Computer Information Systems: Programming (CISP)

CISP 10  Principles of Object-Oriented Design

2.5 Units (Degree Applicable, CSU)
Lecture: 27   Lab: 54
Advisory: Advisory corequisites CISP 11 or CISP 21 or CISP 31 or CISP 41

Object-oriented design, patterns, and use of Unified Modeling Language (UML) in different programming languages that will enable students to build large packages and business applications. The course also covers Agile and Scrum methodologies.

CISP 11  Programming in Visual Basic

3 Units (Degree Applicable, CSU, UC)
Lecture: 54   
Corequisite: CISP 11L
Advisory: CISB 11 or CISB 15 or CISP 10

Visual Basic (VB) programming in the business environment includes: planning and writing object-oriented applications using Windows Forms and Web Forms; user interface design classes, objects, properties, methods and events; control structures; lists and arrays; printing and print previews; accessing a database.

CISP 11L  Programming in Visual Basic Laboratory

0.5 Units (Degree Applicable, CSU, UC)
Lab: 27
Corequisite: CISP 11

Laboratory for CISP 11 Programming in Visual Basic (VB). Planning and writing object-oriented applications in the business environment; using Windows Forms and Web Forms; user interface design classes, objects, properties, methods, and events; control structures; lists and arrays; printing and print previews; accessing a database.

CISP 21  Programming in Java

3 Units (Degree Applicable, CSU, UC)
Lecture: 54   
Corequisite: CISP 21L
Advisory: CISP 10 and (CISB 11 or CISB 15)

Design and development of object-oriented Java programming applications. Includes object-oriented business programs and applications, documentation and debugging techniques, user-interface, objects, various data types, methods, events, elementary control structures, arrays, and inheritance. Student must take CISP 21L concurrently.

CISP 21L  Programming in Java Laboratory

0.5 Units (Degree Applicable, CSU, UC)
Lab: 27
Corequisite: CISP 21

Laboratory for CISP 21 - Java Programming exercises focusing on design and development of object-oriented business programs and applications, documentation and debugging techniques, user-interface, objects, variables, methods, events, elementary control structures, lists, arrays, and inheritance. Concurrent enrollment in the lecture course CISP 21 - Programming in Java is required.

CISP 24  Advanced Java Programming

3 Units (Degree Applicable, CSU, UC)
Lecture: 54   
Corequisite: CISP 24L
Advisory: CISP 21 and CISP 21L

Advanced object-oriented programming using Java: designing, coding, testing, and implementing multi-tier applications in serialization, multithreading, Advanced Swing Components (ASC), networking, server-side technology which include servlets, remote method invocation (RMI), Java server pages, Java Database Connectivity (JDBC), public key infrastructure (PKI), mobile applications, and security. Student must be enrolled in CISP 24L, a concurrent lab co-requisite.

CISP 24L  Advanced Java Laboratory

0.5 Units (Degree Applicable, CSU, UC)
Lab: 27
Corequisite: CISP 24
Advisory: CISP 21 and CISP 21L

Laboratory for advanced programming concepts using Java: designing, coding, testing, and implementing multi-tier applications in serialization, multithreading, Advanced Swing Components (ASC), networking, server-side technology which include servlets, remote method invocation (RMI), Java server pages, Java Database Connectivity (JDBC), public key infrastructure (PKI), mobile applications, and security. Student must be enrolled in CISP 24, a concurrent lecture co-requisite.

CISP 31  Programming in C++

3 Units (Degree Applicable, CSU, UC)
Lecture: 54   
Corequisite: CISP 31L
Advisory: CISP 10 or (CISP 11 and CISP 11L) or (CISP 21 and CISP 21L)

Object-oriented programming in C++ including object-oriented design, documentation, and debugging techniques. Elementary control structures, classes, overload operators and functions, and single and multiple inheritance. Student must be enrolled in CISP 31L, a concurrent laboratory co-requisite.

CISP 31L  Programming in C++ Laboratory

0.5 Units (Degree Applicable, CSU, UC)
Lab: 27
Corequisite: CISP 31

Laboratory for object-oriented programming in C++ including object-oriented design, documentation, and debugging techniques. Elementary control structures, classes, overload operators and functions, and single and multiple inheritance. Student must be enrolled in CISP 31, a concurrent lecture co-requisite.

CISP 34  Advanced C++ Programming

3 Units (Degree Applicable, CSU, UC)
Lecture: 54   
Corequisite: CISP 34L
Advisory: CISP 31 and CISP 31L

Object-oriented programming in C++ concepts and principles. Covers data structures: vectors, linked lists, queues, stacks and hash tables, graphical-user interface (GUI), database access, and web services. Students must be enrolled in CISP 34L, a concurrent lab co-requisite.

