ࡱ> ` Bjbjb (|c|c<%%%%j&4''''''''4444444,?6R8H4'''''H4)*'']4)*)*)*':''4)*tJ'4)*)*V1@1' %'(1 1,s4041 9)*91)*!%%KENNESAW STATE UNIVERSITY UNDERGRADUATE PROPOSAL Change in Degree Requirements/Major Program Requirements Major or Degree Affected ____BS Computer Science_________________________ Responsible Department ____CSIS_______________________________________ Proposed Effective Date _____Fall 2008___________________________________ Please provide a brief summary of the changes proposed: CSIS 2300: Principles of Computing This course is removed from the CS degree requirement, but it remains in the catalog as with CSIS prefix. CSIS 2301: Programming Principles I This course is changed to include a closed-lab component (4 credit hours, 6 contact hours) to help CS majors establish solid foundations and succeed in the program. The provides hands-on teaching with more in-lab programming practices, allowing more personal attention to students educational needs and learning styles. Being a gate-way course, the change will help us increase retention in CS and meet the University first strategic goal. Under this change, we are eliminating student assistants, lab tutors, and graders currently used in the teaching of this course. The teaching faculty will grade all course materials including weekly programming assignments, class quizzes, three tests, and the final exam. CSIS 2302: Programming Principles II This course is changed to include a closed-lab component (4 credit hours, 6 contact hours) to help CS majors establish solid foundations and succeed in the program. This provides faculty-supervised hands-on teaching with more in-lab programming practices, allowing more personal attention to students educational needs and learning styles. Being a gate-way course, the change will help us increase retention in CS and meet the University first strategic goal. Under this change, we are eliminating student assistants, lab tutors, and graders currently used in the teaching of this course. The teaching faculty will grade all course materials including weekly programming assignments, class quizzes, three tests, and the final exam. CS 2350: Object-Oriented Programming This is a new course to replace CSIS 3150 below. The course is designed to offer a second programming language (C#) with a new development platform (.NET framework), with emphasis on object-oriented concepts. CSIS 2520: Introduction to Data Communications This course is removed from the CS degree requirement, but remains in the catalog as with CSIS prefix. Under the current CS Program changes, this course is no longer required by the CS program. Its content has been distributed among other courses, namely CS 3510 and CS 4500. CSIS 3150: Object-Oriented Design This is replaced by the new course CS 2350 above. The course is no longer used by and is deleted from the catalog. CSIS 3510: Computer Organization and Architecture The CS Program Committee approved changes to the CS curriculum structure by which fundamentals in data communications and computer architecture will be covered in the same course. It was determined that many topics in both data communications (currently covered in CSIS 2502, which will be deleted from the CS program and catalog) and computer architecture overlap. Therefore, the title, description and pre-requisites for this course need to be changed as presented in this package. CSIS 3530: Operating Systems The changes to the CS program presented in this package required that the pre-requisites and description of this course be changed as presented in this package. CSIS 3600: System Analysis and Design This course is removed from the CS degree requirement, but remains in the catalog under CSIS prefix. The course is required by the IS Program. For CS majors, this is being replaced by a new course (CS 3610) on Software Engineering (described below) CS 3610: Software Engineering This is a new course that is the result of current changes to the CS and IS programs. The course covers the concepts and foundations of Software Engineering and its life cycle. The course provides essential knowledge required for upper division courses on Object-oriented development with increased emphasis on agile processes, design, and testing. In addition, the course is a replacement for the previously shared CSIS 3600 that has been changed to better serve IS majors. CSIS 4500: Data Communications Protocols The current changes to the CS program presented in this package required that the title and pre-requisites of this course be changed as presented in this package. CSIS 4520: Wed Applications with Java This is changed from an elective to major required. Current CS Program changes required that this elective course (which addresses some needed topics on system integration) be changed to a major required course with focus on the development of distributed