370 Computer Science and AI Associate of Applied Science Programs

The Electronics and Computer Engineering Technology (ECET) certificate program prepares individuals either for initial employment or for enhancement of existing skills in the electronics field or for transfer into B.S. programs in Electronics Technology or Industrial Technology offered in the CSU system. Students completing the ECET certificate program possess ample skills to make them versatile employees.

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.

The Associate in Science in Computer Information Systems is designed to provide students with the knowledge and skills required for a variety of positions in the field of computer information technology. The program includes foundation courses in computer information systems and a wide range of skill-builder courses in current topics of technology.

Biotechnology Associate in Science Degree Biotechnology draws from many disciplines, including genetics, immunology, chemistry, physics, mathematics, and computer science. Recent advances in biotechnology have resulted in major contributions to the fields of medicine, pharmacy, public health, and agriculture.

The Associate in Science in Computer Networking Technology prepares students to design, administer, maintain, and troubleshoot networks of different sizes. Students learn a diverse array of skills, including specification preparation, network management, network design, equipment and system sales, and software development.

Solid preparation for transfer majors in Computer Science. Courses in object-oriented programming logic in C++, computer architecture, calculus, and calculus-based physics. Completion of the Computer Science: Associate Degree for Transfer (ADT) will prepare you to meet minimum lower-division admission requirements (60 transferable units) for transfer to the University of California (UC) system. If you would like to transfer to the California State University (CSU) system, please meet with a counselor for additional requirements that may be needed. The Computer Science program map below includes all of your major coursework and recommended general education courses by term that is needed to fulfill your degree and transfer requirements.

The A.S. Degree in Computer Programming is designed to prepare students for a career in computer programming. The degree offers a balanced set of classes that provides students with client, server, and database programming skills required by the industry. Emphasis is placed on object-oriented programming applications, configuring servers, creating and navigating databases, and reusable software components.

Information Technology prepares students for a wide range of employment opportunities in the design, implementation, and security of Internetworking solutions for small, medium, and large enterprises. Positions involving technical support for small computer system hardware and software implementations embedded in local and wide area networks are supported through the use of the CompTIA, Microsoft, and network offerings. Major elements of this course of study include microcomputer theory, data communications, operating systems, security fundamentals including virus eradication, systems hardware, and software analysis, virtualization, troubleshooting techniques, use of computer analysis hardware, and application of all of these elements in the work setting. This program has physical requirements that may affect the student’s ability to perform in this field.

Engineering Technology is the powerhouse department that combines training in composites manufacturing and mechatronics. Classes introduce students to materials science, composite materials, engineering design, mechatronics, and automation technology. Gain experience in hands-on state-of-the-art labs equipped with 3D printers, 3D scanners, injection molders, and robotic arms, along with equipment to test, construct, design, and build items both large and small. Capstone projects include fan-powered, radio-controlled robotic cars with printed and composite parts.

This program provides training that prepares students to set up and operate machining equipment, handle inspection devices, analyze production problems, and move into the supervision of machining. Students obtain a strong background in machining, engineering graphics, computers (CAD/CAM/CNC), quality control/quality assurance, material handling and processing, and leadership skills. The program provides a balance between practical training in manufacturing processes and technical education in manufacturing analysis, planning, and control with a supporting emphasis on communications, mathematics, science, and business.

The Industrial Electronics Technology Program provides entry-level skills in basic core competencies desired by the industry today. This program prepares students for work in the installation, testing, and maintenance of electrical and electronic systems in industrial, scientific, and commercial facilities. The program also provides specific training in basic computer hardware and software, programmable logic controllers, motors and motor control systems, three-phase power distribution, and human-machine interface and programming. Graduates are prepared to pursue jobs in areas such as automated manufacturing, electrical power distribution, protection systems, and other electrically-related fields.

This program will prepare students for a career as a computer professionals in fields such as programming, programming analysis, systems analysis, or software development. The program is also recommended for professionals in other areas who want to develop computer programming skills.

This program focuses on the general writing and implementation of generic and customized programs to drive operating systems that generally prepare individuals to apply the methods and procedures of software design and programming to software installation and maintenance. This includes instruction in software design; low and high-level languages and program writing, program customization, and linking; prototype testing; troubleshooting; and related aspects of operating systems and networks.

The Application Security Associate in Science provides best practices and competencies for students to design, install, and implement secure applications and services; manage, and optimize applications to ensure compliance with security controls; help prevent, detect, investigate and respond to application security threats and attacks; facilitate application security vulnerability assessments, penetration tests, and risk assessments; investigate application security events and incidents, including forensic analysis; represent security interests on project teams by ensuring security standards and requirements; conduct security research, analysis and review of application solutions to ensure compliance with company security policies; evaluate new products and technologies to protect against existing and emerging security threats, and develop and implement information security policies and procedures.

The Infrastructure Security Associate in Science degree provides best practices and competencies for students to design, install and implement services and applications; manage and optimize security infrastructure to ensure compliance with security controls; help prevent, detect, investigate and respond to operational security threats and attacks; facilitate security vulnerability assessments, penetration tests, and risk assessments; investigate security events and incidents, including forensic analysis; represent security interests on project teams by ensuring security standards and requirements; conduct security research, analysis and review of infrastructure designs to ensure compliance with company security policies; evaluate new products and technologies to protect against existing and emerging security threats, and develop and implement information security policies and procedures.