CISP 34L  Advanced C++ Programming Laboratory

0.5 Units (Degree Applicable, CSU, UC)
Lab: 27
Corequisite: CISP 34

Laboratory for object-oriented programming in C++ concepts. Covers principles covers data structures: vectors, linked lists, queues, stacks and hash tables, graphical-user interface (GUI), database access, and web services. Students must be enrolled in CISP 34, a concurrent lecture co-requisite.

CISP 41  Programming in C#

3 Units (Degree Applicable, CSU)
Lecture: 54   
Corequisite: CISP 41L
Advisory: CISP 10 and CISB 11 and CISB 15

Programming in C# using Windows Forms and Web Forms. Course covers control structures (loops, if statements, and switch blocks), database access, multiple forms, and object-oriented programming concepts. Student must be enrolled in CISP 41L, a concurrent lab co-requisite.

CISP 41L  Programming in C# Laboratory

0.5 Units (Degree Applicable, CSU)
Lab: 27
Corequisite: CISP 41

Laboratory for programming in C# using Windows Forms and Web Forms. Course covers control structures (loops, if statements, and switch blocks), database access, multiple forms, and object-oriented programming concepts. Student must be enrolled in CISP 41, a concurrent lecture co-requisite.

CISP 52  Mobile Device Programming

3 Units (Degree Applicable)
Lecture: 54   
Corequisite: CISP 52L
Advisory: CISP 10 and CISW 21

User interface patterns and design, connectivity, and application (app) architecture and design. Student must be enrolled in CISP 52L, a concurrent lab co-requisite.

CISP 52L  Mobile Device Programming Laboratory

0.5 Units (Degree Applicable)
Lab: 27
Corequisite: CISP 52

User interface, connectivity, and application (app) architecture and design. Student must be enrolled in CISP 52, a concurrent lecture co-requisite.

CISP 53  iOS Programming

3 Units (Degree Applicable)
Lecture: 54   
Corequisite: CISP 53L
Advisory: CISP 10 and CISP 52 and CISP 52L

Programming for iOS devices covers user interface patterns and design, connectivity, and application (app) architecture. Students must be enrolled in CISP 53L, a concurrent lab co-requisite.

CISP 53L  iOS Programming Laboratory

0.5 Units (Degree Applicable)
Lab: 27
Corequisite: CISP 53

iOS programming laboratory: user interface, connectivity, and application (app) architecture and design. Student must be enrolled in CISP 53, a concurrent lecture co-requisite.

CISP 54  Programming for Android Devices

3 Units (Degree Applicable)
Lecture: 54   
Corequisite: CISP 54L
Advisory: CISP 10 and CISP 52 and CISP 52L

Android device programming, user interface patterns and design, connectivity, and application (app) architecture with an emphasis on creating effective mobile apps. Student must be enrolled in CISP 54L, a concurrent lab co-requisite.

CISP 54L  Android Programming Laboratory

0.5 Units (Degree Applicable)
Lab: 27
Corequisite: CISP 54

Laboratory for Android programming user interface, connectivity, and application (app) architecture and design. Student must be enrolled in CISP 54, a concurrent lecture co-requisite.

CISP 71  Programming in Python

3 Units (Degree Applicable)
Lecture: 54   

Design and development of object-oriented Python programming applications. Includes object-oriented business programs and applications, documentation and debugging techniques, user-interface, objects, various data types, methods, events, elementary control structures, arrays, inheritance, polymorphism, file operations, database interaction, and networking. Student must take CISP 71L concurrently.

CISP 71L  Programming in Python Laboratory

0.5 Units (Degree Applicable)
Lab: 27

Laboratory for CISP 71- Python Programming exercises focusing on design and development of object-oriented business programs and applications, documentation and debugging techniques, user-interface, objects, variables, methods, events, elementary control structures, lists, arrays, inheritance , polymorphism, file operations, database interaction, and networking. Concurrent enrollment in CISP 71 is required.

CISP 81  Work Experience in Computer Programming

1-4 Units (Degree Applicable)
(May be taken for Pass/No Pass only)
Lab: 60-300
Prerequisite: Compliance with Work Experience regulations as designated in the College Catalog.

Provides students with actual on-the-job experience in computer programming at an approved worksite, which is related to classroom based learning. A minimum of 75 paid clock hours or 60 non-paid clock hours per semester of supervised work is required for each one unit of credit. It is recommended that the hours per week be equally distributed throughout the semester. Work experience placement is not guaranteed, but assistance is provided.

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