URL: www.davidson.edu/academic/math/davis/csMinorsAtPeers.html
(See also a web survey of computer science curricula at Davidson's "Peer Institutions".)
Dept name: Mathematics
Minor: "secondary concentration in computer studies"
4 core courses:
CS 101 Computer Science I
CS 102 Computer Science II (C++ & OOP)
two from:
CS 201 Principles of Computer Organization
CS 202 Principles of Programming Languages
CS 301 Algorithms
CS 302 Theory of Computation
3 electives:
(Numerical Analysis/any of above/Special Topics/Short Term courses)
Dept name: Computer Science (3 faculty)
Minor? 5 specified courses :
CS 101 Introduction to Computer Science
CS 210 Data Structures and Abstraction
CS 220 Computer Organization
CS 231 Algorithms
Math 228: Discrete Structures
Dept name: Computer Science
Minor? "minor concentration": 4 courses + 1 upper level elective
4 core courses:
CS 102 Introduction to Computing II
CS 201 Computer Organization
CS 202 Introduction to Symbolic Programming
one from:
CS 303 Principles of Design for Large Systems
CS 304 Theory of Computing
1 elective from 300- or 400-level:
(Programming Languages/Compiler Design/Artificial Intelligence/
Computer Graphics/Operating Systems Seminar/Parallel Computing/
Advanced Theory Seminar/Analysis of Algorithms/Topics in C.S.)
Dept name: Computer Science
Minor? 5 courses:
CS 140 Introduction to Computer Science (Hypercard course)
CS 241 Computer Science I
CS 242 Computer Science II
Math 123 Discrete Mathematics
one from:
CS 343 Algorithms
CS 346 Virtual Machines
CS 348 Real Machines
Dept name: Mathematics and Computer Science
Minor? yes
CS 121 Fundamentals of Computing I
CS 122 Fundamentals of Computing II
CS 214 Computer Science II
CS 223 Computer Systems and Assembly Language Programming
one from:
CS 341 Operating Systems
CS 343 Principles of Compiler Design
CS 345 Programming Languages
one elective
(Computing Ethics/Geometry & Computer Graphics/Artificial Intelligence/
Cryptology/Theory of Computation/Algorithms & Complexity/ind study/seminar)
Dept name: Computer Science
Minor? two options:
"Minor in Computing in the Liberal Arts"
three required courses:
CS 102 Computer Concepts and Applications
CS 235 Computer Application Development
CS 339 Projects in Computer Application Development
two additional courses chosen from:
CS 102 Computer Concepts and Applications
CS 110 Fifth Generation Computing
CS 115 Cryptology
CS 135 Object-Oriented Programming
CS 157 Introduction to Graphics
CS 185 Colloquium: The Limits of Computation
CS 299 Seminar: Mind and Machine
"Minor in Computer Science"
5 CS courses, including at least 1 300+ level course; typical program:
CS 150 Computer Science I
CS 151 Computer Science II
CS 275 Computer Science III (algorithms & data structures using Scheme)
one from
CS 210 Computer Organization
CS 280 Computer Science IV (principles of prog. langs. via Scheme)
1 additional 300-level course that reflects the interests of the student
(Compilers/Operating Systems/Computer Graphics/Artificial Intelligence/
Senior Laboratory/Theory of Computer Science/Advanced Concepts in
Programming Languages/Honors/Private Reading)
Dept name: Mathematics and Computer Science
Minor? 6 courses:
one from:
CS 150 Introduction to Computing
CS 155 Introduction to Scientific Computing
CS 221 Fundamentals of Computing I
CS 222 Fundamentals of Computing II
CS 301 Computer Systems and Architecture I
one elective for which CS 222 is a prerequisite
(Computer Systems and Architecture II/Algorithms/Operating Systems/Software
Engineering Practicum/Design & Implementation of Programming Languages/
Database Systems/Numerical Analysis/Theory of Computation/Theory of Compilers/
Computer Graphics/Ind. Study/Special Topics)
Dept name: Computer Science Program
Minor? called a "Concentration":
CS 20 Structure & Interpretation of Computer Programs
Math 9 Discrete Mathematics
CS 35 Fundamental Structures of Computer Science
two from:
CS 23 Computer Architecture
CS 41 Data Structures and Algorithms
CS 43 Foundations of Programming Language Design
CS 46 Theory of Computation
one elective
(course above/Computer Graphics/Artificial Intelligence/Math: Topics of
Combinatorial Optimization/Principles of Compiler Design and Construction/
Ling: Syntactic Theory/Special Topics in Computer Science/Directed Reading
or Project)
Dept name: Computer Science
Minor? 5 courses:
CS 111 Introduction to Computer Science
CS 230 Data Structures
one from:
CS 231 Fundamental Algorithms
CS 235 Languages and Automata
CS 240 Introduction to Machine Organization with Laboratory
one additional "grade III CS course".
