The Computer Information Systems (CIS) department provides training for those persons who plan to work within a technical, computer-centered environment. Because of the widespread use of computers in our society, employment opportunities are found in a multitude of different environments such as general business, communications industries, manufacturing, environmental engineering, education, medical technology, and banking and finance as well as computer information science. The program is specifically designed to provide the student with practical training which would be valuable and useful in the computer programming workplace.
Career Opportunities
Computer Operator, Computer Operations Management, Computer Training Specialist, Data Administrator, Data Control Clerk, Data Entry Operator, Documentation Clerk, Education Specialist, Electronic Graphics Artist, Information Center Specialist, Management Technical Assistant, Microcomputer Technical Support, Multimedia Specialist, Network Administrator, Network Specialist, Network Support Specialist, Production Control Clerk, Programmer, Programmer/Analyst, Programming Librarian, Quality Control Specialist, Systems Analyst, Technical Research Assistant, Technical Support Specialist, Technical Writer, User Support Specialist, Web Master, Web Page Development
Faculty
Thomas, Shane
Tonning, Paul
Transfer
- California State University, San Bernardino: Computer Science, Computer Systems, and Computer Engineering majors
- University of California, Riverside: Computer Science and Computer Engineering majors
Note: Typically, majors in Computer Science require the following courses taken prior to transfer: CHEM 201 General Chemistry, CIS 201 Programming Concepts and Methods I, CIS 202 Programming Concepts and Methods II; ECON 102 Principles of Economics: Micro; MATH 226 Analytic Geometry and Calculus I, MATH 227 Analytic Geometry and Calculus II, MATH 228 Analytic Geometry and Calculus III, MATH 231 Linear Algebra; PHYS 201 Engineering Physics I-Mechanics, PHYS 202 Engineering Physics II - Fluids, Sound, and Thermodynamics, PHYS 203 Engineering Physics III Electricity And Magnetism, and PHYS 204 Engineering Physics IV-Optics and Modern Physics. An alternative to the CIS transfer major that appeals to many students is Administration, with an emphasis in CIS. See Business Administration.
For the most up-to-date information on these programs and others, visit assist.org. Please stop by the Transfer Center in Building 23 or make an appointment with a counselor if you have questions.
Computer Information Systems, AS (07547)
The Computer Information Systems major requires 18 units from any of the certificates or from any Computer Information Systems coursework. CIS 138 Cooperative Education Computer Information Systems may be used as elective credit, but may not be used to fulfill major requirements.
To earn this degree, complete the major coursework with “C” grades or better and all of the following graduation requirements: 60 minimum degree-applicable units (including a maximum 4 units of activity); 2.0 minimum overall GPA; 12 degree-applicable units through VVC; Information Competency; Global Citizenship; Kinesiology, and the VVC General Education pattern. Courses may count in one area only, either in the major or in a general education category. Courses counted in one AA/AS major may not be used in another AA/AS major.
Computer Science, AS-T (41476)
Students successfully completing an Associate in Computer Science for Transfer degree will be prepared to transfer into the CSU system to continue toward a B.S. in Computer Science or a similar major. The transfer degree is designed in accordance with the statewide Transfer Model Curriculum to ensure a smooth transition to the junior level of the designated major at a CSU. There are 8 required courses for the transfer degree including two consecutive high level programming courses that introduce students in software development, one low level programming course that teaches students about computer (hardware) architecture and organization, one computer math course that focuses on discrete structures, two consecutive math courses on single variable calculus, and two consecutive physics courses in calculus-based physics.
To earn this degree complete the major coursework listed here with “C” grades or better and the following graduation requirements: 60 CSU transferable units; the IGETC pattern; the Basic/Golden 4 requirements; and a 2.0 minimum overall CSU GPA. Courses used in the major may also be counted in the general education areas. Courses used for this major may also be used to earn other degrees at VVC.
| Code | Title | Units |
|---|---|---|
| Required Courses | ||
| CIS 201 | Programming Concepts and Methods I | 4.0 |
| CIS 202 | Programming Concepts and Methods II | 4.0 |
| CIS 208 | Computer Architecture and Organization | 3.0 |
| CIS 264 | Discrete Structures | 3.0 |
| MATH 226 | Analytic Geometry and Calculus I | 4.0 |
| MATH 227 | Analytic Geometry and Calculus II | 4.0 |
| PHYS 201 | Engineering Physics I-Mechanics | 4.0 |
| PHYS 202 | Engineering Physics II - Fluids, Sound, and Thermodynamics | 4.0-5.0 |
| or BIOL 201 | Biology of Cells | |
| or CHEM 201 | General Chemistry | |
| Total Units | 30-31 | |
MySQL Database Developer Certificate of Achievement (37849)
The MySQL Database Developer Certificate is a high quality certification process that will provide evidence that a qualifying individual has skill in developing production relational MySQL database applications. By being certified, clients, customer, and employers are ensured that the database developer is competent and professional.
