Undergraduate Catalog 2016-17
Marymount's information technology (IT) program offers a solid foundation of knowledge across the system life cycle — defining requirements, developing software, administering and securing a computer network, and successfully managing IT projects. The curriculum addresses hardware, software, databases, networks, security, quality assurance, and project management. Students will focus in one of the following specialization areas:
Applied IT
This specialization is for students who wish to study computers in the context of an application area, such as biology, education, or graphic design.
Computer Science
This specialization is for students who would like to design and build software products or design and build complex, secure networks.
Data Science
This specialization is for students who wish to develop knowledge, skills, and abilities to collect, store, find, and interpret "big data."
Forensic Computing
This specialization is for students who wish to investigate computer crimes and prepare evidence for use in a court of law.
Health IT
This specialization is for students who aim to work in the health care industry, using technology to improve patient care.
Information Systems
This specialization is for students who wish to design support networks, provide technical support to system users, and design and manage websites, usually in a business context.
Interactive Media
This specialization is for students who would like to design websites using audio and video components.
Networking and Cybersecurity
This specialization is for students who wish to specialize in network administration and the protection of today's computer systems.
Upon successful completion of the information technology program, students will be able to
Students are also prepared for industrywide certification, such as A+ and Net+, from CompTia, and Certified Software Test Analyst (CSTA) from SofTest. Students who specialize in forensic computing study the field using topics required for the International Society of Forensic Computer Examiner’s Certified Computer Examiner certification. Students who specialize in networking and cybersecurity are prepared for the Cisco Certified Entry Networking Technician (CCENT) and Cisco Certified Network Associate (CCNA) certifications for Cisco Systems and the Security+ certification from CompTia. The computer science specialty provides the preparatory work necessary to enter Marymount’s M.S. in information technology’s software engineering track and prepares students for the IEEE Certification of Software Development Professionals (CSDP).
Students are advised to consider a minor depending upon their specialty. Students choosing the applied IT specialty should consider a minor tied to their intended application area, such as biology or graphic design, both offered through the School of Arts and Sciences. Students specializing in computer science might consider a minor in mathematics, offered through the School of Arts and Sciences. Students specializing in forensic computing or networking and cybersecurity may wish to minor in criminal justice, available through the School of Education and Human Services. Students specializing in information systems should consider a minor in business administration, offered through the School of Business Administration. Students specializing in interactive media should consider the web design minor, available through the School of Arts and Sciences.
The full-time faculty for this program conduct research in cybersecurity, data management, open source software, technology for health care, mobile application development, and other areas. Adjunct faculty work in areas such as requirements analysis, computer crime investigation, hardware design, software development, database management, cybersecurity, and operations management. Students can benefit from a breadth of research and experience in the IT field and participate in such activities as the cybersecurity and programming competition and undergraduate research.
Internship Prerequisites: A minimum of 90 credits with a minimum cumulative GPA of 2.0 and a grade of C or better in IT 323 Junior IT Seminar are required in order to register for the internship.
Minimum Grade Requirements: A minimum grade of C- is required in any course within the information technology major that serves as a prerequisite for a higher-numbered course. A minimum grade of C is required in IT 423 Senior IT Seminar and in IT 489 IT Capstone Project.
Residency Requirement: Students must complete 21 credits of their IT major or specialty courses at Marymount.
Degree Requirements — Information Technology
Liberal Arts Core and University Requirements
See University Requirements and the Liberal Arts Core for details.
Major Requirements
To fulfill the requirements of the major, all students in this program will take the following coursework in a sequence determined in collaboration with a faculty advisor. Some courses also satisfy Liberal Arts Core and/or University Requirements.
