols and standards, including AES and RSA. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS591 | |
| IAAS660 | This course covers the practices used in managing information systems and organizational change projects. Topics include protection of information infrastructure and assets utilizing a Defense In Depth model that emphasizes the role of people, process, and technology. Vulnerabilities and risks, computer crime, law, disaster recovery, contingency planning, physical security, operational security, and information security will be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS581 or IAAS600 | |
| IAAS667 | This course provides students with real-world ethical issues facing public and private institutions involving privacy, data integrity, authentication, and internal malicious activity. Professional decision-making requires a thorough understanding and respect for intellectual property, corporate governance, and legal restrictions and regulations. This class will give students the framework to make legal, ethical decisions in their careers. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS710 | This course provides the framework of design and development techniques for assuring securities of software applications, concentrating on cultivating software that is problematic to malicious intent. Topics include the security effects of applications, including class, field, and method visibility, sending data between components of a distributed program, data integrity, and configuring the security policy for distributed program components. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS715 | This course will analyze point products, such as firewalls, intrusion prevention systems, antivirus programs, and other components of the security infrastructure as they relate to network security. Topics include data events and conditions, filtering, correlation, and reporting actionable information as determined by the security infrastructure. Special-purpose protocols, error-correcting codes, and social engineering will also be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS735 | This course will provide the framework for the techniques and tools used for the extraction of information from digital equipment. Computer forensic tools will be used to gain a thorough understanding of the processes and techniques used in acquiring information and evidence. Topics include federal guidelines for search and seizures, investigating network intrusions, software forensics, and audit logs. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS786 | This course introduces graduate students to basic ideas for conducting research. Students will learn methods for reading technical papers, selecting research topics, devising research questions, reviewing current literature, and proposal writing. Additional topics will be discussed including methods of conducting research and working with the Institutional Review Board (IRB). Note: This class is preparatory to beginning the Information Assurance Thesis and should be completed, at minimum, the semester prior to registration for CAPS795. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): STAT615 | |
| STAT615 | This course explores applications for the practitioner in industry. Included are data descriptions, measures of central tendency and variability, probability, tests of hypotheses, regression analysis and analysis of categorical data. Selection of research problems, analysis of literature, individual investigations, preparing reports, and proposal writing are detailed. The course will also survey decision making and making recommendations using qualitative and quantitative data. Students will also discover threats to internal and external validity for quantitative research. Minitab will be used throughout the course. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Completion of an undergraduate course in introductory statistics (STAT220) course or STAT500 |
Elective Courses - Select one of the following: |
3 Credits | |
|---|---|---|
| GPMT699 | This course prepares students for the Project Management Professional (PMP)® certification exam developed and conducted by the Project Management Institute (PMI). This PMI® Authorized PMP® Exam Prep course provides a focused review of subject matter for the current exam and includes PMI-developed course content. Note: Successful completion of this preparatory course does not guarantee passing the exam. In addition, to sit for certification exams, students must meet educational and work experience requirements. Please refer to www.pmi.org for specific exam requirements. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): GPMT287 or equivalent experience. NOTE: PMP®, Project Management Professional (PMP)®, PMBOK® and PMI® are registered marks of the Project Management Institute, Inc. | |
| IAAS670 | This course will provide the framework for identifying and solving the security issues in wireless networks and mobile applications. An in-depth understanding of mobile agents, wireless WAP, WEP and other protocols will be covered. Real-time wireless and mobile security will be applied, with a strong emphasis on security techniques used for wireless and embedded devices. Topics will include cryptography, wireless ad-hoc networks, wireless transport layer security, Bluetooth, wireless information warfare, and optimizing wireless security solutions. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS651 | |
| IAAS675 | This course will provide the framework for developing and integrating security, critical infrastructures and assets prevalent in the healthcare and hospital industries. Legislation, policies, and case studies specific to the healthcare services field will be highlighted. Topics will include risks and vulnerabilities, security safeguards and standards, access control, audits, disaster recovery planning, security policy and procedures, and physical and logical security systems. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS738 | ||
