Degree Requirements and Restrictions (Master of Science in Computer Science) The Master of Science degree is conferred under Plan I or Plan II. Plan I. A minimum of 24 semester hours of coursework and the writing of an acceptable thesis is required. At least six hours of thesis credit (CS 699) must be earned. A student must present his/her thesis and pass an oral examination based on the thesis and related coursework. Plan I students must register for CS 699 each term they receive supervision from their advisor. Plan II. A minimum of 33 semester hours of coursework is required. A student must pass a written comprehensive examination over the four core courses given below. Plan II students must complete at least 18 hours of coursework before taking the written comprehensive examination. The examination may only be taken twice. The following requirements and restriction apply to a student in either plan. Course Requirements All students must take the following four courses: CS 617 Design and Analysis of Algorithms One of either: CS 650 The Software Engineering Process CS 687 Database Systems One of either: CS 613 Computer Architecture CS 690 Advanced Operating Systems If a student has not had an undergraduate course in programming languages, CS 524 must be included in the program of study. No more than 50% of the hours in the program of study may be 500-level courses. No more than three hours of selected topics or independent study courses may be included in a program of study. Exceptions must be recommended by the student's advisor and approved by the department chair. Degree Requirements and Restrictions (Master of Science in Software Engineering) The Master of Science in Software Engineering is conferred under Plan I or Plan II Plan I. (thesis) A minimum of 27 semester hours of coursework and the writing of an acceptable thesis is required. At least six hours of thesis credit (CS 699) must be earned. A student must present his/her thesis and pass an oral examination based on the thesis and related coursework. Plan I students must register for CS 699 each term they receive supervision from their advisor. Plan II. (non-thesis) A minimum of 33 semester hours of coursework is required. A Plan II student must pass a written comprehensive examination over the four core courses given below. Plan II students must complete at least 18 hours of coursework before taking the written comprehensive examination over material from the three core courses taken. The examination may only be taken twice. The following requirements apply to a student in either plan. Course Requirements All students completing the M.S.S.E. must take the following three core courses (9 semester hours): CS 617 Design and Analysis of Algorithms CS 650 The Software Engineering Process One of either CS 613 Computer Architectures CS 690 Advanced Operating Systems Additional required software engineering courses (12 semester hours): CS 652 Object Oriented Design CS 656 Object Oriented Testing Two of the following options (6 hours) Option 1: One of either: ISE 601 — Introduction to Probability and Statistics for Engineers ISE 690 — Statistical Methods for Engineers Option 2: One of either: MGT 601 — Introduction to Technology Development MGT 622 — Management of Technical Professionals Option 3: CS585 — Intro. to Software Security Students completing the M.S.S.E. must take appropriate electives to bring the total number to: Non-thesis option (33 hours): 4 elective courses Thesis option (33 hours): 2 elective courses plus 2 thesis courses Available Software Engineering Electives: CS 553 Client/Server Architectures CS 655 Formal methods in Software Engineering A general elective can be any graduate level course that is pre-approved by the advisor. No more than 50% of the hours in the program of study may be 500-level courses. No more than three hours of selected topics or independent study courses may be included in a program of study. Exceptions must be recommended by the student's advisor and approved by the department chair. Degree Requirements and Restrictions (Master of Science in Modeling & Simulation) The Master of Science in Modeling and Simulation (M&S) program prepares students for careers as simulation professionals in government and industry, teachers of modeling and simulation at the high school or junior college level, and advanced graduate studies in modeling and simulation or related disciplines. The program of study includes a required set of core courses addressing M&S fundamentals and a set of approved elective courses facilitating a more detailed study of M&S fundamentals or addressing applications areas for M&S. Two options are available: The thesis option requires completion of 24 credit hours of course work and 6 credit hours of thesis research, for a total of 30 credit hours. The non-thesis option requires completion