software systems. Therefore, the course title, pre-requisites, and description are changed as presented in this package. CS 4545: Applied Cryptography The course has been successfully offered several times as a Special Topics course (CSIS 4491) with significant enrollment, an indication of its value to CS majors. The CS program committee decided to include this course as a permanent CS major elective. Historically, cryptography has been considered a black art. The growing concern for IT system security is causing cryptography to become more integrated into standard IT systems. As a result, it is becoming highly desirable that CS graduates become more familiar with this technology. I. Current Information Page Number in Current Catalog: 208 (2007-2008 Catalog) Current Degree/Major Program Requirements (please copy exactly from catalog): GENERAL EDUCATION (see previous listing of requirements) 44 UNIVERSITY-WIDE FITNESS FOR LIVING REQUIREMENT 3 Specific General Education requirements for this major: Math: CS majors are encouraged to take Math 1190 Calculus I as the first math course. However, it is acceptable to start with Math 1113 Pre-calculus. Science: CS majors should take either physics sequences, that is PHYS 1111, PHYS 1112, or PHYS 2211, PHYS 2212. Lower division major requirements (AREA F) 16 MATH 2202 Calculus II 4 CSIS 2300 Principles of Computing 3 CSIS 2301 Programming Principles I 3 CSIS 2302 Programming Principles II 3 CSIS 2520 Introduction to Data Communications 3 UPPER DIVISION MAJOR REQUIREMENTS 43 CSIS 3150 Programming Languages 3 CSIS 3310 Introduction to Database Systems 3 CSIS 3401 Introduction to Data Structures 3 CSIS 3402 Advanced Data Structures and Algorithms 3 CSIS 3510 Organization and Architecture 3 CSIS 3530 Operating Systems 3 CSIS 3600 Systems Analysis and Design 3 CSIS 4500 Data Communications Protocols 3 CSIS 4850 Computer Science Senior Project 2 MATH 3322 Discrete Modeling I 3 MATH 3323 Computer Applications of Discrete Modeling 1 MATH 3332 Probability and Statistics 3 MATH 4322 Discrete Modeling II 3 or MATH 3260 Linear Algebra COM 3385 Organizational Presentation 3 o r WRIT 3140 Technical Writing PHYS 3340 Electronics 4 or CHEM 3361/L Modern Organic Chemistry and Lab 4 or BIOL 3300 Genetics 4 f Major Electives (Three 3-hour classes chosen from): 9 CSIS 3650 Object Oriented Software Development 3 CSIS 4491 Special Topics in Computer Science 3 CSIS 4520 Web Applications with Java 3 CSIS 4580 Web Services with Java 3 CSIS 4610 Human Computer Interface 3 CSIS 4620 Object-Oriented Methods 3 CSIS 4650 Advanced Object-Oriented Soft. Development 3 CSIS 4730 Real-Time Systems and Simulation 3 FREE ELECTIVES Any courses in the university curriculum 8 PROGRAM TOTAL: 123 II. Proposed Information Include an outline of the entire program and please underline or otherwise highlight changes: GENERAL EDUCATION (see previous listing of requirements) 44 UNIVERSITY-WIDE FITNESS FOR LIVING REQUIREMENT 3 Specific General Education requirements for this major: Math: CS majors are encouraged to take Math 1190 Calculus I as the first math course. However, it is acceptable to start with Math 1113 Pre-calculus. Science: CS majors should take either physics sequences, that is PHYS 1111, PHYS 1112, or PHYS 2211, PHYS 2212. Lower division major requirements (AREA F) 16 MATH 2202 Calculus II 4 CSIS 2300 Principles of Computing 3 remove from CS program only ( CS 2301 Programming Principles I 4 change prefix and hours ( CS 2302 Programming Principles II 4 change prefix and hours CSIS 2520 Introduction to Data Communications 3 remove from CS program only ( CS 2350 Object-Oriented Programming 4 new required course UPPER DIVISION MAJOR REQUIREMENTS 43 CSIS 3150 Programming Languages 3 delete from catalog ( CS 3310 Introduction to Database Systems 3 change prefix ( CS 3401 Introduction to Data Structures 3 change prefix ( CS 3402 Advanced Data Structures and Algorithms 3 change prefix CSIS 3510 Organization and Architecture 3 ( CS 3510 Computer and Network Architecture 3 change prefix, description, title, pre-reqs ( CS 3530 Operating Systems 3 change prefix, description and pre-reqs CSIS 3600 Systems Analysis and Design 3 remove from CS program only ( CS 3610 Software Engineering 3 new required course CSIS 4500 Data Communications Protocols 3 ( CS 4500 Advanced Data Communications 3 change prefix, description and title ( CS 4520 Distributed Systems Development 3 promoted from elective to required ( CS 4850 Computer Science Senior Project 2 change prefix MATH 3322 Discrete Modeling I 3 MATH 3323 Computer Applications of Discrete Modeling 1 MATH 3332 Probability and Statistics 3 MATH 4322 Discrete Modeling II 3 or MATH 3260 Linear Algebra COM 3385 Organizational Presentation 3 or WRIT 3140 Technical Writing PHYS 3340 Electronics 4 or CHEM 3361/L Modern Organic Chemistry and Lab or BIOL 3300 