Engineering in Computer Science
Computer Science engineers lead the transformation of society through innovation in Information Technology, addressing challenges in fields such as artificial intelligence, the environment, business, medicine and many more. This profession promises an exciting future, highlighting creativity and analytical skills to forge a bright tomorrow. Your path to professional success starts here!
Basic data
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Engineer in Computer Science |
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Professional Profile
Computer Science engineers lead the transformation of society through innovation in Information Technology, addressing challenges in fields such as artificial intelligence, the environment, business, medicine and many more. This profession promises an exciting future, highlighting creativity and analytical skills to forge a bright tomorrow. Your path to professional success starts here!
Occupational field
In today's world, Computer Science engineers are in great demand working in the development of web applications, mobile applications, video games, business technology solutions, data analysis, information assurance, among others.
Their work allows improving the quality of life of people through communication, creation and incorporation of new technologies in daily life.
This career opens up numerous career paths, all of which extend beyond just programming. They can go into software development and engineering, systems management, network administration, cybersecurity, and more.
One of the advantages of the work of Computer Science Engineers is that they can carry out their activity remotely, which allows them to offer their services in national and international markets. The demand in this area in the world exceeds the current supply of professionals, the opportunities are diverse and the financial rewards can be significant.
Study Plan
Level One
Subject
Prerequisite
MATHEMATICAL ANALYSIS I
DISCRETE STRUCTURES
ETHICS AND SOCIAL RESPONSIBILITY
FOUNDATIONS OF COMPUTER SCIENCES
PROGRAMMING FUNDAMENTALS
GEOMETRY AND TRIGONOMETRY
Level One
Subject
Prerequisite
MATHEMATICAL ANALYSIS II
MATHEMATICAL ANALYSIS I
DATA STRUCTURE
PROGRAMMING FUNDAMENTALS
PHYSICAL
GEOMETRY AND TRIGONOMETRY
SOFTWARE ENGINEERING I
PROGRAMMING I
PROGRAMMING FUNDAMENTALS
Level One
Subject
Prerequisite
LINEAR ALGEBRA
GEOMETRY AND TRIGONOMETRY
MATHEMATICAL ANALYSIS III
MATHEMATICAL ANALYSIS II
DATABASE I
DISCRETE STRUCTURES
ACADEMIC READING AND WRITING I
PROGRAMMING II
PROGRAMMING I
OPERATING SYSTEMS I
DATA STRUCTURE
Level One
Subject
Prerequisite
DATABASE II
DATABASE I
STATISTICS I
SOFTWARE ENGINEERING II
SOFTWARE ENGINEERING I
ACADEMIC READING AND WRITING II
ACADEMIC READING AND WRITING I
PROGRAMMING III
PROGRAMMING II
OPERATING SYSTEMS II
OPERATING SYSTEMS I
Level One
Subject
Prerequisite
STATISTICS II
STATISTICS I
NUMERICAL METHODS
MATHEMATICAL ANALYSIS III
DECLARATIVE PROGRAMMING
DATA STRUCTURE
PROGRAMMING IV
PROGRAMMING III
NETWORKS I
OPERATING SYSTEMS I
AUTOMATIC THEORY
PROGRAMMING I
Level One
Subject
Prerequisite
SOFTWARE ENGINEERING III
SOFTWARE ENGINEERING II
ARTIFICIAL INTELLIGENCE
DECLARATIVE PROGRAMMING
PRE-PROFESSIONAL PRACTICES I
NETWORKS II
NETWORKS I
SECURITY OF THE INFORMATION
OPERATING SYSTEMS II
THEORY OF COMPUTING
PROGRAMMING III
Level One
Subject
Prerequisite
PARALLEL AND DISTRIBUTED COMPUTING
OPERATING SYSTEMS II
GRADUATION PROJECT DESIGN
MAN-MACHINE INTERACTION
SOFTWARE ENGINEERING III
ORGANIZATION AND ARCHITECTURE OF COMPUTERS
OPERATING SYSTEMS I
PRE-PROFESSIONAL PRACTICES II
PRE-PROFESSIONAL PRACTICES I
GEOGRAPHIC INFORMATION SYSTEMS
PROGRAMMING I
Level One
Subject
Prerequisite
ANTHROPOLOGY
ENTREPRENEURSHIP IN TECHNOLOGICAL INNOVATION
STATISTICS I
SOFTWARE ENGINEERING IV
SOFTWARE ENGINEERING III
LINKING PRACTICES
KNOWLEDGE MANAGEMENT SYSTEMS
STATISTICS I
GRADUATION WORKSHOP
GRADUATION PROJECT DESIGN