Courses:
The Computer Science Department offers a wide range of courses for an equally wide range of students who desire different levels of understanding and experience. The first course offered is an intro course to help students gain a familiarity with computer applications:

• CISC 101 Computers, Computation, and Computer Science:
  What every citizen of the 21st century should know about Computing. What does digital mean? What do computers do? What should they do, could they do? What are the dominant ideas used in the development of software systems, in the appraisal of their performance, in the discussion of the impact of computation on society? Programming is discussed and illustrated, as are dominant types of software tools (word processors, databases, spreadsheets, operating systems, programming languages), but there is no emphasis on building any particular skill in the use of currently popular tools.
  
  Intended audience: Everyone except those who will learn this material through more advanced CS courses. Non CS majors only.
  

Then we offer introductions to computer science which involve extensive development of skill in programming:

• CISC 103 Introduction to Computer Science with Web Applications: (3 credits)
  Principles of computer science illustrated and applied through programming in the high level language, JavaScript. Programming projects illustrate computational problems, styles, and issues that arise in the design of web applications.
  
  Audience: MIS program students.
  
  
• CISC 105 General Computer Science: (3 credits)
  Principles of computer science illustrated and applied through programming in the high level language, C. Programming projects illustrate computational problems, styles, and issues that arise in the design of computer applications.
  
  Audience: Students who want to learn programming and do not have prior programming experience. C is the dominant language of systems development on Unix platforms and PC's.
  
  
• CISC 106 General Computer Science for Engineers: (3 credits)
  Principles of computer science illustrated and applied through programming in the high level language, Fortran. Programming projects illustrate computational problems, styles, and issues that arise in numeric computational science and engineering.
  
  Remark: not offered recently.
  Audience: Some Science & Engineering majors who know they need Fortran. Fortran is the dominant language of older scientific programs and of much of current high performance (supercomputer) programming.
  
  
• CISC 181 Introduction to Computer Science (3 credits)
  Principles of computer science illustrated and applied through programming in the object oriented language C++. Programming projects illustrate computational problems, styles, and issues that arise in computer systems development and all application areas of computation.
  
  Audience: CS majors and those Science & Engineering majors who intend to take additional computer science courses (at least through CISC 220 Data Structures). Students should have had some prior programming experience roughly equivalent to CISC 105 experience. This would include having programmed with arrays and having at least heard of records or structs, and preferably pointers. Prerequisites: CISC 103, 105, 106, or equivalent experience.
  

• CISC 220 Data Structures (3 Credits)
  The key thing in programming is the organization of the data the program manipulates. Here you learn many clever ways to go beyond the fixed size array/record/struct family of structures for data organizing devices.
  
  Audience: CS majors, Science and Engr majors who are serious about computation.
  Prerequisites: CISC 181.
  Co-requisite: Math 210

Who Takes What:

• If you don't expect to get involved in computer programming per se, you should consider CISC 101.
  
  
• If you wish to learn programming and have some prior programming experience. (You've taken a high school course in Pascal or Basic, say, or you've written several programs of 10 to 100 lines, including several involving loops and arrays - in any language. You've at least heard of records or structs and preferably pointers) then you should choose CISC 181.
  
  
• If you wish to learn programming and have no prior programming experience, start with CISC 105.
  
  
• Choices for follow-on computer science courses:
  • Anyone who will do some programming (including modification of preexisting codes -- as often comes up for science and engineering majors) is strongly urged to take CISC 220 Data Structures.
  • Anyone with CISC 220 under their belt, who would like still more computer science is invited to take CISC 260 Computer Organization and/or CISC 280 Programming Paradigms.
    • CISC 260 Computer Organization provides a view of computation closer to the specific properties of the machine. You receive training in assembly language programming, in which you directly specify each instruction directly executed by the hardware. CISC 260 and 280 offer quite a contrast. The former is concerned with programming close to the specific computer while the latter is concerned with problem solving at a high level of abstraction away from the specifics of the machine.
    • CISC 280 rounds out your understanding of computation and programming languages in important ways. It uses a version of Lisp, a language which provides strong contrasts in its design and use to C, C++, Fortran, Pascal, etc. Lisp is historically associated with Artificial Intelligence programming and rapid prototyping (programs written to demonstrate a concept, before developing the production version). Additionally, Lisp is the user programming language of such tools as AUTOCAD and EMACS.
    
    
  
  
• CISC 101, 103(?), 105, 106, 181, and 220 meet A&S group D requirements.