CSCI Graduate Course Planning: Spring 2003

January 6, 2003


This is a summary of how to plan for and enroll in courses for graduate study in Computer Science at Indiana University. The file is located at http://www.cs.indiana.edu/Academics/graduate/orientation/advising.jan03.html. It includes guidance on what to register for, where to find useful resources for planning which courses to take, highlights of important academic policies, and a table of graduate courses scheduled for Spring 2003. The table is primarily based on the file Spring '03 Computer Science Courses, which may have more recent schedule changes. Insite has the official schedule of classes information for all IU courses.

To facilitate long-term planning, the course list includes some information about courses likely to be offered in Fall 2003, but that information is not official and is subject to change. For any questions, please contact David Leake, Director of Graduate Studies, or Sherry Kay, Graduate Administrator.

Continuing Student Registration begins Thursday, October 24th. You can obtain your Registration Access Code (RAC) from Lucy Battersby, Lindley Hall 215. The Registrar's Office web site for second semester registration is http://registrar.indiana.edu/Registration/202reg.html.

What to register for:

If you are taking any independent study or research courses, the Independent Research Permission Form, ( PDF), ( Postscript). must be signed by the research supervisor and turned in to the Graduate Administrator to obtain permission to register for any Y790, Y890, or G901 section.

Useful Resources for Choosing Courses:

A Master's work sheet is available in either Postscript or PDF format to help Master's students plan their courses.
A corresponding PhD work sheet is available in Postscript or PDF format to help PhD students plan their course requirements. (Students who entered before Fall, 2001, should use the pre-2001 PhD course work sheet ( pdf ).)

See Spring 2003 Course Information for details about times, section numbers, and discussion sections for all courses in Computer Science. See also the CS Schedule of Classes.

A good way to find out about courses in detail is to consult the course home pages. Links to course descriptions and available home pages are provided on the IU Computer Science Department Courses page.

See the Spring 2003 Course Conflict Planner for a visual summary of possible time conflicts.

Academic Policies:

Graduate Course Grades: Students should be aware that page 7 of the University Graduate School Bulletin stipulates that courses completed with grades below C (2.0) do not count towards degree requirements; however, these grades (e.g., C-, D+, D, D-, F) are counted in calculating the grade point average, which must be a B (3.0) or above to continue in graduate study.

Deficiencies: If you have not completed an undergraduate degree in Computer Science, you must at least take or know the material covered in C241, A592(C212), and A594(C343). It is desirable to have taken or be familiar with the material in the basic five core undergraduate courses: C241 (Discrete Structures for CSCI), A591 (C211: Intro to Computer Science), A592 (C212: Intro to Software Systems), A593 (C335: Computer Structures), and A594 (C343: Data Structures); the sixth core course, A596 (C311: Programming Languages), is also highly recommended if you do not plan to take the graduate course, B521 (Programming Language Principles), instead.

Transferring courses: According to the Bulletin of the University Graduate School, PhD candidates may transfer up to 30 hours of courses from another graduate institution, and MS candidates may transfer up to 8 hours, subject to various conditions. For details, see the Academic Regulations section of the Graduate School Bulletin.

Curricular Practical Training: International Students planning summer employment under the CPT program must enroll in Y798 and complete the arrangements with International Services and the Computer Science Department outlined in the Curricular Practical Training Y798 Authorization Form, ( PDF), ( Postscript).

A caution for international students concerning graduation dates: For visa purposes, the U.S. Immigration and Naturalization Service (INS), considers international students to have completed their degrees as soon as they have completed the degree requirements, regardless of whether they have filed for the degree. Consequently, it is important to make sure that post-graduation visa arrangements are in place before that time. International Services can help on possibilities.

Spring 2003 Course Offerings:

The table below summarizes Fall 2003 graduate course offerings in CSCI, as well as courses from other departments that can be applied to the MS degree. In the table, PhD Qualifying Exam preparation courses are B501 or B503, and P536. These are marked below by "Qual IA", "Qual IB", and "Qual II", respectively.

