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Berkeley City College Counselor for additional information and to verify transfer requirements. Complete the following core requirement courses: Courses.
Typology: Exercises
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Students who successfully complete the AA-T in Communication Studies earn specific guarantees for transfer to the CSU system: admission to a CSU with junior status and priority admission a local CSU campus and to a program or major in communication studies or a similar major. Students transferring to a CSU campus will be required to complete no more than 60 units after transfer to earn a bachelor’s degree.
Students are required to complete 60 semester units that are eligible for transfer to a California State University, including both of the following: (1) The Inter-segmental General Education Transfer Curriculum (IGETC) or the California State University General Education
Students are advised to consult with a Berkeley City College Counselor for additional information and to verify transfer requirements.
Complete the following core requirement courses:
Courses Units
COMM 5 Persuasion and Critical Thinking 3 COMM 20 Interpersonal Communication Skills 3 COMM 45 Public Speaking 3
List A—Select two of the following courses:
COMM 6 Intercultural Communication 3 COMM 19 Survey of Mass Media 3 COMM 4 The Dynamics of Group Discussion 3
List B—Select one of the following courses:
ANTHR 3 Introduction to Social and Cultural Anthropology 3 ENGL 1B Composition and Reading 4 ENGL 5 Critical Thinking in Reading and Writing 3 PSYCH 1A Introduction to General Psychology 3 SOC 1 Introduction to Sociology 3 COMM 3 Introduction to Human Communication 3 COMM 10 Gender and Communication 3 Total Units Required for the Major 18– General Education (IGETC or CSU GE) and Electives 41– Total Units 60
You can use the following pattern to complete the Associate in Arts in Communication for Transfer Degree (AA-T). This is only one possible pattern. If you wish to earn an associate degree, you must participate in the Student Success Program Matriculation), which includes assessing academic skills and developing a Student Education Plan (SEP)
with a Counselor. This plan will map your sequence of courses to help you complete your degree regardless of the semester you begin classes.
1st Semester/Fall COMM 20 Interpersonal Communication Skills 3 General Education and Electives 12 Total 15 2nd Semester/Spring COMM 6 Inter-cultural Communication 3 COMM 45 Public Speaking 3 General Education and Electives 9 Total 15 3rd Semester/Fall COMM 4 The Dynamics of Group Discussion 3 PSYCH 1A Introduction to General Psychology 3 General Education and Electives 9 Total 15 4th Semester/Spring COMM 5 Persuasion and Critical Thinking 3 General Education and Electives 12 Total 15
Program Learning Outcomes Upon successful completion of this program, students will be able to:
3 Units 3 hrs lecture, (GR). Acceptable for credit: UC/CSU AA/AS area 4d; CSU area A1; IGETC area 1c Study of human communication: Focus on verbal and nonverbal participation and effective listening in interpersonal contexts, group dynamics, and public speaking.1506.
3 Units 3 hrs lecture (GR). Acceptable for credit: UC/CSU AA/AS area 4d; CSU area A1; IGETC area 1c; (C-ID COMM 140) Study of communication in a group setting: Emphasis on listening, leadership, and teamwork; theoretical and experiential learning to build on individual communication skills with the goal of understanding and practicing successful group relations. 1506.
3 Units 3 hrs lecture (GR). Prerequisite: ENGL 1A. Acceptable for credit: UC/CSU AA/AS area 3, 4a, 4d; CSU area A3; IGETC area 1b; (C-ID COMM 120) Critical thinking skills: Principles of reasoning and persuasion, and analysis and evaluation of communication; emphasis on structure of arguments, quality of evidence, formal and informal fallacies, and effect of media on argumentation. 1506.
3 Units 3 hrs lecture (GR or P/NP). Acceptable for credit: UC/CSU AA/AS area 2, 4d, 5; CSU area D; IGETC area 4; (C-ID COMM 150) Dynamics of inter-cultural communication as it applies to the diversity of American cultures: Cultural concepts, language style, content, ethnic perspectives, perceptions and stereotypes, symbols, and roles as they facilitate or hinder effective verbal and nonverbal interaction across cultures; analysis of multiple inter-cultural communication theories. 1506.
