Mission

At Applied Mathematics Corporation (UK), our mission is to revolutionize decision-making and strategy through the power of applied mathematics and advanced data analytics. By combining cutting-edge mathematical modeling with innovative technologies, we aim to unlock the full potential of big data, empowering businesses to thrive in dynamic and competitive markets. Rooted in a heritage of academic excellence, we are committed to bridging the gap between theoretical insights and real-world applications, delivering value to our clients and contributing to global advancements in data-driven solutions.

Goals

1. Innovative Solutions: Develop and implement state-of-the-art big data modeling techniques to solve complex marketing challenges and drive measurable results for clients.
2. Client Empowerment: Provide businesses with actionable insights and predictive tools that enhance strategic decision-making and foster sustainable growth.
3. Research Leadership: Maintain a strong connection to academic research and thought leadership, continuously advancing the boundaries of applied mathematics and its practical applications.
4. Technological Excellence: Invest in the latest technologies, including AI and machine learning, to remain at the forefront of data analytics and modeling innovation.
5. Global Impact: Expand our influence by delivering scalable solutions that serve diverse industries and markets worldwide, contributing to a more data-informed global economy.
6. Sustainability and Ethics: Promote responsible data practices, ensuring ethical standards and sustainability in all aspects of our operations.

By staying true to these goals, Applied Mathematics Corporation (UK) aims to solidify its position as a trusted partner for businesses seeking to navigate the complexities of the modern market through data-driven insights.

The University’s Mathematical Legacy and Computational Innovation 

The University’s mathematical school has been globally recognized for over a century, with its Faculty of Mathematics ranking among the world’s largest and most influential centers. Covering nearly all major mathematical disciplines, the faculty has nurtured graduates who have received prestigious accolades, including Fields Medals, for their groundbreaking contributions to mathematics.

As a cornerstone of the University, the Faculty of Mathematics unites leading experts across diverse fields. Its tradition of excellence is marked by prominent mathematical schools, led by renowned scientists, conducting pioneering research in rapidly evolving areas. Collaborative partnerships with esteemed institutions, such as the Isaac Newton Institute, the University of Oxford, Imperial College London, and the University of Warwick, amplify the faculty’s global impact and research achievements.

Advancing Computational Sciences

the Faculty of Computer Science and Technology was founded by Professor Tony, a visionary British scientist of the 20th century. Today, it stands as the UK’s premier hub for education and research in applied mathematics, computer science, big data modeling, artificial intelligence, and computational technology. The faculty addresses both foundational and applied challenges, fostering innovation in critical areas such as space exploration, energy development, and data-driven technologies.

The University plays a pivotal role in developing world-class mathematical talent, with its graduates occupying key positions in leading research institutions worldwide. Institutions such as Oxford’s Mathematical Institute and the Institute for Mathematical Sciences uphold the tradition of impactful research in computational mathematics and real-world problem-solving.

Leading in Mathematical Modeling and Supercomputing

Modern mathematical modeling increasingly relies on advanced computational systems, including supercomputers. University researchers, in collaboration with experts from leading mathematical centers, tackle the theoretical and practical challenges of adapting algorithms to these powerful systems.

The Research Computing Center at the University is internationally recognized for its expertise in scalable computing systems, high-performance environments, and parallel algorithm development. This expertise underpins one of the UK’s most powerful supercomputing infrastructures, enabling over 300 interdisciplinary projects in fields such as artificial intelligence, climate modeling, computational chemistry, astrophysics, and bioinformatics.

The University’s Collective Use Centre for Ultra-High-Performance Computing Resources ensures efficient utilization of its supercomputing systems, advancing scientific research across disciplines. Researchers continue to innovate, developing highly efficient parallel applications that strengthen the UK’s leadership in computational science and drive progress in supercomputing technologies worldwide.

It is planned to increase the number of young researchers participating in scientific programs and projects implemented by the center.

An increase in the number of papers published in journals indexed in international databases (Web of Science Core Collection / Scopus) is expected.