Our summer math course at JCU for students interested in engineering and mathematics goes beyond formulas and theories—it opens pathways to a deeper, data-driven understanding of the world.
At John Cabot University, our study abroad students find unique opportunities to apply their mathematical insights beyond the classroom invaluable. In our summer program, students can immerse themselves in an international educational experience, gaining first-hand insight into how statistics shape real-world applications across diverse fields. Here are five examples of how mathematical statistics apply to the world around us, bringing every concept in your summer math course to life.
In medical research and public health, statistics are central to analyzing disease patterns, identifying risk factors, and evaluating treatments. Understanding these applications is invaluable for students studying abroad. From understanding the spread of infectious diseases to calculating vaccine efficacy, mathematical statistics play a vital role.
For instance, biostatistics uses statistical methods to draw reliable conclusions from medical research data, helping health professionals make informed decisions that save lives.
During the summer math course on Mathematical Statistics (MA 492) at JCU, you’ll gain insights into these methodologies, seeing firsthand how mathematical frameworks impact public health policies.
The world of finance depends on data to predict trends and assess risks. Statistical models analyze stock performance, forecast economic shifts, and manage risk portfolios, helping investors make smarter, data-backed decisions.
Understanding the behavior of financial markets through probability and statistics is essential for managing risk and optimizing returns. By studying mathematical statistics, study-abroad students develop tools to interpret market fluctuations—skills valuable to any financial analyst. This is just one of many ways that statistics can be applied daily, particularly for those interested in the business or finance sectors.
Statistical methods ensure product quality and consistency in engineering and manufacturing. Industries use these tools to evaluate materials, monitor production processes, and maintain standards.
At John Cabot University, our students in the summer math course on Mathematical Statistics explore statistical tools that build valuable analytical skills for various applications, including engineering and manufacturing.
With the global emphasis on environmental conservation and climate action, statistics are instrumental in analyzing ecological data and understanding climate change trends. Students studying abroad use statistical analysis to study weather patterns, measure pollution levels, and predict climate-related events.
They can draw accurate conclusions that drive sustainable policies and practices by interpreting large datasets. As a student in Rome, you’ll gain a unique perspective on how statistics are used to monitor environmental health, providing insights into the effects of climate change and pollution on Mediterranean ecosystems.
Artificial intelligence (AI) and machine learning (ML) rely heavily on statistics. Machine learning algorithms use statistical models to analyze data, recognize patterns, and make decisions based on probabilities. This technology powers everything from recommendation engines in social media to predictive text on smartphones. In the summer math course, you’ll encounter the foundational statistical methods that enable AI and ML advancements, giving you a firsthand look at how data-driven technology shapes modern life.
The STEM summer program at our university in Rome is offered over five-week sessions and welcomes students from diverse international backgrounds. To support academic credit transfer, the syllabi for JCU’s engineering courses are developed in alignment with major U.S. engineering programs accredited by the Accreditation Board for Engineering and Technology (ABET). This ensures students stay on track for graduation while experiencing Rome's cultural and academic vibrance.
Our engineering courses are taught by visiting professors from major universities. In the Mathematics Department, courses such as Calculus II (MA 298), Linear Algebra (MA 350), and Mathematical Statistics (MA 492) provide students with essential skills for their future careers. There is no better place to explore these fields than at JCU, where Rome becomes part of the classroom, enhancing your educational journey with a global perspective.
Are you looking to study abroad at a world-class American university in Italy?
Contact JCU to learn more about our programs.