(Compiler Design/Theory of Algorithms/Introduction to Computer Graphics/
Mathematical Foundations of Computer Science/Parallel Machines and Their Algorithms/
Computer Architecture with Laboratory/Operating Systems/Research/Senior Thesis/
courses available at MIT)
Dept name: Computer Science
Minor? at least 6 courses:
CS 134 Introduction to Computer Science
CS 136 Data Structures and Advanced Programming
Two of the four core courses in Computer Science:
CS 237 Computer Organization
CS 256 Algorithms
CS 334 Principles of Programming Languages
CS 361 Theory of Computation
Math 151 Discrete Mathematics
Either
elective chosen from Computer Science
courses numbered 300 and above
(Computer Networks/Parallel Processing/Database Fundamentals & Design/
Theory of Computation/Computer Graphics/Computer Vision/Artificial Intelligence/
Reading/Operating Systems/Compiler Design/Senior Thesis/Senior Project)
or
two computationally-oriented courses in other departments selected in
consultation with the Computer Science Department.
Dept name: Computer Science
Minor? 7 courses:
CS 110 Introduction to Computer Science
CS 206 Data Structures
Math 231 Discrete Mathematics
two from:
CS 240 Principles of Computer Organization
CS 245 Principles of Programming Languages
CS 246 Programming Paradigms
CS 340 Analysis of Algorithms
CS 345 Theory of Computation
two electives:
(.../Haverford courses)
Dept name: Computer Science
Minor? 7 courses:
Math 25 Discrete Mathematics
3 core courses:
CS 35 Programming and Problem Solving
CS 38 Advanced Programming
CS 61 Algorithms and Data Structures
3 electives from one of the two following tracks:
Theory:
CS 40 Seminar
CS 43 Logical Systems
CS 60 Theory of Computation
CS 71 Principles of Programming Languages
Phil 64 Philosophy of Minds and Machines
Engineering:
CS 40 Seminar
CS 63 Principles of Computer Organization
CS 65 Database Systems
CS 72 Operating Systems
Physics 45 Electronics and Instrumentation
Dept name: Mathematics and Computer Science
Minor? 6 courses and 3 "cognates":
CS 400 Introduction to Computer Science with Lab
CS 420 C++ Programming with Lab
CS 470 Data Structures
CS 500 Computer Architecture
two additional electives
(Principles of Programming Languages/Operating Systems/Computer Programming &
simulation/Digital Electronics with Lab/Computability, Automata,& Formal Languages/
Special Topics)
Required Cognates:
Math 410 Calculus I
Math 415 Calculus II
Math 590 Discrete Mathematics
Dept name: Mathematics and Computer Science
Minor? 6 courses:
CS 195 Computer Science I: Structured Programming Lab
CS 295 ?
CS 298 ?
three additional 300+ level courses
(course listing incomplete; includes Operating Systems/Computer Organization and
Assembly Language)
Dept name: Mathematics
Concentration? 6 courses, "normally includes..."
CS 172 Principles of Computer Science (CS I)
CS 272 Software Design and Implementation
CS 274 Computer Organization
CS 372 Data Structures
CS 376 Programming Languages
one additional course, normally a computer science course.
(Seminar/Internship/Independent Study/Research)
Dept name: Mathematics and Computer Science
Minor? 5 courses:
CS 127 Computer Science (with Pascal)
CS 257 Data Structures
3 300+ level computer science electives
(Analysis of Algorithms/Computer Organization/Functional Programming/Artificial
Intelligence/Database Systems/Programming Language Semantics/Computer Graphics/
Compiler Writing/Operating Systems/Independent Study)