| IAAS740 | This course is designed to encompass current, advanced technology and security issues surrounding information assurance. Implementation strategies will also focus on future trends and global business environments. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS790 | Attend Mandatory Internship Workshop at least two semesters prior to your desired internship course semester. The required internship workshop and approval process can be found at:https://my.davenport.edu/internships This graduate-level internship is the integration of previous classroom instruction with new learning acquired through on-the-job work experience. The experience should be related as closely as possible to the student’s major field and individual interest. 150 hours of career-related work time shall be required for the three credit course pursued. Internship hours will be scheduled in partnership between the student and the site and reported via weekly reports filed by the student in the academic course. Students will be supported to identify site possibilities; however, responsibility for selection by the internship employer rests with the student. The internship may be either paid or unpaid. An appropriate faculty member and the internship site supervisor will evaluate t |
Capstone |
4 Credits | |
|---|---|---|
| CAPS795 | A thesis project forms the capstone of this Master of Science in Information Assurance program. In order to register, a student must complete all course requirements for this degree and submit an acceptable proposal to the computing security and information assurance faculty. Note: A grade of B or better must be earned to pass this course successfully. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS786, last semester, and Information Assurance core courses completed. |
Master of Science in Information Assurance and Cyber Security
Master of Science in Information Assurance and Cyber Security (MSIA)
34 Credits
MASTER OF SCIENCE INFORMATION ASSURANCE • 34 CREDITS • MSIA
PROGRAM OUTCOME
The term Information Assurance has been defined as “conducting those operations that protect and defend information and information systems by ensuring availability, integrity, authentication, confidentiality and non-repudiation.” This includes providing for restoration of information systems by incorporating protection, detection and reaction capabilities. The 34 credit hour Master of Science in Information Assurance and Cyber Security (MSIA) includes nine core courses, two upper-level electives, and a thesis focused on Information Assurance and Cyber Security.
TECHNOLOGY FOUNDATIONAL REQUIREMENTS
All students admitted into the Davenport University Master of Science Information Assurance and Cyber Security are expected to have the necessary undergraduate preparation, outlined in the Admissions Requirements, prior to entering the 600-level courses. Students who have not successfully completed equivalent undergraduate courses will be required to complete the following graduate (500-level) foundational courses or the undergraduate level equivalent courses. A grade of “B” or better must be earned in each course to show proficiency. These courses are not included in the credits required for degree completion.
Graduate Level Foundational Courses:
CSCI531 Introduction to Programming or
CISP553 PERL/Python Scripting
IAAS581 Information Security and Assurance
IAAS591 Cryptography
NETW520 Data Communications and Networks
STAT500 Statistics for Business
CURRICULUM
The master’s degree program in Information Assurance and Cyber Security (MSIA) has been certified by the National Security Agency (NSA) and Committee on National Security Systems (CNSS) as meeting the requirements of NSTISSI-4011, Training Standard for Information Systems Security (INFOSEC) Professionals, and CNSSI-4012, Training Standard for Security System Managers.
Topics will include: information security planning, cryptography, project management and risk mitigation, application security, network security, forensics, and legal and ethical roles and topics specific to security. Students will also choose electives within their concentration and complete a thesis under the direct guidance of a faculty member.
These elective courses will provide an introduction to the different technical and administrative aspects of Information Security and Assurance. Topics will include: wireless and mobile security, banking and financial security, securing resource transfer, and health care security. The elective courses will also include methodologies for prioritizing information assets and threats to information assets, including risk analysis, architecture components of an incident response plan, legal and public relations implications of security and privacy issues, and the framework of a disaster recovery plan.
MASTER’S THESIS
A thesis paper forms the Capstone of this Master of Science Information Assurance and Cyber Security program. The Capstone is a comprehensive research paper encompassing the learning from the students’ coursework in the program. Prior to enrolling in the CAPS795 capstone course, students must have both an approved Capstone Intent Form and an approved Research Proposal on file with the MSIA program office. A research seminar (or pre-capstone seminar) is available to students to provide guidance on developing the research proposal. The final thesis paper is to be completed under the guidance of your faculty advisor and/or university designated faculty member during the CAPS795 course. More details on the master’s thesis and capstone process may be found in the Capstone Guidebook, available on the ISaAC site or from your faculty advisor.