| Code | Title | Units |
|---|---|---|
| Required Courses | ||
| Complete all of the following with a C or better | ||
| CIS 91A | MySQL Admin A | 2.0 |
| CIS 91B | MySQL Admin B | 2.0 |
| CIS 280 | Fundamentals of Database Management Systems | 3.0 |
| CIS 282 | Structured Query Language | 4.0 |
| Total Units | 11 | |
Network Specialist Certificate of Achievement (37434)
This certificate program prepares the student to begin a career in the computer networking field. Scope includes administering a variety of popular network platforms including Linux and Microsoft systems.
| Code | Title | Units |
|---|---|---|
| Required Courses | ||
| CIS 50 | Computer Ethics | 2.0 |
| CIS 67 | Fundamentals of Networking | 3.0 |
| CIS 190 | Introduction to the Unix Operating System | 4.0 |
| CIS 240A | Windows Enterprise Administration | 4.0 |
| CIS 261 | Unix System Administration | 4.0 |
| Total Units | 17 | |
Programming I Certificate of Achievement (10796)
This certificate trains the student to become a programmer with some of the most popular programming such as C and Visual BASIC.
| Code | Title | Units |
|---|---|---|
| Required Courses | ||
| CIS 104 | Object Oriented Analysis and Design | 3.0 |
| CIS 201 | Programming Concepts and Methods I | 4.0 |
| CIS 202 | Programming Concepts and Methods II | 4.0 |
| CIS 264 | Discrete Structures | 3.0 |
| Complete one course from the following: | 4.0 | |
| Programming in Python | ||
CIS 94 | ||
| Javascript | ||
| Programming Java | ||
| Total Units | 18 | |
Unix Administrator Certificate of Achievement (37565)
The UNIX Administrator Certificate is a high quality certification process that will provide evidence that a qualifying individual has skill in designing, implementing and maintaining UNIX and Linux based networks. By being certified, clients, customers, and employers are ensured that the UNIX administrator is well equipped to handle the day-to-day operations associated with a UNIX based network as well as the unforeseen problems that tend to arise in any network.
| Code | Title | Units |
|---|---|---|
| Required Courses | ||
| Complete all of the following with a C or better | ||
| CIS 50 | Computer Ethics | 2.0 |
| CIS 83 | Programming in Python | 4.0 |
| or CIS 94 | ||
| CIS 190 | Introduction to the Unix Operating System | 4.0 |
| CIS 261 | Unix System Administration | 4.0 |
| Total Units | 14 | |
Web Authoring Certificate of Achievement (37442)
This certificate provides the student solid training in developing web pages.
| Code | Title | Units |
|---|---|---|
| Required Courses | ||
| CIS 50 | Computer Ethics | 2.0 |
| CIS 136 | Introduction to the Internet | 2.0 |
| CIS 137 | Introduction to HTML | 3.0 |
| CIS 205 | Javascript | 4.0 |
| Total Units | 11 | |
Computer Information Systems Courses
Computer Ethics is an introduction to the theories and issues of ethical behavior as applied to our rapidly changing, information-oriented, computer-driven society. Various ethical theories are introduced and numerous case histories are presented. Recommended Preparation: Know how to use a personal computer: functions of mouse buttons and control of mouse movement (right click, left click, single click, double click, drag-and-drop, etc.), create, open and save files, install and run applications. Type about 30 WPM to keep up with class assignments.
Lecture Hours: 36.00
Transfer: Not transferable
This course presents a broad overview of the fundamentals of networking computers. This course discusses in some detail the various network topologies, architectures, industrial standard, standards-defining organization, and the practical use of networks. Windows, NetWare and Linux NOS's will be introduced.
Recommended Preparation: CIS 101
Lecture Hours: 36.00; Lab Hours: 54.00
Transfer: Not transferable
Presents security topics covering general security concepts, communications security, infrastructure security, basics of cryptography, operational and organizational security. Topics include hacking, viruses, cryptography, detection and prevention on both wired and wireless LANs.
Recommended Preparation: CIS 67
Lecture Hours: 36.00; Lab Hours: 54.00
Transfer: Not transferable
Python is a popular programming language that has taken a primary role in many companies including NASA, Google, and Industrial Lights and Magic. The foundation that students achieve can be applied to digital animation programs, and game programming. No prior programming experience is assumed.
Recommended Preparation: MATH 90 and CIS 101
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Not transferable
This course is designed to provide students with an introduction to the MySQL relational database management system. Students will learn how to design, install, configure and secure MySQL databases. The student should have prior experience with the fundamentals of databases.
Lecture Hours: 27.00; Lab Hours: 27.00
Transfer: Not transferable
This second course in MySQL database administration is designed to provide students with an advanced approach to current database administration issues in enterprise level databases. Topics include: Transactions, Multiple Servers, Replication, Locking and Administration Interfaces.
Lecture Hours: 27.00; Lab Hours: 27.00
Transfer: Not transferable
This is a survey course which provides an overview of computer technology for multidisciplinary majors. Using laboratory projects supported by the lecture, the student gains "hands-on" familiarity with different operating systems, word processors, spreadsheets, database management systems, programming,networks and the use of the Internet. Recommended preparation: Mouse skills: know difference between, be able to perform, and know when to utilize: left click, right click, single click, double click, and drag and drop motion. Keyboarding skills: nominal typing speeds of about 30 words per minute (WPM).
