Course Overview of Bachelor’s Degree in Computer Science

Computer science is concerned with implementing scientific methods to process information by means of computers. The specialized bachelor’s degree in computer science focuses on the fundamental aspects of computer science, promoting innovation.

Its different courses are based on a common core in theoretical bases, programming, and mathematics applied to computer science and optimization.

It addresses practical and theoretical issues related to the design and development of software.

The Bachelor’s degree in computer science enriches the following areas:

  • Business administration and economic exchanges
  • Communications of all types
  • Robot control in place of work and machine strategy
  • Artificial intelligence: understanding images, video, language, robotics
  • Combination of pictures for cinema or television
  • Pattern acknowledgment on satellite or medical images
  • Natural dialectal processing and automatic conclusion
  • Scientific computations or complex methods

Benefits of having a bachelor’s degree in Computer Science

In addition to its applied aspects, computer science benefits from important theoretical support that continues to be united. Truth-seekers try, for example, to discover fundamental limits to what can be done efficiently by computers and to review the phenomena of computing in the form of laws and theorems.

Among the topics covered are:

  1. Software Engineering
  2. Artificial Intelligence
  3. Infographics
  4. Telecomputing
  5. Theoretical and quantum computing
  6. Computational biology
  7. Multimedia
  8. Parallelism
  9. Machine learning
  10. Operational research
  11. Data Science

In brief, students will study these courses for a bachelor’s degree in computer science. Students will study computer systems for industrial, scientific, or management purposes in organizations. Students will acquire the skills required to analyze complex problems to formulate an IT solution adapted to each one and to ensure the development and implementation of these solutions. Learners will also have the necessary skills to evaluate information systems and give relevant professional advice.

Focusses of the program:

  • Bioinformatics

This focus offers students a specialization in a field at the crossroads of digital disciplines (computer science and mathematics) and life sciences (biochemistry, biology, microbiology, ecology, epidemiology).

  • Software Engineering

This path offers students a specialization in several vital aspects of the design of reliable, secure, robust, and easy-to-maintain software.

  • Internet and Web Applications

With this concentration, students will specialize in web application programming.

  • Multimedia and Video Game Development

This concentration offers learners a specialization in the fields of video game programming and multimedia.

  • Computer Security

This course allows students to specialize in computer security and cybersecurity.

  • Organizational Information Systems

This concentration offers students a specialization in the field of business process reengineering.

  • Intelligent Systems

This course allows students to learn more about artificial intelligence and its integration into various fields of application.

  • Big data processing

This concentration provides apprentices with specialization in the analysis and processing of big data found in most organizations today.

The program is also offered without focus. This path allows students to select courses in each of the previous focuses, thus covering different surfaces of computer science.

Students will explore various topics related to the profession to test their interests or discover new ones in various fields.

Several courses offer students the opportunity to carry out concrete projects that will allow the new learner to apply experiential learning and improve the student’s portfolios of achievements, a tool highly valued by employers during employment.

To sum up, a bachelor’s degree in computer science is aimed at anyone who is obsessive about problem-solving, innovation, schemes, and technology, likes to learn and analyze concepts, is comfortable with symbols and abstractions, has an analytical and logical mind, proves resourcefulness, creativity, determination, perfectionism, and versatility is practical and has abilities for mathematics, communication, and teamwork.

Students’ expertise will be required in all areas that are:

  • business
  • arts
  • communications
  • education
  • health
  • science, etc.

 If students have varied interests, this profession allows students to work in different environments throughout their careers, depending on the evolution of the student’s career path.

Leave a Reply