The academic content and curriculum of the Computer Programming Associate Degree Program aims to teach students the basic principles of computer science and modern software development techniques. This program usually consists of courses such as basic sciences, programming, database management, software engineering and computer networking. The details of these courses and the characteristics of the program are described below:
Basic Computer Science and Mathematics:
Introduction to Computer Science: Provides an overview of the history of computers, their basic components, operating systems and software applications. Mathematics: Includes the mathematical concepts necessary for algorithm design and analysis. It covers areas such as probability, statistics, linear algebra and differential calculus. Programming Languages and Techniques:
Basic Programming: Basic programming concepts, algorithms and data structures are taught using languages such as C, C++, Java or Python. Object Oriented Programming: Topics include object-oriented design principles, classes, objects, inheritance and polymorphism. Database Management:
Introduction to Database Systems: Covers the basics of data models, database design, SQL and database management systems. Advanced Database Administration: Covers more advanced topics such as database performance, transactions and database security. Software Engineering and Project Management:
Introduction to Software Engineering: Software development processes, methodologies and life cycle models. Project Management: Software project planning, time management, cost estimation and risk management. Computer Networks and Security:
Network Fundamentals: Network topologies, protocols, IP addressing and basic functions of network devices. Computer Security: Cyber security basics, network security, cryptography and security protocols. Operating Systems:
Introduction to Operating Systems: Operating system structures, process management, memory management and file systems. Web Design and Development:
Web Programming: HTML, CSS, JavaScript and the basics of server-side programming languages. Dynamic Web Applications: Development of web applications and database integration. Practical Applications and Internship:
Laboratory Studies: Students reinforce the theoretical knowledge they have learned with practical applications. Internships: Opportunity to work short-term in companies in the industry to gain real-world experience. The curriculum of the program is designed to prepare students for a career in computer programming.