3 Units 3 hrs lecture (GR or P/NP). Acceptable for credit: UC/CSU AA/AS area 2, 4d; CSU area D IGETC area 4 Exploration of the relationship between gender and communication: Interpersonal, mediated, social, organizational, and cultural contexts; gender in public and private settings, media images, and personal identities. 1506.
3 Units 3 hrs lecture, (GR or P/NP). Acceptable for credit: UC/CSU AA/AS area 2, 4d; CSU area D; IGETC area 4; (C-ID JOUR 100) Survey of traditional and non-traditional mass media in America: Impact of mass media trends and technology into the 21st century; critical analysis of media messages and examination of mass media from historical, political, social, and cultural perspectives.
3 Units 3 hrs lecture (GR or P/NP). Acceptable for credit: UC/CSU AA/AS area 2, 4d; CSU area D; IGETC area 1c; (C-ID COMM 130) Analysis of communication needs and improvement of skills: Listening, perception, nonverbal communication, semantics, and conflict management. 1506.
3 Units 3 hrs lecture (GR). Acceptable for credit: UC/CSU AA/AS area 4d; CSU area A1; IGETC area 1c; (C-ID COMM 110) Principles of public speaking: Oral presentations based on political and social issues; critical thinking, organization, and research. 1506.
The Computer Information Systems programs provide courses to improve students’ computer and software knowledge and skills. The CIS Associate in Science degrees enables students to develop and/or upgrade their skills for career advancement. The Certificate of Achievement programs qualify them for entry- level employment in occupational settings that utilize computers and various software applications.
This program will prepare students for a career as a computer professional in fields such as programming, programming analysis, systems analysis, or software developing. The program is also recommended for professionals in other areas who want to develop computer programming skills. Students may need further course work at a four-year institution for some career objectives. Before entering the program you should have a solid computer literacy background such as that provided by CIS 1, CIS 5, or both CIS 200 and CIS 42A. Career Opportunities The Associates Degree provides the computer skills needed to work as a Computer Programmer, Software Developer, or Web Programmer. Required Courses Units BUS 19 Business Communications 3 CIS 6 Introduction to Computer Programming 5 CIS 23 C# Programming 4 CIS 27 Data Structures and Algorithms 4 CIS 36A Java Programming Language I 4 CIS 36B Java Programming Language II 4 CIS 81 Systems Analysis with UML 3 CIS 82 Design Patterns 4 CIS 83B Computer Programming Capstone Project 3
Major Requirements 34 General Education and Electives 26 Total: 60 *For the Certificate of Achievement, students must complete the 34 units of required courses. For the Associate Degree, students must complete the 34 units of required
courses plus 26 units of General Education requirements and elective courses.
You can use the following pattern to complete the Associate in Science Degree or Certificate of Achievement in Advanced Computer Programming. This is only one possible pattern. If you wish to earn an associate degree or certificate, you must participate in the Student Success Program Matriculation), which includes assessing academic skills and developing a Student Education Plan (SEP) with a Counselor. This plan will map your sequence of courses to help you complete your degree regardless of the semester you begin classes.
Courses Units 1st Semester/Fall BUS 19 Business Communications 3 CIS 6 Introduction to Computer Programming 5 General Education and Electives 7 Total Units 15 2nd Semester/Spring CIS 23 C# Programming 4 CIS 36A Java Programming Language I 4 General Education and Electives 7 Total Units 15 3rd Semester/Fall CIS 27 Data Structures and Algorithms 4 CIS 81 Systems Analysis with UML 3 CIS 82 Design Patterns 4 General Education and Electives 4 Total Units 15 4th Semester/Spring CIS 36B Java Programming Language II 4 CIS 83B Computer Programming Capstone Project 3 General Education and Electives 8 Total Units 15
Program Learning Outcomes Students who complete the program will be able to:
Applied Computer
Information Systems
Associate in Science and
Certificate of Achievement*
Whether you are a beginning or an advanced computer student, the courses in the Computer Information Systems/Applied Computer Information Systems Program will improve your computer and software knowledge and skills. Understand how computers work and be a proficient user of computers. Learn Microsoft Office applications and integrate the different software to create professional reports and presentations.