NOTE: PMP®, PgMP®, CAPM®, PMI-SP®, PMI-RMP®, and PMI-ACP® are registered marks of the Project Management Institute, Inc.
Which class should I take? When should I take it?
See our Recommended Program Sequences:
Core Courses |
27 Credits | |
|---|---|---|
| IAAS600 | This course is a comprehensive study of the techniques used to protect information infrastructure and assets, with a primary focus on the Defense In Depth model that emphasizes the role of people, process and technology. Topics include security problems in computing, networks and distributed systems, and the criticality of the CIA triad; confidentiality, integrity and availability of technology-based resources. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Required undergraduate or 500+ level prerequisite courses | |
| IAAS651 | This course applies mathematical foundations and algorithms to develop and solve cryptosystems. Topics include Private and Public Key cryptography, message authentication, digital signatures, secure hash functions, and key distribution. Computational complexity will be examined to determine the security of current protocols and standards, including AES and RSA. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS591 | |
| IAAS660 | This course covers the practices used in managing information systems and organizational change projects. Topics include protection of information infrastructure and assets utilizing a Defense In Depth model that emphasizes the role of people, process, and technology. Vulnerabilities and risks, computer crime, law, disaster recovery, contingency planning, physical security, operational security, and information security will be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS581 or IAAS600 | |
| IAAS667 | This course provides students with real-world ethical issues facing public and private institutions involving privacy, data integrity, authentication, and internal malicious activity. Professional decision-making requires a thorough understanding and respect for intellectual property, corporate governance, and legal restrictions and regulations. This class will give students the framework to make legal, ethical decisions in their careers. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS710 | This course provides the framework of design and development techniques for assuring securities of software applications, concentrating on cultivating software that is problematic to malicious intent. Topics include the security effects of applications, including class, field, and method visibility, sending data between components of a distributed program, data integrity, and configuring the security policy for distributed program components. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS715 | This course will analyze point products, such as firewalls, intrusion prevention systems, antivirus programs, and other components of the security infrastructure as they relate to network security. Topics include data events and conditions, filtering, correlation, and reporting actionable information as determined by the security infrastructure. Special-purpose protocols, error-correcting codes, and social engineering will also be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS735 | This course will provide the framework for the techniques and tools used for the extraction of information from digital equipment. Computer forensic tools will be used to gain a thorough understanding of the processes and techniques used in acquiring information and evidence. Topics include federal guidelines for search and seizures, investigating network intrusions, software forensics, and audit logs. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS786 | This course introduces graduate students to basic ideas for conducting research. Students will learn methods for reading technical papers, selecting research topics, devising research questions, reviewing current literature, and proposal writing. Additional topics will be discussed including methods of conducting research and working with the Institutional Review Board (IRB). Note: This class is preparatory to beginning the Information Assurance Thesis and should be completed, at minimum, the semester prior to registration for CAPS795. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): STAT615 | |
| STAT615 | This course explores applications for the practitioner in industry. Included are data descriptions, measures of central tendency and variability, probability, tests of hypotheses, regression analysis and analysis of categorical data. Selection of research problems, analysis of literature, individual investigations, preparing reports, and proposal writing are detailed. The course will also survey decision making and making recommendations using qualitative and quantitative data. Students will also discover threats to internal and external validity for quantitative research. Minitab will be used throughout the course. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Completion of an undergraduate course in introductory statistics (STAT220) course or STAT500 |
Elective Courses - Select one of the following: |
3 Credits | |
|---|---|---|
