Bachelor Program
Vision
Mision
Goal
To become a world-class mathematics study program that pioneers the integration of deep philosophical thinking and the power of machine learning to create breakthroughs in addressing global challenges.
- To deliver mathematics education that is excellent, adaptive, and internationally competitive, grounded in digital innovation and machine learning.
- To conduct fundamental and applied research that contributes to the advancement of mathematics, machine learning, and global technology.
- To apply mathematics and machine learning in providing tangible solutions to challenges across diverse domains of life.
- To foster interdisciplinary and international collaboration in strengthening the role as a center of excellence.
- To advance mathematics grounded in the philosophy of science, supported by a strong theoretical and ethical foundation.
- To produce graduates in mathematics and machine learning who are competent, ethical, and globally competitive.
- To enhance reputable publications and leading research that integrates mathematics and artificial intelligence.
- To provide practical solutions to economic, health, environmental, technological, and social challenges through the application of mathematics and machine learning.
- To expand interdisciplinary and international collaborations in order to foster global innovation.
Master Program
Vision
Mision
Goal
To become a pioneer in applied mathematics and science engineering research through the synergy of machine learning and multidisciplinary approaches to address the complexity of global challenges.
To produce master’s graduates capable of engineering innovative solutions through advanced education and cutting-edge research supervision.
To build a collaborative research ecosystem by integrating mathematics, machine learning, and multidisciplinary fields.
To conduct breakthrough research in applied mathematics to deliver strategic solutions to global challenges.
To strengthen partnerships with industry and research institutions to achieve tangible impact.
To become a center of thought for the development of science and technology grounded in robust mathematical reasoning.
To produce competent and impactful graduates with the ability to engineer innovative solutions, as evidenced by high on-time graduation rates and the quality of theses that generate engineered scientific products and internationally recognized scholarly publications.
To enhance significant and relevant scientific contributions through breakthrough research in applied mathematics and machine learning, with publications internationally recognized and focused on addressing global challenges.
To strengthen a collaborative and application-oriented innovation ecosystem by establishing productive strategic partnerships with industry and research institutions, ensuring that research outcomes deliver tangible impact.
To increase research capacity and competitiveness through the acquisition of competitive research grants that drive the advancement of science and technology.
To reinforce the role as a strategic development partner by serving as a reference for data-driven, evidence-based thinking for society, industry, and government, as reflected in policy contributions and scholarly visibility.