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Applications to the Bachelor of Science in Computer Information Systems program at ÌÇÐÄÉÙŮ’s campus in Chula Vista are reviewed on a rolling basis; apply at any time! However, priority is given to applications that are received by this deadline:
To be eligible for admission to the BS in Computer Information Systems program you must complete the requirements listed below.
The following courses are required for admission (i.e. students cannot be admitted without successfully completing the courses):
The following courses* are encouraged, but not required, to be completed prior to admission:
*Applicants are encouraged to complete the above courses prior to admission. These courses will not be offered as part of the BS in CIS program, and applicants admitted to the program missing any of the courses above will need to complete them in order to earn their degree at ÌÇÐÄÉÙÅ®. Admitted students should contact one of the BS in CIS advisors to help develop a plan to complete the courses.
Set up an appointment with your enrollment specialist to learn how you can take advantage of the BS in Computer Information Systems program.

Sujeith Ordonez, M.A.
Senior Outreach & Recruitment Specialist
ÌÇÐÄÉÙÅ® Extended Learning
(760) 750-8454
Complete the BS in Computer Information Systems in just two years, thanks to guaranteed class availability that ensures no delays in your educational journey. The program consists of 56 units, priced at $545 per unit.
Invest In Your Future: A Breakdown of Your Bachelor's Degree Costs
| Semester | Units | Subtotal* |
|---|---|---|
| Fall Semester 1 | 15 | $8,175 |
| Spring Semester1 | 14 | $7,630 |
| Fall Semester 2 | 14 | $7,630 |
| Spring Semester 2 | 13 | $7,085 |
| Total | 56 | $30,520 |
*Not all university semester fees are included in this table—see the comprehensive breakdown of Extended Learning fees. Semester tuition subtotals are based on a sample program sequence. All quoted tuition rates are based on previous academic years and are subject to change without notice.
This bachelor’s program has a set schedule of courses that you are expected to follow as part of your cohort. You can view all course descriptions on the Bachelor of Science in Computer Information Systems course catalog page.
Fall Semester 1
Examines the larger societal context of computing to develop an understanding of the relevant social, ethical, legal and professional issues. Covers social context, professional ethics, intellectual property, privacy, professional communication, safety, reliability, and sustainability. Exposes students to different areas within computer science while developing technology solutions to undesirable effects of computing technology and the internet.
Units: 3
Teaches a thorough understanding of several advanced methods for implementing the abstract data types and the time used by each method. Includes abstract data types such as dictionary, priority queues, matrices, balanced trees, graphs, and relations, as well as, foundation of recursive algorithms, complexity analysis, complexity classes, sorting and searching, computability and undecidability, problem-solving strategies, and heuristic approaches.
Units: 3
Covers the systems development life cycle, compares traditional methods of systems development to newer, emerging methods, process and data models for an information system, user interface for an information system, feasibility study and cost benefit analysis.
Units: 3
Spring Semester 1
Studies concepts and structures necessary to design and implement database management systems. Includes concepts of Entity Relationship Diagram (ERD), Normalization of the database, and developing database using Structured Query Language (SQL). Uses relational data models to teach file organization, index organization, hashing, data integrity and data security, reliability, data description and query languages. Also covers introduction to No-SQL database.
Units: 3
Covers the fundamentals of networking concept and technology, which includes data communication, OSI 7-layer model, TCP/IP protocol stacks and the Internet, the features of LAN, MAN and WAN, network security, and basic CGI programming and web applications.
Units: 3
Introduces the elements associated with the design and operation of a service organization and the integration of these elements within the overall corporate strategy. Contemporary issues covered include operations in global markets, designing and controlling the service process and planning for operations. Students need to refer to their option checklist for the appropriate introductory production and operations management requirement.
Units: 2
Introduces software engineering fundamentals including software development lifecycle, process models, object-oriented methodologies, ethical and professional responsibilities. Covers project management activities such as proposal writing, project planning, scheduling and monitoring, and development activities such as problem domain analysis, requirements engineering, software design, implementation and testing. Establishes semester-long working teams, collaborating on project management activities and development activities to construct mid-sized software products. Produces three project deliverables: Software Requirements Specification Document, Software Design Specification Document, and system executable.
Units: 3
Fall Semester 2
Studies the processes of marketing: identifying and satisfying customers’ needs for products, services and ideas, and simultaneously creating and delivering a standard of living to society. Examines the components of the marketing process, sources and uses of marketing intelligence, consumer behavior and international marketing.
Units: 2
Introduces the concepts and techniques of various intelligent information systems. Covers Intelligent decision support systems, Markov decision process, Monte Carlo simulation, Q-learning, and Multi-agent systems. Explores both theoretical fundamentals and practical applications.
Units: 3
Methods, software architecture, and standards for Internet-scale software infrastructure (services and applications). Includes foundations of the Web; distributed systems; client server architectures from 2-tier to n-tier and through Web Applications Design; and distributed object-based systems and associated technologies.
Units: 3
Schedule is subject to change without advance notice.
Spring Semester 2
Engages advanced CIS majors operating as a high-performance team as they complete the design and implementation of a significant information system. Provides experience in project management, CIS function management, and systems integration.
Units: 3
Introduces students to the principles of computer security, with emphasis on applied encryption, software/system security, and web security. Covers encryption algorithm, access control, authentication, buffer overflow, SQL injection and cross-site scripting attack will be covered. Provides both theoretical and practical knowledge to enhance understanding of computer security issues.
Units: 3