| GPMT699 | This course prepares students for the Project Management Professional (PMP)® certification exam developed and conducted by the Project Management Institute (PMI). This PMI® Authorized PMP® Exam Prep course provides a focused review of subject matter for the current exam and includes PMI-developed course content. Note: Successful completion of this preparatory course does not guarantee passing the exam. In addition, to sit for certification exams, students must meet educational and work experience requirements. Please refer to www.pmi.org for specific exam requirements. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): GPMT287 or equivalent experience. NOTE: PMP®, Project Management Professional (PMP)®, PMBOK® and PMI® are registered marks of the Project Management Institute, Inc. | |
| IAAS670 | This course will provide the framework for identifying and solving the security issues in wireless networks and mobile applications. An in-depth understanding of mobile agents, wireless WAP, WEP and other protocols will be covered. Real-time wireless and mobile security will be applied, with a strong emphasis on security techniques used for wireless and embedded devices. Topics will include cryptography, wireless ad-hoc networks, wireless transport layer security, Bluetooth, wireless information warfare, and optimizing wireless security solutions. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS651 | |
| IAAS672 | This course will provide the framework for developing and integrating security, critical infrastructures and assets prevalent in the banking and finance industries. Legislation, policies, and case studies specific to the financial services field will be highlighted. Topics will include secure wire transfers, identity theft, fraud, e-banking issues, and privacy concerns, employing the CIA triad of information security. Prerequisite(s): IAAS660 | |
| IAAS675 | This course will provide the framework for developing and integrating security, critical infrastructures and assets prevalent in the healthcare and hospital industries. Legislation, policies, and case studies specific to the healthcare services field will be highlighted. Topics will include risks and vulnerabilities, security safeguards and standards, access control, audits, disaster recovery planning, security policy and procedures, and physical and logical security systems. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS738 | ||
| IAAS740 | This course is designed to encompass current, advanced technology and security issues surrounding information assurance. Implementation strategies will also focus on future trends and global business environments. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS790 | Attend Mandatory Internship Workshop at least two semesters prior to your desired internship course semester. The required internship workshop and approval process can be found at:https://my.davenport.edu/internships This graduate-level internship is the integration of previous classroom instruction with new learning acquired through on-the-job work experience. The experience should be related as closely as possible to the student’s major field and individual interest. 150 hours of career-related work time shall be required for the three credit course pursued. Internship hours will be scheduled in partnership between the student and the site and reported via weekly reports filed by the student in the academic course. Students will be supported to identify site possibilities; however, responsibility for selection by the internship employer rests with the student. The internship may be either paid or unpaid. An appropriate faculty member and the internship site supervisor will evaluate t |
Capstone |
4 Credits | |
|---|---|---|
| CAPS795 | A thesis project forms the capstone of this Master of Science in Information Assurance program. In order to register, a student must complete all course requirements for this degree and submit an acceptable proposal to the computing security and information assurance faculty. Note: A grade of B or better must be earned to pass this course successfully. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS786, last semester, and Information Assurance core courses completed. |
Master of Science Information Assurance and Cyber Security
Master of Science Information Assurance and Cyber Security (MSIA)
34 Credits
MASTER OF SCIENCE INFORMATION ASSURANCE • 34 CREDITS • MSIA
PROGRAM OUTCOME
The term Information Assurance has been defined as “conducting those operations that protect and defend information and information systems by ensuring availability, integrity, authentication, confidentiality and non-repudiation.” This includes providing for restoration of information systems by incorporating protection, detection and reaction capabilities. The 34 semester credit hour Master of Science in Information Assurance and Cyber Security (MSIA) includes nine core courses, two upper-level electives, and a thesis focused on Information Assurance and Cyber Security.
TECHNOLOGY FOUNDATIONAL REQUIREMENTS
All students admitted into the Davenport University Master of Science Information Assurance and Cyber Security are expected to have the necessary undergraduate preparation in computer, networking, statistical analysis, and security foundations prior to entering the 600-level courses. Students that have not successfully completed equivalent undergraduate courses or do not have any of the following Security Certifications: Security +, CISSP, GSE, CCSP, SSCP, CIW or RSA will be required to complete the following graduate (500-level) foundational courses or the undergraduate level equivalent courses. A grade of “B” or better must be earned in each course to show proficiency.