CSCI Graduate Courses Spring 2003


Area  Course Title/(section credits start end days room) Instructor
Theory
Qual IA
Choose A or B
for 2003 Qual.
B501 Theory of Computing  
  Will be offered in Fall 2003
Theory
Qual IB
Choose A or B
for 2003 Qual.
B503 Algorithms Design and Analysis Purdom
  1347 3 1:00 PM 2:15 PM MW WH121
Prog. Lang. B522 Programming Language Foundations Sabry
  1348 3 1:00 PM 2:15 PM TR LH115
Prog. Lang. P523 Programming Language Implementation Dybvig
  1349 3 11:15 AM 12:30 PM TR SE140
Systems B524 Parallelism in Programming Languages and Systems Lumsdaine
  1350 3 1:00 PM 2:15 PM MW LH019
Systems
Qual II
P536 Advanced Operating Systems  
  Will be offered in Fall 2003
Systems B538 Networks and Distributed Computing Gannon
  1351 3 4:00 PM 5:15 PM MW LH102
Systems B543 Computer Architecture Mills
  1352 3 9:30 AM 10:45 AM MW SE105
AI B553 Biomorphic Computation Cutu
  1353 3 1:00 PM 2:15 PM TR LH019
Database/
SW Eng
P565 Software Engineering I Robertson
  Will be offered in Fall 2003
Database/
SW Eng
P566 Software Engineering I-II, contd Robertson
  1354 3 4:00 PM 5:15 PM TR LH102
Discussion 1355 DS 10:10 AM 11:00 AM F BH005
  P565 students receive an R ("deferred") grade until P566 is completed.
In the exceptional case that only P565 is completed, P565 alone
does not count towards the "P" Master's requirement.
Theory B619 (Topics in Applied Logic:)
Logics of Programs
Leivant
  1356 3 2:30 PM 3:45 PM MW LH115
Prog. Lang. B621 Advanced Concepts in Programming Languages Friedman
  1357 3 9:30 AM 10:45 AM TR LH019
Prog. Lang. B622 Programming Language Type Systems Sabry
  1358 3 4:00 PM 5:15 PM TR LH019
Systems B629 (Topics in Programming Languages):
Logics of Programs
Leivant
  1359 3 2:30 PM 3:45 PM MW LH115
Systems B649 (Topics in Systems):
Distributed Systems
Plale
  1360 3 5:30 PM 6:45 PM MW LH102
Systems B649 (Topics in Systems):
Programming Paradigms for Parallel Perfomance
Wise
  1361 3 2:30 PM 3:45 PM MW LH019
Database B661 Database Theory and Systems Design Van Gucht
  1362 3 8:00 AM 9:15 AM MW LH019
Database/
SW Eng
B666 Software Management Implementation Robertson
  1363 1-3 1:00 PM 2:15 PM TR AR
Database B669 (Topics in Database and Information Systems)
Querying: Languages and Implementation
Robertson
  1364 3 5:30 PM 8:00 PM M LH115
  Research seminar: permission of instructor required.
Sci Comp B673 CANCELLED (see B679) Advanced Scientific Computing Bramley
  1365 3 2:30 PM 3:45 PM TR LH019
Sci Comp B679 ADDED (Topics in Scientific Computing):
Computational Optimization
Bramley
  9237 3 2:30 PM 3:45 PM TR LH019
Research Y790 Graduate Independent Study Faculty
 
  • Research and Reading
  • Software System Development
  • "R" Master's Research Project
  • "S " Master's Software Project
  • "TH " University Master's Thesis
  •   1366 1-6 ARR
    Internships Y798 Professional Practicum/Internship  
      0 credit/pass-fail
      1367 ARR
    Research Y890 Thesis Reading and Research Faculty
      1368 ARR
    Research G901 Advanced Research Faculty
      1369 ARR
    Courses in other areas counting for CS Master's Degree
    Math M555 (M455) Quantum Computing I    
      Normally offered in Fall
    Math M556 (M456) Quantum Computing II Stampfli
      3260 3 1:25PM 2:15PM MWF SW219
    Math M471 Numerical Analysis I  
      Normally offered in Fall
    Math M472 Numerical Analysis II Wang
      3249 3 2:30PM 3:45PM TR SE 245
    SLIS L542 Intro to Human-Computer Interaction (Cognitive issues) Notess/Kurtz
      7216 3 4:00PM 6:45PM M LI001
      7217 3 5:45PM 8:30PM R LI001
      ** Only one Human Computer Interaction course, either L542 or R685 can be taken for CS credit. **
    EDUC R685 Human Computer Interface Design (Design issues) Siegel
      Normally offered in Fall
    ** Only one Human Computer Interaction course, either L542 or R685 can be taken for CS credit. **
    EDUC F500 WorldBoard - Design issues in Next-Generation Interfaces Kirkley
      5915 1-3 ARR
    ** F500 (WorldBoard) cannot be taken for more than 3 hours of CS credit; F500 counts towards the 6-hour maximum for Y790 credits. **