1 |
Students learn the basics of computer programming and effectively apply these skills in artificial intelligence and machine learning projects. |
2 |
Understand and apply mathematical concepts required to solve problems in artificial intelligence and machine learning. |
3 |
Master algorithm design, analysis, and optimization to develop efficient and innovative solutions. |
4 |
Learn fundamental machine learning techniques, such as supervised and unsupervised learning, and adapt them to real-world problems. |
5 |
Adopt ethical AI practices and design systems with social and technological responsibility. |
6 |
Learn data collection, analysis, and interpretation processes to successfully develop machine learning models. |
7 |
Master deep learning methods and artificial neural networks to develop advanced solutions for complex datasets. |
8 |
Identify, analyze, and solve optimization problems using contemporary techniques. |
9 |
Professionally manage requirements analysis, design, implementation, and testing phases in AI projects. |
10 |
Work effectively in multidisciplinary teams and successfully convey technical knowledge both in writing and orally. |
11 |
Continuously improve themselves by following advancements in AI and machine learning, advancing their careers. |
12 |
Gain hands-on experience through internships and industrial projects, preparing them for the industry. |