Politecnico di Torino

Overview

The Bachelor’s programme in Mathematics for Engineering at Politecnico di Torino is designed to cultivate rigorous mathematical thinking and equip students with the skills to model and solve complex engineering problems. The course emphasizes the connection between mathematical methods and their applications in scientific computing, physics, and engineering.

What you'll study

Spanning a duration of 36 months, the curriculum combines advanced mathematics with scientific computing and engineering fundamentals. The programme is structured over six semesters and includes a blend of lectures, problem-solving classes, and hands-on computational activities.

Core learning areas

• Mathematical foundations: Topics include mathematical analysis, differential equations, and geometry.
• Computational and data methods: Focus on programming for scientific computing and statistical/data analysis techniques.
• Physics and engineering foundations: Emphasis on physics and engineering-oriented modeling.
• Modelling and optimisation: Covering operations research and related quantitative methods.

Indicative course examples

• Differential and Computational Geometry
• Physics
• Mathematical Analysis
• Programming and Scientific Computing
• Analytical Mechanics
• Operations Research
• Quantum Physics

Final assessment

Students are evaluated through written and/or oral examinations for each course. Completing the degree requires passing the final set of course examinations and fulfilling the university's official graduation requirements, which include credit completion and necessary administrative procedures.

Entry requirements

Applicants must possess a secondary school qualification (high school diploma) that has been obtained after a minimum of 12 years of schooling or an equivalent qualification recognized by Politecnico di Torino. Eligibility may depend on previous studies, such as completing preparatory/foundation years or passing specific examinations at the applicant's home institution. Final eligibility decisions are made by the university.

Career prospects

Graduates of the Mathematics for Engineering programme are well-equipped for a variety of career paths in both academia and industry. They can pursue roles in engineering, data analysis, research, and technology development, among others. The strong analytical and problem-solving skills gained through the programme make graduates valuable assets in any technical field.