Genetics Major Electives (Three 3-hour classes chosen from): 9 ( CS 3650 Object Oriented Software Development 3 change prefix ( CS 4491 Special Topics in Computer Science 3 change prefix CSIS 4520 Web Applications with Java 3 remove from electives list ( CS 4545 Applied Cryptography 3 new elective course ( CS 4580 Web Services with Java 3 change prefix ( CS 4610 Human Computer Interface 3 change prefix ( CS 4620 Object-Oriented Methods 3 change prefix ( CS 4650 Advanced Object-Oriented Soft. Development 3 change prefix ( CS 4730 Real-Time Systems and Simulation 3 change prefix FREE ELECTIVES Any courses in the university curriculum 8 PROGRAM TOTAL: 123 III. Justification for Change: The presented changes in this package are the result of an overall of the CS curriculum. The re-structuring of the CS core focused on addressing student retention in the introductory courses and improving CS offering to meet student and job market needs. The course specific goals and change rationale are presented in the justification section of the Course Change form. One new required course and one new elective course have been added to the program. Also, the current changes to the CS and IS degree programs resulted in removing some courses from the CS program (CSIS 2520 and CSIS 3600). Supporting Analyses of the Program When degree and/or major program requirements are being revised, it is an opportunity to reconsider the relevance, effectiveness and efficiency of the entire structure of the program. Following are some questions designed to provoke thoughtful evaluation of a program. If a program is being substantially revised, written responses to each of these items should be included as part of the proposal for the UPCC. If a minor change is being made to a program, writing out responses to all items is not necessary. However, UPCC members may ask about these issues during their evaluation of any proposal. What are the primary learning outcomes of the program? What assessment findings have led to the proposed change(s)? Evaluate the prerequisites. Why are the specified courses needed as prerequisites? Why are there no prerequisites for some courses? What is the desired sequence of prerequisites? How often are the prerequisites offered? Where within the program is an introductory overview of the major? What are the capstone experiences of the program? Where within the program are there application activities and what are the activities? (E.g., field experiences, practicums, applied projects, undergraduate research, service learning, co-ops, internships, studio work, practical problem solving.) Where and how do the following occur in the program? Writing, reading, critical thinking, presenting Participative and collaborative learning Use of information technology Global and multicultural perspectives What are the required courses that contribute to the interdisciplinary nature of the program? KENNESAW STATE UNIVERSITY UNDERGRADUATE PROPOSAL Change in Degree Requirements/Major Program Requirements Major or Degree Affected ____BS Computer Science_________________________ Responsible Department ____CSIS_______________________________________ Proposed Effective Date _____Fall 2008___________________________________ Signature Page Submitted by:Dick Gayler, CSIS Dept. November 16, 2007 Name Date  ___ Approved ___ Not Approved_____________________________________________________________Department Curriculum Committee, Date___ Approved ___ Not Approved_____________________________________________________________General Education Council*, Date___ Approved ___ Not Approved_____________________________________________________________Professional Teacher Education Unit Program Area*, Date___ Approved ___ Not Approved______________________________________________________________Department Chair, Date___ Approved ___ Not Approved______________________________________________________________College/School Curriculum Committee AND/OR Teacher Education Council*, Date___ Approved ___ Not Approved______________________________________________________________College/School Dean, Date___ Approved ___ Not Approved______________________________________________________________Undergraduate Policies and Curriculum Committee, Date ___ Approved ___ Not Approved_____________________________________________________________Dean of Undergraduate & University Studies, Date*For curriculum proposals involving General Education courses, there should be collaboration by the Department Curriculum Committee and the General Education Council. For Teacher Preparation proposals, there should be collaboration by the Department Curriculum Committee, the Professional Teacher Education Unit (PTEU) Program Area Committee, the Teacher Education Council, and the College/School Curriculum Committee. 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