FLORIDA ATLANTIC UNIVERSITY
Software Engineering Graduate Specialty - A Track (or Option) in MCS or MSCS Programs
Student Evaluation Worksheet l998-l999
Name:__________________________________________ SS#:_____________________ Advisor:_________________
Date of Admission:______________________ Date of Candidacy:____________________
Undergraduate Institution/Year:________________________ GPA:________ Major:__________________________
GRE/Year:________________ TOEFL:___________________ Catalog Followed:_______________
|
Prerequisites |
Where |
Grade |
|
COT 4420 Formal Languages & Automata Theory |
________ |
________ |
|
CDA 4150 Computer Design or |
________ |
________ |
|
CDA 4105 Structured Computer Architecture or |
________ |
________ |
|
CDA 4331 Intro to Microcomputers & Lab |
________ |
________ |
|
COP 4610 Computer Operating Systems |
________ |
________ |
|
COT 4400 Design & Analysis of Algorithms |
________ |
________ |
|
STA 4821 Probability and Statistics |
________ |
________ |
|
COP 3530 Data Structures & Algorithms Analysis |
________ |
________ |
|
MAC 3311 & 3312 Calculus w/Analytic Geometry I & II |
________ |
________ |
|
CEN 4010 Principles of Software Engineering |
________ |
________ |
|
COP 4331 Intro to Object-Oriented Design & Prog |
________ |
_________ |
Students who have not had CEN 4010 and/or COP 4331 must take CEN 5035 and/or COP 5330, respectively, to satisfy this requirement. Students who have had the 4000-level courses can not count the corresponding 5000-level courses toward th e degree.
MSCS (thesis option) students must take at least 6 of the below software engineering course, two from each group. MCS (non-thesis option) students must take at least 8 of the below software engineering courses, at least two from each g roup. Appropriate special topics courses may also be used to meet these requirements with approval of the student advisor. Special topics courses in software engineering that have been taught or may soon be taught include: Software Reuse, Real-time SW Design, SW Architecture, Knowledge-Based SW Development, and Advanced SW Reliability Engineering.
|
GROUP I: Fundamentals Grade _____ COP 5330 Object-Oriented Software Design _____ CEN 6057 SW Process Assessment and Impr. _____ CEN 6076 Software Testing _____ CEN 6075 SW Requirements Engineering _____ ________ __________________________ GROUP II: Development Grade _____ CAP 5100 User Interface Design _____ CEN 6040 Computer-Aided SW Engineering _____ CEN 6071 Rigorous SW Specification & Anal. _____ COP 6331 Adv. Topics in Object-Oriented Des. _____ ________ __________________________
MCSC: Thesis option (6 credits) COT6970_________ Total: 24 course hours _____ 6 thesis hours______
GPA (at least 3.0):________________ |
GROUP III: Quantitative & Experimental Grade _____ CEN 6080 SW Engineering Measurements _____ CEN 6081 Software Reliability Engineering _____ COP 6301 Model Based Simulation _____ CEN 6405 Computer Performance Modeling _____ ________ ___________________________ Electives Grade _____ ________ _____________________________ _____ ________ _____________________________ _____ ________ _____________________________ _____ ________ _____________________________ _____ ________ _____________________________ _____ ________ _____________________________
MCS: Non-thesis option Total: 33 course hours __________
Evaluated by:________________________________ Date:___________________ |