Graduate Level Foundational Courses:
CSCI531 Introduction to Programming or
CISP553 PERL/Python Scripting
IAAS581 Information Security and Assurance
IAAS591 Cryptography
NETW520 Data Communications and Networks
STAT500 Statistics for Business
CURRICULUM
The master’s degree program in Information Assurance and Cyber Security (MSIA) has been certified by the National Security Agency (NSA) and Committee on National Security Systems (CNSS) as meeting the requirements of NSTISSI-4011, Training Standard for Information Systems Security (INFOSEC) Professionals, and CNSSI-4012, Training Standard for Security System Managers.
Topics will include: information security planning, cryptography, project management and risk mitigation, application security, network security, forensics, and legal and ethical roles and topics specific to security. Students will also choose electives within their concentration and complete a thesis under the direct guidance of a faculty member.
These elective courses will provide an introduction to the different technical and administrative aspects of Information Security and Assurance. Topics will include: wireless and mobile security, banking and financial security, securing resource transfer, and health care security. The elective courses will also include methodologies for prioritizing information assets and threats to information assets, including risk analysis, architecture components of an incident response plan, legal and public relations implications of security and privacy issues, and the framework of a disaster recovery plan.
MASTER’S THESIS
A thesis paper forms the Capstone of this Master of Science Information Assurance and Cyber Security program. The Capstone is a comprehensive research paper encompassing the learning from the students’ coursework in the program. Prior to enrolling in the CAPS795 capstone course, students must have both an approved Capstone Intent Form and an approved Research Proposal on file with the MSIA program office. A research seminar (or pre-capstone seminar) is available to students to provide guidance on developing the research proposal. The final thesis paper is to be completed under the guidance of your faculty advisor and/or university designated faculty member during the CAPS795 course. More details on the master’s thesis and capstone process may be found in the Capstone Guidebook, available on the ISaAC site or from your faculty advisor.
Which class should I take? When should I take it?
See our Recommended Program Sequences:
Core Courses |
27 Credits | |
|---|---|---|
| IAAS600 | This course is a comprehensive study of the techniques used to protect information infrastructure and assets, with a primary focus on the Defense In Depth model that emphasizes the role of people, process and technology. Topics include security problems in computing, networks and distributed systems, and the criticality of the CIA triad; confidentiality, integrity and availability of technology-based resources. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Required undergraduate or 500+ level prerequisite courses | |
| IAAS651 | This course applies mathematical foundations and algorithms to develop and solve cryptosystems. Topics include Private and Public Key cryptography, message authentication, digital signatures, secure hash functions, and key distribution. Computational complexity will be examined to determine the security of current protocols and standards, including AES and RSA. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS591 | |
| IAAS660 | This course covers the practices used in managing information systems and organizational change projects. Topics include protection of information infrastructure and assets utilizing a Defense In Depth model that emphasizes the role of people, process, and technology. Vulnerabilities and risks, computer crime, law, disaster recovery, contingency planning, physical security, operational security, and information security will be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS581 or IAAS600 | |
| IAAS667 | This course provides students with real-world ethical issues facing public and private institutions involving privacy, data integrity, authentication, and internal malicious activity. Professional decision-making requires a thorough understanding and respect for intellectual property, corporate governance, and legal restrictions and regulations. This class will give students the framework to make legal, ethical decisions in their careers. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS710 | This course provides the framework of design and development techniques for assuring securities of software applications, concentrating on cultivating software that is problematic to malicious intent. Topics include the security effects of applications, including class, field, and method visibility, sending data between components of a distributed program, data integrity, and configuring the security policy for distributed program components. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS715 | This course will analyze point products, such as firewalls, intrusion prevention systems, antivirus programs, and other components of the security infrastructure as they relate to network security. Topics include data events and conditions, filtering, correlation, and reporting actionable information as determined by the security infrastructure. Special-purpose protocols, error-correcting codes, and social engineering will also be covered. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS735 | This course will provide the framework for the techniques and tools used for the extraction of information from digital equipment. Computer forensic tools will be used to gain a thorough understanding of the processes and techniques used in acquiring information and evidence. Topics include federal guidelines for search and seizures, investigating network intrusions, software forensics, and audit logs. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS786 | This course introduces graduate students to basic ideas for conducting research. Students will learn methods for reading technical papers, selecting research topics, devising research questions, reviewing current literature, and proposal writing. Additional topics will be discussed including methods of conducting research and working with the Institutional Review Board (IRB). Note: This class is preparatory to beginning the Information Assurance Thesis and should be completed, at minimum, the semester prior to registration for CAPS795. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): STAT615 | |
