Program Overview

Introduction to the University Program

The university program in question is a comprehensive undergraduate degree in Automation, designed to equip students with a solid foundation in control engineering, mathematics, and computer science. The program aims to cultivate high-quality automation engineering professionals with strong theoretical knowledge and practical skills.

Program Objectives

The primary objectives of the program are:

• To provide students with a broad-based education in automation, covering topics such as control theory, electrical engineering, and computer science.
• To equip students with the skills and knowledge required to design, develop, and implement automation systems.
• To foster innovation, creativity, and critical thinking in students, enabling them to tackle complex problems in the field of automation.

Graduation Requirements

To graduate from the program, students must:

• Complete all required courses and achieve a minimum of 129.5 credits.
• Meet the academic and disciplinary requirements set by the university.
• Successfully complete a graduation thesis or project.

Curriculum Structure

The curriculum is divided into several categories, including:

• General Education Courses (GEC): These courses provide students with a broad-based education in humanities, social sciences, and natural sciences.
• Discipline-Based Courses (DBC): These courses cover the fundamental principles and theories of automation, including control engineering, electrical engineering, and computer science.
• Professional Education Courses (PEC): These courses focus on the practical applications of automation, including system design, development, and implementation.

Core Courses

The program includes a range of core courses, such as:

• Automatic Control Theory
• Computer Principles
• Circuits Analysis
• Digital Signal Processing
• Sensor Technologies
• Controller Technology
• Intelligent Robotics

Practical Training

The program places a strong emphasis on practical training, with students participating in:

• Laboratory experiments and projects
• Internships and industrial placements
• Graduation thesis or project

Relationship Between Courses and Graduation Requirements

The program has established a clear relationship between courses and graduation requirements, ensuring that students acquire the necessary knowledge and skills to meet the requirements.

Conclusion

The university program in Automation is a comprehensive and well-structured degree that provides students with a solid foundation in control engineering, mathematics, and computer science. With its strong emphasis on practical training and innovation, the program is designed to equip students with the skills and knowledge required to succeed in the field of automation.