ISS101: Introduction to Computer-Based Information Processing Systems.
ISS101
Introduction to Computer-Based Information Processing Systems.
Department of Information Systems Science
Salve Regina University, Newport RI 02840.
Dr. Michael E. Thombs, Assistant Professor of Information Systems Science
(401)847-6650X3115
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Course Title: Introduction to Computer-Based Information Processing Systems.
Number: ISS101 Prerequisite: n/a
Class Time: Monday and Wednesday, 9:00am - 9:50am
Lab: Tuesday 12:00noon - 2:15pm.
Instructor: Dr. Michael E. Thombs
Office: O'Hare 204, X3115
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Purpose:
This course provides the student with an introduction to common
business oriented information processing systems. Class lectures will
emphasis business applications and ways that information specialists solve
information processing problems. Laboratory sessions reinforce class
lecture and text material.
A one-credit Lab will accompany this course. The Lab will introduce
some of the more popular and useful software-tools prevalent in
business-oriented information systems today. Class assignments will
provide reinforcement exercises with an emphasis on problem solving. Lab
Attendance is mandatory. This class will explore the features of the new
DEC lab in O'Hare that utilizes MS-Windows.
Approach:
Two regular classes will consist of classroom lectures, discussions,
oral reports by students. Software products used in lab will be
demonstrated whenever possible in class prior to lab using a portable
computer and overhead projection apparatus. Labs are mandatory and
will consist of supervised student activities on the computer in conjunction
with workbook assignments. Labs are due two weeks after they are
assigned. Lab assignments will be handed out in class prior to lab.
Students who are ambitious may work on lab prior to the regularly
scheduled lab period.
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Required Text:
Computers and Information Systems in Business (Merrill, 1990).
Robert A. Szymanski. Laboratory Workbook is no longer required.
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Course Objectives:
Upon completion of this course, you will be able to:
1. Demonstrate basic computer literacy. Students should be able to
present a conceptual overview of the components and architecture of an
information processing system, including hardware / software
components, and common patterns of configuration.
2. Describe the impact, past, and future of information technology and
systems on society especially at work, home, and in education.
3. Understand the correct use and potential of input and output devices.
4. Understand the importance of performing routine backup procedures
and describe the significance od a disaster recovery plan in an
organization.
5. Understand the geometry of different storage devices and explain the
strengths, weaknesses, and appropriate use of each in different
applications.
6. Understand the concepts, use and topology of data communication
networks.
7. Describe the role and importance of office automation software
including electronic mail and desktop publishing.
8. Demonstrate a working knowledge of several types of software such
as electronic spreadsheets, data base managers, and wordprocessing.
9. Understand the basic capabilities of graphics software including CAD
and multimedia.
10. Describe career opportunities, job descriptions, and required
qualifications for positions in the information processing field.
11. Understand the implications of artificial intelligence and expert
systems on the information processing industry.
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Class Policy:
Class participation and class attendance are a positive factor
considered when determining both the midterm and final grades.
Students entering late will excuse themselves for the interruption to
their classmates.
Laboratory Policy:
Students are encouraged to help each other, but all projects in all
parts must be the original work of the individual or team passing such
work for partial course credit. Your instructor has the right to demand
proof at any time of the genuineness and originality of the work. This
process would most likely be demonstrated by asking a student to
reproduce a piece of the work from scratch at a terminal in a live
performance. Class and Lab Attendance:
- Attendance is mandatory and will be taken at the end of every
class and lab. Authorized absences will be accepted only with prior
approved notice.
- Athletes must give written notice of absences prior to conflicting
events from the head of the Athletic Department.
- Each student missing a class or lab is responsible for obtaining
any and all information pertaining to the missed class lab session(s).
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Evaluation:
Each student will be evaluated using a point system. Each
course element successfully completed will earn points toward a final
grade. 100 points earned is the same as a 100% grade using a percent
grading system. Your grade will be determined by the following:
30 points for Lab exercises. There are approximately ten
computer-based lab exercises. Each lab will accumulate three points
toward the final grade. Each lab will be evaluated using a check minus,
check, and check plus method. Zero points will be awarded for missing
or plagiarized assignments. Labs will not be returned and it is each
student's responsibility to verify that assignments have been received
and recorded. The instructor will provide several opportunities for
students to review lab records during regularly scheduled office hours.
10 points Exam Chapters 1 - 4 Week 5
10 points Exam 2: Chapter 5 & 12: Telecommunications
10 points Exam Three: Chapters 6 - 10.
10 points Final Exam
10 points Current events research paper or oral presentation.
Each student is expected to visit the library and perform current
events research and report to the class in written or oral form. Written
reports and handouts should be confined to three to five pages, oral
presentations should be between 5 and 10 minutes in duration. It is
possible to include a presentation of your final lab to fulfill this
requirement. Longer reports must be approved by the instructor.
10 points subjectively awarded or removed by instructor for
class participation and consistent demonstration of quality and
professionalism.
10 points Class absences will be reflected in your final grade.
Examinations:
. Examinations will not be returned. Students wishing to review their
exam may do so by making an appointment with the instructor.
. Prior notice must be given by the student if an examination is
missed. All such exams may be rescheduled at the discretion of the
instructor. Please leave a phone message at extension 3115 before
class or lab.
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General Course Requirements:
- Textbook readings and class handouts and supplements.
- Class and Laboratory lecture notes.
- Lab projects
- Purchase and format three 3«" diskettes.
- Research and present one current events project.
Homework:
All lab. assignments must contain a cover-sheet. All written
assignments must be typed, printed or word-processed. Pencil or
cursive writing is not considered acceptable. Laboratory assignments
will be graded but not returned to the student. Late assignments will
not be accepted. Assignments are considered late when they are
beyond two weeks from the date assigned. Exceptions will be handled
on a case by case basis. If the instructor is not available (outside of
class) and an assignment is due, assignments may be dated and given
to Faculty Services.
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