Learning Contents

What do I need to learn?

To develop the sub-competencies, reach the required levels of mastery, and address the problem-based scenarios presented in this course, it is necessary to learn various concepts, theories, procedures, techniques, attitudes, and values, among other content.

Conceptual Content

• Functional Programming
• Concurrent and Parallel Programming
• Introduction to Theory of Computation
• Regular Languages
• Context-Free Languages
• Turing Machines

Procedural Content

• Use of parallel programming tools to solve concurrency problems.
• Design of formal programming languages, including lexical and syntactic analysis.
• Design og programs across different paradigms.
• Design and implementation of interoperable computational models to generate optimal solutions for established problems.

Attitudinal Content

• Recognizing and making conscious, efficient use of the syntactic and semantic elements of high-level programming languages.
• Recognizing the importance of the proper use of programming language elements and computer resources, while maintaining an openness to new programming paradigms.
• Valuing the importance of mathematical modeling in generating new knowledge within the field of Computer Science.
• Valuing the importance of mathematical modeling for the automation of technologies within the field of Computer Science.