Career Opportunities
The Certificate of Achievement qualifies you for entry-level employment in occupational settings that utilize computers and various software applications.
Required Courses Units
CIS 1 Introduction to Computer Information Systems 4 CIS 5 Introduction to Computer Science 5 CIS 6 Introduction to Computer Programming 5 CIS 42A Spreadsheet Applications I 2 CIS 42B Spreadsheet Applications II 2 CIS 86 Windows Operating Systems 4 CIS 105 Basic Mechanics of Web Page Design 1 BUS 10 Introduction to Business 3 BUS 19 Business Communications 3 MMART 3 Introduction to Digital Art 3 Major Requirements 32 General Education and Electives 28 Total Units 60
*For the Certificate of Achievement, students must complete the 32 units of required courses. For the Associate Degree, students must complete the 32 units of required courses plus 28 units of General Education requirements and elective courses.
Recommended Course
Sequence
Students can use the following pattern to complete an Associate in Science degree or Certificate of Achievement in Applied Computer Information Systems. This is only one possible pattern. If they wish to earn an associate degree or certificate, they must participate in the Student Success Program (Matriculation), which includes assessing academic skills and developing a Student Education Plan (SEP) with a Counselor. This plan will map their sequence of courses to help them complete their degree regardless of the semester they begin classes.
Courses Units 1st Semester/Fall CIS 1 Introduction to Computer Information Systems 4 BUS 10 Introduction to Business 3 CIS 105 Basic Mechanics of Web Page Design 1 General Education and Electives 8 Total 16 2nd Semester/Spring CIS 5 Introduction to Computer Science 5 CIS 42A Spreadsheet Applications I 2 CIS 42B Spreadsheet Applications II 2 General Education and Electives 7 Total 16 3rd Semester/Fall CIS 6 Introduction to Computer Programming 5 CIS 86 Windows Operating Systems 4 BUS 19 Business Communications 3 MMART 3 Introduction to Digital Art 3 Total 15 4th Semester/Spring General Education and Electives 13 Total 13
Program Learning Outcomes Upon successful completion of this program, students will be able to:
Web Programming
Associate in Science and
Certificate of Achievement*
This program will prepare students for a career in programming for the Internet and the World Wide Web. They will learn client-side and server-side web programming technologies, understand Internet communications and protocols and related technologies, learn the latest versions of HTML, CSS, JavaScript, Java, and Databases in order to integrate them to create dynamic interactive web pages. Before entering the program, students should have a solid computer literacy background, such as that provided by CIS 1, CIS 5, or CIS 42A/B or the equivalents. Career Opportunities Web programmer, programmer/analyst, software developer, and information technology professional
Required Courses Units CIS 6 Introduction to Computer Programming 5 CIS 23 C# Programming 4 CIS 36A Java Programming Language I 4 CIS 36B Java Programming Language II 4 CIS 81 Systems Analysis with UML 3 CIS 83A Web Programming Capstone Project 3 CIS 84 Database Programming for the Web 4 CIS 85 JSP and Servlets 4 CIS 103 Survey of Program/Languages for the Web—Continuation 4 CIS 104 Survey of Programming Languages for the Web 3 BUS 19 Business Communications 3
Major Requirements 41 General Education and Electives 19 Total Units 60 *For the Certificate of Achievement, students must complete the 41 units of required courses. For the Associate Degree, students must complete the 41 units of required courses plus 19 units of General Education requirements and elective courses.
Recommended Course
Sequence
Students can use the following pattern to complete an Associate in Science degree or Certificate of Achievement in Web Programming. This is only one possible pattern. If they wish to earn an associate degree or certificate, they must participate in the Student Success Program (Matriculation), which includes assessing academic skills and developing a Student Education Plan (SEP) with a Counselor. This plan will map their sequence of courses to help them complete
their degree regardless of the semester they begin classes.
