To graduate with a Bachelor of Science Degree in Computer Science, at least 72 units in computer science and cognates are required, including:

• Computer science core curriculum (34 units)
• Required cognates (8 units)
• Computer science and cognate career path electives (30 units, at least 16 units of computer science electives)

Computer science core curriculum (34 units):

• CPTG 121 Introduction to Computer Science I
• CPTG 122 Introduction to Computer Science II
• CPTG 244 Data Structures
• CPTG 245 Computer Organization and Assembly Language Programming
• CPTG 255 Systems and Network Programming
• CPTG 324 Programming Languages
• CPTG 434 Operating Systems
• CPTG 445 Computer Architecture

Plus 2 units from:

• CPTG 485 Seminar

Required cognates (8 units):

• MATH 131 Calculus I
• MATH 276 Discrete Math

Computer science and cognate career path electives (30 units, at least 16 units of computer science electives):

Computer Science Electives:

• CPTG 323 Computer Informatics
• CPTG 334 Systems Analysis
• CPTG 345 Digital Logic and Microprocessor Design
• CPTG 356 Principles of Networking
• CPTG 364 Analysis of Algorithms
• CPTG 335 Cyber Security
• CPTG 374 Web Application Development
• CPTG 384 Mobile Application Development
• CPTG 424 Database Design and Management
• CPTG 436 UNIX Systems Administration
• CPTG 446 Embedded Systems Design
• CPTG 454 Compiler Theory
• CPTG 455 Software Engineering
• CPTG 486 Topics in Computer Science
• CPTG 494 Internship
• CPTG 499 Directed Study

Cognate Electives:

• ARTS 194 Photoshop and Illustrator Image Creation
• ARTS 394CInterface Design
• ARTS 394G Motion Graphics
• ARTS 395A Web Design Communication Principles
• BIOL 111 General Biology I and lab
• BIOL 302 Genetics
• BIOL 490 Bioinformatics
• MATH 132 Calculus II
• MATH 133 Calculus III
• MATH 155 Introductory Statistics
• MATH 231 Introduction to Linear Algebra & Discrete Math
• MATH 361 Numerical Methods I
• MATH 362 Numerical Methods II
• MATH 461 Biomathematical Modeling I
• MATH 462 Biomathematical Modeling II
• MGMT 304 The Practice of Management
• MGMT 327 Information Technology Management
• MGMT 356 Human Resource Management
• PHYS 117 Introduction to Physics
• PHYS 231 General Physics I
• PHYS 232 General Physics II
• PHYS 353 Electronics

Computer Engineering and Embedded Systems recommended courses:

• CPTG 345 - Digital Logic and Microprocessor Design
• CPTG 356 - Principles of Networking
• CPTG 436 - UNIX Systems Administration
• CPTG 446 - Embedded Systems Design
• PHYS 117 - Introduction to Physics I
• PHYS 231 - General Physics I
• PHYS 353 Electronics

Software Engineering recommended Courses:

• CPTG 334 - Systems Analysis
• CPTG 364 - Analysis of Algorithms
• CPTG 424 - Database Design and Management
• CPTG 455 - Software Engineering

Information Systems recommended Courses:

• CPTG 334 - Systems Analysis
• CPTG 356 - Principles of Networking
• CPTG 424 - Database Design and Management
• CPTG 436 - UNIX Systems Administration
• CPTG 455 - Software Engineering
• MGMT 304 - The Practice of Management
• MGMT 327 - Information Technology Management
• MGMT 356 - Human Resource Management

Web and Mobile Applications recommended Courses:

• GPTG 356 - Principles of Networking
• CPTG 374 - Web Application Development
• CPTG 384 - Mobile Application Programming
• CPTG 424 - Database Design and Management
• ARTS 194 - Photoshop and Illustrator Image Creation
• ARTS 394C - Interface Design
• ARTS 394G - Motion Graphics
• ARTS 395A - Web Design Communication Principles

Networks and Cyber Security recommended Courses:

• CPTG 335 - Cyber Security
• CPTG 356 - Principles of Networking
• CPTG 374 - Web Application Development
• CPTG 424 - Database Design and Management
• CPTG 436 - UNIX Systems Administration

Bioinformatics recommended Courses:

• CPTG 323 - Computer Informatics
• CPTG 364 - Analysis of Algorithms
• CPTG 424 - Database Design and Management
• MATH 155 - Introductory Statistics
• BIOL 111 - General Biology I and LAB
• BIOL 302 - Genetics
• BIOL 490 - Bioinformatics

Preparation for Graduate Study and research recommended Courses:

• CPTG 345 - Digital Logic and Microprocessor Design
• CPTG 356 - Principles of Networking
• CPTG 364 - Analysis of Algorithms
• CPTG 424 - Database Design and Management
• CPTG 455 - Software Engineering
• MATH 132 - Calculus II
• MATH 133 - Calculus III
• MATH 231 - Introduction to Linear Algebra & Discrete Math
• MATH 361 - Numerical Methods I