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During the initial two years, this program establishes a foundation in mathematical analysis, computing, and general engineering principles, all framed within mathematical and data modeling. Students will develop hands-on problem-solving abilities, teamwork experience, and an introduction to professional practices—core competencies that support advanced studies in subsequent years.
In the final year, students can select from diverse specialization options across engineering, mathematics, data science, and intelligent systems, learning directly from leading researchers in these fields.
A central theme woven throughout the curriculum is solving real-world challenges, with applications ranging from robotics and social media to healthcare and environmental modeling.
For their culminating experience, students may opt for either collaborative modeling projects addressing current industry challenges or an independent research project contributing to cutting-edge developments. Both pathways refine mathematical and data modeling expertise while cultivating professional skills essential for future careers.