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Computer Programming of Applications
Engineering & Social Sciences Program
Madrid, Spain
Dates: mid Jan 2026 - early Jun 2026
Computer Programming of Applications
OVERVIEW
CEA CAPA Partner Institution: Universidad Carlos III de Madrid
Location: Madrid, Spain
Primary Subject Area: Computer Sciences
Instruction in: English
Course Code: 17651
Transcript Source: Partner Institution
Course Details: Level 300, 400
Recommended Semester Credits: 3
Contact Hours: 42
DESCRIPTION
I Programming foundations and techniques
1. Programming fundamentals
1.1. Computer architecture
1.2. Information representation in a computer
1.3. Programming languages
1.4. Program compilation and execution
1.5 Impact of programming in my business: Case studies
2. Programming techniques
2.1. Program elements: data and algorithms
2.2. Basic programming tools: algorithms, flow diagrams and pseudocode.
2.3. Programming paradigms
2.4. Object-oriented programming
2.5 Programming techniques for my business
II Data type definition and operations
3. Data types
3.1. Basic data types
3.2. Arrays
3.3. Enumerated
3.4. Objects
3.5. Basic Input/Output
3.6. Comments
3.7. Operators
3.8. Conversions
III Flow control and subprograms
4. Control structures
5. Methods: functions and procedures
IV Implementation of programs with the Java programming language
6. The Java programming language
6.1 Success case studies of Java in business domains
7. Debugging and tracing programs
7.1. Common programming errors
7.2. Debugging techniques
7.3 Source code Quality as a driver for successful businesses
1. Programming fundamentals
1.1. Computer architecture
1.2. Information representation in a computer
1.3. Programming languages
1.4. Program compilation and execution
1.5 Impact of programming in my business: Case studies
2. Programming techniques
2.1. Program elements: data and algorithms
2.2. Basic programming tools: algorithms, flow diagrams and pseudocode.
2.3. Programming paradigms
2.4. Object-oriented programming
2.5 Programming techniques for my business
II Data type definition and operations
3. Data types
3.1. Basic data types
3.2. Arrays
3.3. Enumerated
3.4. Objects
3.5. Basic Input/Output
3.6. Comments
3.7. Operators
3.8. Conversions
III Flow control and subprograms
4. Control structures
5. Methods: functions and procedures
IV Implementation of programs with the Java programming language
6. The Java programming language
6.1 Success case studies of Java in business domains
7. Debugging and tracing programs
7.1. Common programming errors
7.2. Debugging techniques
7.3 Source code Quality as a driver for successful businesses