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to both UC/CSU
This is a first course in the object-oriented modeling and design, a way of thinking about problems using models organized around real- world concepts. Object-oriented models are useful for understanding and communicating complex system designs. This course is useful for understanding program analysis and design in object-oriented programming language courses.
Recommended Preparation: CIS 101
Lecture Hours: 54.00
Transfer: Transfers to CSU only
This course of instruction is designed for the student or savvy business person who wants to acquire the skills needed to effectively interact and utilize the resources of the Internet and including its main component, the World Wide Web (WWW). By completing this course, a student will become well versed in the understanding and use of browsers and viewers, File Transfer Protocol (FTP), news groups, e-mail, and chat/conversation utilities. They will also be made aware of some of the other concerns relating to using the Internet, such as privacy and security issues. Recommended Prep: Know how to use a personal computer: functions of mouse buttons and control of mouse movement (right click, left click, single click, double click, drag-and-drop, ect.), create, open and save files, install and run applications. Type about 30 WPM to keep up with class assignments.
Lecture Hours: 27.00; Lab Hours: 27.00
Transfer: Transfers to CSU only
A course designed for the student or business person who wants to acquire the skills needed to create a presence on the WWW in the form of a web page. Subjects covered include HTML, CSS, and web authoring (design, implementation, and maintenance of web pages.)
Lecture Hours: 36.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
This course is designed for students who are cross-training at their current worksite for upward mobility or possible career changes, as well as those looking for entry-level occupational training through work-based learning experiences. Students must have a co-op approved worksite to enroll in this class and establish new learning objectives.
Transfer: Transfers to CSU only
This course introduces the Unix and Linux operating systems. Topics include the history of Unix, commands and utilities, file system structure, shells, graphical user interfaces, networking, text editing and shell programming.
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
Introduces the discipline of computer science using a high level language utilizing programming and practical hands-on problem solving. C-ID: COMP 122.
Recommended Preparation: CIS 101
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to both UC/CSU
Application of software engineering techniques to the design and development of large programs; data abstraction and structures and associated algorithms. C-ID: COMP 132.
Prerequisite(s): CIS 201, Minimum grade C
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to both UC/CSU
JavaScript is the front-end programming language for web development. The course covers Javascript language itself, the DOM (Document Object Model which is the structure upon which all web pages are based), event driven programming, jQuery, AJAX, and JSON. Recommended preparation: familiarity with at least one programming language and experience with HTML/CSS.
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
This is a course for programming in Java. The course will cover the basics of the Java programming language and object- oriented programming method. Some of the more advanced topics such as applets programming data structure implementation in Java will also be covered.
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to both UC/CSU
Designed to train students to understand microcomputer systems low level (hardware) organizations and architecture through assembly language programming. (Formerly CIS 108). C-ID: COMP 142.
Lecture Hours: 36.00; Lab Hours: 54.00
Transfer: Transfers to both UC/CSU
Pedagogical Issues (be very specific and attach evidence to backup your statements). This class includes both lecture and lab content that require significant computing interaction, pedagogical requirements place a natural limitation on the number of students that can be effectively taught in a single class.
Recommended Preparation: MATH 105 and CIS 101
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
An introduction to operating system design and operation using Windows Enterprise in a client/server environment. Topics include: the design and philosophy of Windows Enterprise, the differences between various Windows versions, user issues in Windows Enterprise such as using the command prompt vs the Graphical User Interface, and basic installation issues. Hands-on experience will be stressed.
Recommended Preparation: CIS 101
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
Unix system administrators are responsible for the operation of Unix systems--the most common server platform on the Internet. Learn how to setup, manage, and maintain Unix systems. Topics include: the role of the system administrator in an organization; Unix variants; installation; booting and shutting down; backups; managing users.
Prerequisite(s): CIS 90, Minimum grade C
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
This course will cover logic in computer science as a tool to establish truth through various techniques of proof. The goal of this course is for us to learn formal logic as a theoretical foundation and its application to topics in discrete mathematics and computer science. C-ID: COMP 152.
Prerequisite(s): CIS 201, Minimum grade C
Lecture Hours: 54.00
Transfer: Transfers to both UC/CSU
This course provides an in-depth knowledge of several different database management systems (DBMS) and an understanding of the basic relational, network, or hierarchical database structures which they use. Issues of privacy, security, protection, integrity, redundancy, distributed database concepts, data manipulation and query languages are covered.
Lecture Hours: 36.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
This course covers Structured Query Language using MySQL database management systems. Topics include: concepts of relational databases, DML, DDL, Joins, IF/Case statements, batch operations and locking.
Recommended Preparation: CIS 101 and CIS 280
Lecture Hours: 54.00; Lab Hours: 54.00
Transfer: Transfers to CSU only
Program Learning Outcomes
Program Learning Outcomes (PLOs) are statements of the kind of learning a program hopes a student will achieve. The PLOs describe the knowledge, skills, problem-solving, communication and values that apply to all certificates and/or degrees within that program.
Upon completion of this program, students should be able to:
1. CIS students will attain Technical knowledge and key skills needed to be successful in the IT industry and transfer to university programs