| STAT615 | This course explores applications for the practitioner in industry. Included are data descriptions, measures of central tendency and variability, probability, tests of hypotheses, regression analysis and analysis of categorical data. Selection of research problems, analysis of literature, individual investigations, preparing reports, and proposal writing are detailed. The course will also survey decision making and making recommendations using qualitative and quantitative data. Students will also discover threats to internal and external validity for quantitative research. Minitab will be used throughout the course. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): Completion of an undergraduate course in introductory statistics (STAT220) course or STAT500 |
Elective Courses - Select one of the following: |
3 Credits | |
|---|---|---|
| GPMT699 | This course prepares students for the Project Management Professional (PMP)® certification exam developed and conducted by the Project Management Institute (PMI). This PMI® Authorized PMP® Exam Prep course provides a focused review of subject matter for the current exam and includes PMI-developed course content. Note: Successful completion of this preparatory course does not guarantee passing the exam. In addition, to sit for certification exams, students must meet educational and work experience requirements. Please refer to www.pmi.org for specific exam requirements. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): GPMT287 or equivalent experience. NOTE: PMP®, Project Management Professional (PMP)®, PMBOK® and PMI® are registered marks of the Project Management Institute, Inc. | |
| IAAS670 | This course will provide the framework for identifying and solving the security issues in wireless networks and mobile applications. An in-depth understanding of mobile agents, wireless WAP, WEP and other protocols will be covered. Real-time wireless and mobile security will be applied, with a strong emphasis on security techniques used for wireless and embedded devices. Topics will include cryptography, wireless ad-hoc networks, wireless transport layer security, Bluetooth, wireless information warfare, and optimizing wireless security solutions. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS651 | |
| IAAS672 | This course will provide the framework for developing and integrating security, critical infrastructures and assets prevalent in the banking and finance industries. Legislation, policies, and case studies specific to the financial services field will be highlighted. Topics will include secure wire transfers, identity theft, fraud, e-banking issues, and privacy concerns, employing the CIA triad of information security. Prerequisite(s): IAAS660 | |
| IAAS675 | This course will provide the framework for developing and integrating security, critical infrastructures and assets prevalent in the healthcare and hospital industries. Legislation, policies, and case studies specific to the healthcare services field will be highlighted. Topics will include risks and vulnerabilities, security safeguards and standards, access control, audits, disaster recovery planning, security policy and procedures, and physical and logical security systems. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS600 | |
| IAAS738 | ||
| IAAS740 | This course is designed to encompass current, advanced technology and security issues surrounding information assurance. Implementation strategies will also focus on future trends and global business environments. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS715 | |
| IAAS790 | Attend Mandatory Internship Workshop at least two semesters prior to your desired internship course semester. The required internship workshop and approval process can be found at:https://my.davenport.edu/internships This graduate-level internship is the integration of previous classroom instruction with new learning acquired through on-the-job work experience. The experience should be related as closely as possible to the student’s major field and individual interest. 150 hours of career-related work time shall be required for the three credit course pursued. Internship hours will be scheduled in partnership between the student and the site and reported via weekly reports filed by the student in the academic course. Students will be supported to identify site possibilities; however, responsibility for selection by the internship employer rests with the student. The internship may be either paid or unpaid. An appropriate faculty member and the internship site supervisor will evaluate t |
Capstone |
4 Credits | |
|---|---|---|
| CAPS795 | A thesis project forms the capstone of this Master of Science in Information Assurance program. In order to register, a student must complete all course requirements for this degree and submit an acceptable proposal to the computing security and information assurance faculty. Note: A grade of B or better must be earned to pass this course successfully. Applicable Course Fees can be found at https://my.davenport.edu/financial-aid/how-much-does-du-cost/tuition-and-fees. Prerequisite(s): IAAS786, last semester, and Information Assurance core courses completed. |