of 33 credit hours of course work and a final comprehensive examination. Required Core Courses (9 hours): MOD 501 Survey of Modeling and Simulation MA 565 Intermediate Mathematical Modeling ISE 690 Statistical Methods for Engineers Plan I - Thesis Option Additional Core Courses (9 hours)- Select one course from each pair below: CS 545 Introduction to Computer Graphics or CS 630 Artificial Intelligence I ISE 547 Introduction to Systems Simulation or CS 581 Modeling & Simulation I ISE 627 Engineering Systems or CS 650 Software Engineering Process Electives (6 hours):Approved electives to complement intended thesis research Thesis (6 hours):MOD 699 Master's Thesis Plan II - Non-Thesis Option Additional Core Courses (12 hours): CS 545 Introduction to Computer Graphics CS 630 Artificial Intelligence I Select one course from each pair below: ISE 547 Introduction to Systems Simulation or CS 581 Modeling & Simulation I ISE 627 Engineering Systems or CS 650 Software Engineering Process Electives (12 hours):Approved electives to add depth to core courses or to investigate one or more application areas for modeling and simulation. Distance Learning: The Master of Science in Modeling and Simulation is also available through UAH's Distance Learning program. For additional information contact the Distance Learning Office at (256) 824-6976. Further Information:Phone:Email: Dr. Mikel D. Petty (Graduate Program Coordinator) (256) 824-4368 email@example.com Degree Requirements and Restrictions (Master of Science in Cybersecurity) The Computer Science track involves developing,documenting and maintaining secure coding practices for scripts and applications. Also included are the design aspects of networks ensuring a risk mitigated network in relation to confidentiality, integrity and the availability of data and devices. The MS-CBS program consists of 30 semester hours of graduate coursework. The coursework includes a five-course core that is required of all students, 9 credit hours of management track required courses, and 6 credit hours of electives. The directed elective choices are designed to provide students a broader understanding of multiple cybersecurity functions normally expected in an organization. CS 692/IS 692 is the capstone course and should be taken toward the end of the student’s program. The grade in CS 692/IS 692 can be no lower than B. Cybersecurity Core Courses IS 660 CYBERSECURITY MANAGEMENT 3 IS 663 COMPUTER FORENSICS 3 CPE 549 INTRO INFORMATION ASSURANCE EG 3 CS 585 INTRO TO COMPUTER SECURITY 3 CS 692 COMPUTER SECURITY 3 or IS 692 CYBERSECURITY PRACTICUM Cybersecurity: Computer Science Track CS 565 NETWORK SECURITY CS 570 INTRO TO COMPUTER NETWORKS CS 685 COMPUTER SECURITY Electives Select two of the following: 6 IS 571 BUSINESS INTELLIGENCE & ANALYT IS 640 RELATIONAL DATABASE MGT SYSTEM IS 691 INFORMATION SYS STRATEGY & APP CPE 534 OPERATING SYSTEMS CPE 548 INTRO TO COMPUTER NETWORKS CPE 647 UBIQUITOUS COMPUTING CPE 648 ADVANCED COMPUTER NETWORKS CS 687 DATA BASE SYSTEMS CS 553 CLIENT/SERVER ARCHITECTURES CS 617 DES & ANALY OF ALGORITHM CS 650 SOFT'W ENGINEERING PROC CS 670 COMPUTER NETWORKS CS 690 ADVANCED OPERATING SYSTEMS IS 560 TELECOMMUNICATIONS & NETWRK'G IS 577 NETWORK DEFENSE & OPERATING SY IS 670 BUSINESS CONTINGENCY PLANNING CPE 649 ADV INFORMATION ASSURANCE ENG CPE 645 COMPUTER NETWORK SECURITY CPE 646 MOBILE & WIRELESS NETWORKS CS 565 NETWORK SECURITY CS 570 INTRO TO COMPUTER NETWORKS CS 685 COMPUTER SECURITY Total Semester Hours 21 Restrictions on Elective Courses Computer Science track students should take two elective courses from CS courses. Computer Engineering track students should take at least one elective course from CPE courses. Students can take only one course between these courses. CS 570, CPE 548, and IS 560 CS 685 and CPE 645 CS 670 and CPE 646 CS 687 and IS 640 At least half of the hours must be completed in courses numbered 600. Degree Requirements and Restrictions (Doctor of Philosophy in Computer Science) The general requirements for the Ph.D. degree comply with those of the School of Graduate Studies. The requirements include a preliminary examination, completion of coursework, a qualifying examination, completion of significant research documented in a dissertation and the dissertation defense. Major/Minor Subjects A minimum of 54 hours of graduate course credit plus a minimum of 18 dissertation credit hours is required for the Ph.D. in computer science. The program of study will be approved by the student's Supervisory Committee. Coursework grade requirements are the same as for the M.S. degree. Coursework taken as part of a graduate degree program at another institution may be applied to the degree with permission of the student's Supervisory Committee. The program must include CS 524, CS 603, CS 613, CS 617, CS 650 and CS 690 and must have a coherent