IT 110 Information Technology in the Global Age
IT 120 Cybersecurity Principles
IT 130 Java Programming or IT 125 Web Development
IT 205 Computer Technology
IT 210 Software Engineering
IT 223 Sophomore IT Seminar
IT 230 Advanced Java Programming or IT 225 Advanced Web Development or IT 227 Mobile App Development
IT 305 Computer Networking
IT 310 Database Technology
IT 323 Junior IT Seminar
IT 345 Human Computer Interaction
IT 355 Software Quality Assurance, Documentation, and Testing
IT 400 Internship
IT 423 Senior IT Seminar
IT 489 IT Capstone Project
MGT 123 The Business Experience
MSC 300 Business Statistics
MSC 345 Project Management
MA 151 Mathematical Methods for Business or MA 181 Calculus (Students needing preparation for either course should plan to complete that preparatory coursework during the first year.)
MA 260 Discrete Mathematics for Information Technology or MSC 310 Decision Analysis
PH 305 Business Ethics
All majors also complete coursework in a chosen specialty as follows:
Applied IT Specialty
Five (5) courses approved by the program director representing an IT application area
Computer Science Specialty
IT 315 Operating Systems
IT 320 Structure of Programming Languages
IT 340 Data Structures and Algorithms
MA 200 Calculus of the Infinite
One (1) information technology or mathematics elective
Data Science Specialty
MSC 310 Decision Analysis
MSC 325 Data Analytics
IT 385 Managing Big Data
MSC 385 Current Topics in Data Science
MSC 390 Data Science Applications
Forensic Computing Specialty
ACT 201 Principles of Accounting I
CJ 209 The Criminal Justice System
CJ 310 Policing in American Society
CJ 320 Cybercrime and Digital Terrorism
IT 370 Computer Forensics
Health IT Specialty
HIM 115 Medical Terminology
HIM 125 Health Information Systems
HIM 365 Integrated Health Care Technology
IT 380 Electronic Document and Record Management
LA 250 Legal Aspects of Health Care
Information Systems Specialty
ACT 201 Principles of Accounting I
LA 248 Business Law I
MGT 304 Organizational Management
IT 380 Electronic Document and Record Management
One (1) elective from any of the following disciplines: accounting, information technology, graphic design, management, management science, or marketing
Interactive Media Specialty
CMD 103 Adobe Photoshop
CMD 105 Video Editing
CMD 203 Digital Photography
CMD 205 Video Production: Promotional and Informational Communication
CMD 308 Web and Social Media Design
CMD 404 Performance Media Lab
Networking and Cybersecurity Specialty
IT 315 Operating Systems
IT 335 Corporate Cybersecurity
IT 372 Cisco Networking I
IT 375 Cisco Networking II
IT 390 Cybersecurity: Attack and Defend
Sample Degree Plan — Information Technology
Please note that this is a sample plan; all students must consult with an advisor in making course selections.
Year One — Fall
IT 120 Cybersecurity Principles §
MGT 123 The Business Experience §
EN 101 Composition I (WR core course)*
MA 151 Mathematical Methods for Business or MA 181 Calculus (MT core course)*
DSC 101 DISCOVER First-Year Seminar*
Year One — Spring
IT 110 Information Technology in the Global Age §
IT 130 Java Programming or IT 125 Web Development §
EN 102 Composition II (WR core course)*
PH 200 Introduction to Philosophy (PH-1 core course)*
Introductory Social Science (SS-1) core course*
Year Two — Fall
IT 205 Computer Technology § *
IT 210 Software Engineering § *
IT 223 Sophomore IT Seminar §
MA 260 Discrete Mathematics for IT or MSC 310 Decision Analysis §
Introductory Literature (LT-1) core course*
PH 305 Business Ethics (PH-2 core course) § *
Year Two — Spring
IT 230 Advanced Java Programming or IT 225 Advanced Web Development §
MSC 300 Business Statistics § *
Introductory History (HI-1) core course*
Natural Science (NS) core course with lab*
TRS 100 Theological Inquiry (TRS-1 core course)*
Year Three — Fall
IT 305 Computer Networking §
IT 310 Database Technology §
IT 323 Junior IT Seminar §
One (1) specialty course § **
Introductory Social Science (SS-1) core course*
Fine Arts (FNA), Advanced History (HI-2), or Advanced Literature (LT-2) core course*
Year Three — Spring
IT 345 Human Computer Interaction §
IT 355 Software Quality Assurance, Documentation, and Testing § *
MSC 345 Project Management §
One (1) specialty course § **
Introductory Social Science (SS-1) or Natural Science (NS) core course*
Year Four — Fall
Two (2) specialty courses § **
IT 400 Internship § *
IT 423 Senior IT Seminar §
Fine Arts (FNA), Advanced History (HI-2), or Advanced Literature (LT-2) core course*
Year Four — Spring
One (1) specialty course § **
IT 489 IT Capstone Project § *
Advanced Social Science (SS-2) core course*
Theological Ethics (TRS-E) core course*
One (1) elective
§ Requirement for the major
* Fulfills Liberal Arts Core/University Requirements. See University Requirements and the Liberal Arts Core and Course Descriptions for further information.