Courses Units 1st Semester/Fall CIS 6 Introduction to Computer Programming 5 BUS 19 Business Communication 3 CIS 104 Survey of Programming Languages for the Web 3 General Education and Electives 4 Total 15 2nd Semester/Spring CIS 36A Java Programming Language I 4 CIS 84 Database Programming for the Web 4 CIS 103 Survey of Programming Languages for the Web (Continuation) 4 General Education and Electives 4 Total 16 3rd Semester/Fall CIS 36B Java Programming language II 4 CIS 85 JSP and Servlets 4 CIS 81 Systems Analysis with UML 3 General Education and Electives 4 Total 15 4th Semester/Spring CIS 23 C# Programming 4 CIS 83A Web Programing Capstone Project 3 General Education and Electives 7 Total 14
Program Learning Outcomes Students who complete the program will be able to:
4 Units 3 hrs lecture, 3 hrs lab (GR or P/NP). Acceptable for credit: UC/CSU AA/AS area 4c General nature of computer hardware, software and systems: Hands-on applications include introduction to word processing, spreadsheet, database management, and presentation software, and a brief introduction to web browsing and e-mail. 0702.
5 Units 4 hrs lecture, 3 hrs lab (GR or P/NP). Acceptable for credit: UC/CSU AA/AS area 4c Introduction to computer science: Architecture of digital computers, design of algorithms for solving various problems, and basic skills in computer programming. 0701.
5 Units 4 hrs lecture, 3 hrs lab (GR or P/NP). Recommended preparation: CIS 5. Acceptable for credit: UC/CSU AA/AS area 4c; (C-ID COMP 122) Introduction to computer programming: Algorithm design, flow charting, and debugging; elements of good programming style. Course may be instructed in any programming language. 0707.
4 Units 3 hrs lecture, 3 hrs laboratory (GR or P/NP). Prerequisite: CIS 6, 25, or 36A. Acceptable for credit: UC/CSU AA/AS area 4c (C-ID COMP 142) Introduction to assembly language: Input/ output operations, use of files, program flow controls, interaction with OS via interrupts, pointers and arrays, strings and structured programming, and related applications.
_4 Units 3 hrs lecture, 3 hrs lab (GR or P/NP) Recommended preparation: CIS 6, 10, 25, or
Acceptable for credit: UC/CSU_ AA/AS area 4c
Introduction to C# programming: Basic unified modeling language (UML) notation in object- oriented software design and development using the C# programming language in a .Net environment; focus on the program structure, syntax, constructs and keywords of the C# programming language, concepts of intermediate languages (ILs), the common language runtime (CLR), and .Net standard data types. 0707.
4 Units 3 hrs lecture, 3 hrs lab (GR). Recommended preparation: CIS 6 or 26. Acceptable for credit: UC/CSU AA/AS area 4c Object-oriented methods of software development using C++: including the design and implementation of objects, class construction and destruction, encapsulation, inheritance, and polymorphism. 0707.
4 Units 3 hrs lecture, 3 hrs lab (GR or P/NP). Prerequisite: CIS 25, 26, 36A. Acceptable for credit: UC/CSU AA/AS area 4c Use of abstract forms of data in programming: Concepts, and implementation and applicability of different forms of data to various programming problems. 0707.
4 Units 3 hrs lecture, 3 hrs lab (GR or P/NP). Recommended preparation: CIS 6 or 61. Acceptable for credit: UC/CSU AA/AS area 4c Introduction to object-oriented program design using Java: Developing web pages and stand- alone applications. 0707.
4 Units 3 hrs lecture, 3 hrs lab (GR or P/NP). Prerequisite: CIS 25 or 36A. Acceptable for credit: UC/CSU AA/AS area 4c Object-oriented program design using the Java programming language: Designing and programming with exceptions, threads, file input/output (I/O); networking and graphics classes; developing codes using tools such as Java 2D API and SWING; and working with projects in areas such as animation. 0707.