area of emphasis, of which at least 6 semester hours must be at the 700 level. At least 9 semester hours of graduate level mathematics must also be included in the program. Preliminary Examination Ph.D. students will be required to take a preliminary examination, consisting of (1) a written test covering fundamental concepts in Computer Science and (2) an evaluation by the graduate faculty of the student's overall academic potential. The examination must be taken within a year after admission to the Ph.D. program, or at the earliest opportunity upon completion of the core coursework. Successful completion of the examination will provide evidence of the student's ability to continue in pursuit of the Ph.D. degree. The examination can be taken no more than twice. Admission to Candidacy To be admitted to candidacy for the Ph.D. degree, students must first pass the qualifying examination. The qualifying examination can cover any aspect of the student's program and is taken after completion of the student's coursework and upon recommendation of the student's supervisory committee. It is designed to test students' fitness for pursuing research projects in their chosen areas and to test their general knowledge of computer science. As part of the qualifying examination, each student will present a research proposal to the supervisory committee. Residency Requirements According to graduate school policy, residence may be established through either (i) being enrolled as a full-time student (at least 9 graduate semester hours) either for one continuous academic year, or for Spring and Fall semesters in the same calendar year, or (ii) being enrolled in at least 6 hours of graduate course work in at least three of four consecutive semesters. Other Requirements The program must be completed within five years after admission to candidacy. The Qualifying Examination may be taken no more than twice. CS 799 is required each semester a student is receiving direction on the doctoral dissertation. For additional requirements, consult the Academic Information Section of this Graduate Catalog. Dissertation The research described in the dissertation must be submitted for publication in an approved journal prior to defense of the dissertation. A public defense of the dissertation is required. Degree Requirements and Restrictions (Doctor of Philosophy in Computer Science) The Doctor of Philosophy Degree Program in Modeling and Simulation focuses on developing the necessary skills and knowledge to enable the graduate to conduct and evaluate independent original research in an area of modeling and simulation. The goal of the program is to prepare students for careers in teaching and research at academic institutions, as well as the conduct or leadership of research and development in public and private organizations. Degree requirements include a minimum of 54 credit hours of graduate course work and a minimum of 18 credit hours of dissertation research. Core M&S Courses (21 hours): MOD 501 Survey of Modeling and Simulation CS 545 Introduction to Computer Graphics ISE 547 Introduction to Systems Simulation or CS 581 Modeling & Simulation I MA 565 Intermediate Mathematical Modeling ISE 627 Engineering Systems or CS 650 The Software Engineering Process CS 630 Artificial Intelligence I ISE 690 Statistical Methods for Engineers Students with approved transfer courses or documented proficiency in above areas may substitute elective courses. Required Doctoral Core Courses(18 hours): CS 582 Modeling and Simulation II ISE 647 Advanced System Simulation One course from the following set: CS 548 Human-Computer Interaction CS 645 Computer Graphics One course from the following set: CS 635 Computational Models of Cognition CS 717 Advanced Algorithm Design & Analysis CS 730 Artificial Intelligence II One course from the following set: ISE 637 Systems Modeling and Analysis ISE 726 Systems Modeling CS 655 Formal Methods in Software Engineering CS 750 Advanced Software Engineering Topics One course from the following set: ISE 734 Value and Decision Theory ISE 790 Advanced Statistical Applications Elective Doctoral Courses(15 hours): A minimum of 15 credit hours of elective graduate courses must be completed. These courses are selected to expand the background knowledge for the dissertation research and must be formally approved by the graduate program coordinator. Dissertation: (18 hours minimum) MOD 799 Doctoral Dissertation Distance Learning: Some but not all of the courses within the Doctor of Philosophy degree are available through Distance Learning. Work towards offering the complete program via Distance Learning is ongoing. For additional information contact the Distance Learning Office at (256) 824-6976. Further Information contact Dr. Mikel D. Petty (Graduate Program Coordinator) at 256.824.4368 or firstname.lastname@example.org.