** See Major Requirements for specialty options and course selections.
This pre-M.S. program allows advanced students to earn a B.S. in information technology, or a bachelor’s degree in another discipline with a minor in information technology, and an M.S. in information technology in a five-year time frame.
Students with a major or minor in information technology can supplement their undergraduate course work with up to 12 credits of specified graduate information technology (IT) coursework during their senior year as part of the applied IT specialization or the IT minor.
Admission Requirements: To complete both degrees in five years, the student must be very well prepared when entering the university and ready to take core IT courses. The student should also plan from the outset to follow a tightly packed and challenging course schedule, and satisfy all conditions outlined before the end of the junior year to be certified for admission into the pre-M.S. program.
In addition to meeting universitywide undergraduate admission requirements, the student must have
Once admitted to the program, the student will take a mixture of undergraduate and up to 12 credits of graduate courses in the senior year. Undergraduate students admitted to the B.S./M.S. program must fulfill all other requirements of their undergraduate program with the applied IT specialty or the IT minor.
Minimum Grade and Residency Requirements: Students should consult the requirements for their major program. For students in programs other than information technology, the following also apply:
Graduate Student Status: Upon completion of up to four 500-level IT courses (each with a minimum grade of B) and the awarding of his or her bachelor’s degree, the student attains full admission to the M.S. program and is subject to all graduate student policies and procedures. The GRE and interview are waived for entry into the M.S. in information technology program.
Students complete their M.S. degree by following a general program of studies or choosing one of four tracks in their final year: computer security, health care informatics, project management and technology leadership, or software engineering.
The requirements for the awarding of the M.S. in information technology are identical to those stated for the traditional M.S. program. Please see the university’s Graduate Catalog for details on the M.S. in Information Technology program, as well as graduate academic policies and course descriptions.
Combined-Degree Requirements — Information Technology
Liberal Arts Core and University Requirements
See University Requirements and the Liberal Arts Core for details.
Major Requirements
Students accepted into the B.S./M.S. program must complete all of the requirements of the B.S. in information technology or another undergraduate program with a minor in information technology. See information technology for program details. Consult an advisor for further information on degree planning.
In addition, students will complete the following as part of the B.S. program:
IT 510 Systems Engineering
IT 515 Decision Making for IT
IT 520 Enterprise Infrastructure and Networks
IT 530 Computer Security
M.S. Requirements (to be taken after completion of the B.S.)
IT 540 Enterprise Data Management and Analysis
IT 550 Ethics, Law, and Policy
IT 610 Governance and Strategy
IT 680 IT Master’s Project or IT 670 Computer Network Defense
12 credits in IT track requirements (See the university’s Graduate Catalog for track requirements)
This pre-M.S. program allows advanced students to earn a B.S. in information technology and an M.S. in cybersecurity in a five-year time frame.
Undergraduate students with a major in information technology can supplement their undergraduate course work with up to 12 credits of specified graduate cybersecurity coursework during their senior year as part of the networking and cybersecurity specialization.
Admission Requirements: To complete both degrees in five years, the student must be motivated to be a cybersecurity professional and to take advantage of the many cybersecurity outside-the-classroom activities including certification study groups, internships, and mentorships. The student must plan for a packed schedule and satisfy all conditions outlined before the end of the junior year to be certified for admission into the pre-M.S. program.
In addition to meeting universitywide undergraduate admission requirements, the student must have
Once admitted to the program, the student must participate in a graduate studies orientation before taking a mixture of undergraduate and up to 12 credits in graduate courses in his/her senior year. Undergraduate students admitted to the B.S./M.S. program must fulfill all other requirements of their undergraduate program with a specialty in networking and cybersecurity and obtain work experience in the field, either through an internship or through a position in the field.
Minimum Grade and Residency Requirements: Students should consult the requirements for the B.S. in information technology. Students must complete 21 credits of their undergraduate IT courses and all of their graduate courses at Marymount.
Graduate Student Status: Upon completion of four specified 500-level courses from the cybersecurity program courses (each with a minimum grade of B) and the awarding of his or her bachelor’s degree, the student attains full admission to the M.S. program and is subject to all graduate student policies and procedures. The GRE and interview are waived for entry into the M.S. in cybersecurity program.
Students complete their M.S. degree by following a general program of studies. The requirements for the awarding of the M.S. in cybersecurity are identical to those stated for the traditional M.S. program. Please see the university’s Graduate Catalog for details on the M.S. in cybersecurity program, as well as graduate academic policies and course descriptions.
Combined-Degree Requirements — Information Technology and Cybersecurity
Liberal Arts Core and University Requirements
See
University Requirements and the Liberal Arts Core
for details.Major Requirements
Students accepted into the B.S./M.S. program must complete all of the requirements of the B.S. in information technology with a specialty in networking and cybersecurity. See information technology for program details. Consult an advisor for further information on degree planning.
In addition, students will complete the following as part of the B.S. program:
IT 530 Computer Security
IT 570 Cybersecurity Law, Policy, Ethics, and Compliance or IT 575 Information Security Management
IT 670 Computer Network Defense
MSC 545 Project Management
M.S. Requirements (to be taken after completion of the B.S.)
IT 535 Advanced Computer Security
IT 560 Cryptography
IT 570 Cybersecurity: Law, Policy, Ethics, and Compliance or IT 575 Information Security Management
IT 585 Managing Technical People
IT 680 IT Master’s Project
Three (3) courses from the following: IT 537 Computer Forensics and Incident Response; IT 547 Security and Privacy of Electronic Documents; IT 557 Monitoring, Auditing, and Penetration Testing; IT 567 Global Cybersecurity; IT 587 Cybersecurity Systems: Certification and Accreditation
A minor in computer networking and cybersecurity prepares students to manage computer networks and to ensure the security of information systems from an operational perspective. Students are prepared for industry certifications such as those from CompTIA (A+, Network+, Security+) and from Cisco (CCENT and CCNA).
Minimum Grade Requirements: A minimum grade of C- is required in any course within the computer networking and cybersecurity minor that serves as a prerequisite for a higher-numbered course.
Residency Requirement: Students must complete at least 12 credits of the minor requirements at Marymount.
Minor Requirements
IT 205 Computer Technology
IT 305 Computer Networking
IT 315 Operating Systems
IT 335 Corporate Cybersecurity
IT 372 Cisco Networking I
IT 375 Cisco Networking II
IT 390 Cybersecurity: Attack and Defend
A minor in computer science complements programs such as mathematics and biology, as computer analysis becomes a major part of other applied mathematics and scientific programs.
Minimum Grade Requirements: A minimum grade of C- is required in any course within the computer science minor that serves as a prerequisite for a higher-numbered course.
Residency Requirement: Students must complete at least 12 credits of the minor requirements at Marymount.
Minor Requirements
IT 130 Java Programming
IT 205 Computer Technology or IT 305 Computer Networking
IT 230 Advanced Java Programming
IT 340 Data Structures and Algorithms
MA 181 Calculus
MA 260 Discrete Mathematics for IT
A minor in data science complements programs such as business, biology, and mathematics, as data science becomes a major career option in business and science.
Minimum Grade Requirements: A minimum grade of C- is required in any course within the data science minor that serves as a prerequisite for a higher-numbered course.
Residency Requirement: Students must complete at least 12 credits of the minor requirements at Marymount.
Minor Requirements
MA 181 Calculus or equivalent
MSC 300 Business Statistics or MA 132 Statistical Analysis
IT 310 Database Technology
MSC 310 Decision Analysis
MSC 325 Data Analytics
IT 385 Managing Big Data
MSC 385 Current Topics in Data Science
MSC 390 Data Science Applications
This program provides students with the knowledge required by the International Society of Forensic Computer Examiners for their Certified Computer Examiner standing.
This minor is offered jointly by the Department of Information Technology, Data Science, and Cybersecurity in the School of Business Administration and the Department of Criminal Justice in the School of Education and Human Services.
Minimum Grade Requirements: A minimum grade of C- is required in any course within the forensic computing minor that serves as a prerequisite for a higher-numbered course.
Residency Requirement: Students must complete at least 12 credits of the minor requirements at Marymount.
Minor Requirements
CJ 320 Cybercrime and Digital Terrorism
IT 120 Cybersecurity Principles or IT 335 Corporate Cybersecurity
IT 130 Java Programming
IT 205 Computer Technology
IT 230 Advanced Java Programming
IT 305 Computer Networking
IT 370 Computer Forensics
A minor in health information technology is a valuable complement to IT or health professionals who will be working in health care environments where information technology plays an increasingly important role.
Minimum Grade Requirements: A minimum grade of C- is required in any course within the health IT minor that serves as a prerequisite for a higher-numbered course.
Residency Requirement: Students must complete at least 12 credits of the minor requirements at Marymount.
Minor Requirements
HIM 115 Medical Terminology (for those students enrolled in a non-health-related program) or IT 205 Computer Technology (for those students enrolled in a non-IT program)
HIM 125 Health Information Systems
HIM 215 Medical Classification Systems
HIM 365 Integrated Health Care Technology
IT 305 Computer Networking
IT 335 Corporate Cybersecurity
IT 380 Electronic Document and Record Management
LA 250 Legal Aspects of Health Care
A minor in information technology is a valuable complement to many programs, particularly business administration, as computers play an increasingly important role in today’s workplace.
Minimum Grade Requirements: A minimum grade of C- is required in any course within the information technology minor that serves as a prerequisite for a higher-numbered course.
Residency Requirement: Students must complete at least 12 credits of the minor requirements at Marymount.
Minor Requirements
IT 110 Information Technology in the Global Age
IT 120 Cybersecurity Principles or IT 335 Corporate Cybersecurity
IT 130 Java Programming or IT 125 Web Development
IT 205 Computer Technology
IT 210 Software Engineering
IT 305 Computer Networking
MSC 345 Project Management
This program is for students who have previously earned a bachelor of science (B.S.) degree in any discipline. The certificate is designed to prepare individuals for positions as data scientist, in a specific industry as determined by their initial degree. Title IV federal financial aid is not available for this certificate program but private and institutional aid may be available.
Admission Requirements: In addition to meeting university wide requirements for post-baccalaureate certificate admissions, the student must demonstrate knowledge of high school algebra. Students with insufficient mathematics preparation will be advised to take appropriate undergraduate courses to prepare for certificate curriculum.
Program Completion Requirement: All coursework must be completed at Marymount University within three (3) years of matriculation.
Certificate Requirements
24 credits
MA 181 Calculus or equivalent
MSC 300 Business Statistics or MA 132 Statistical Analysis
IT 310 Database Technology
MSC 310 Decision Analysis
MSC 325 Data Analytics
IT 385 Managing Big Data
MSC 385 Current Topics in Data Science
MSC 390 Data Science Applications
Catalog Links