The BSc in Process Engineering at Politecnico di Milano is an international programme designed to train engineers capable of managing and transforming industrial processes with a focus on digitalisation, sustainability, and system-wide innovation.

Students will build a solid foundation in mathematics, physics, chemistry, and engineering, while developing specialised knowledge in areas such as modelling and simulation, advanced automation, process control, and mechatronics. The programme also introduces students to data analytics, artificial intelligence, decision-making and digital twin technologies, which are increasingly shaping the future of industrial systems and production processes.

The course structure promotes a synergic and interdisciplinary approach, combining theory with practice through project-based learning, labs, industrial-scale pilots and collaborations with industry.

Entirely taught in English and located in Cremona, the programme connects academic excellence with real-world relevance — preparing future engineers to design and optimise safe, efficient and digitally integrated industrial processes.

The BSc in Process Engineering is organised over three years, divided into semesters, each characterised by a balanced and continuous learning experience.

Students begin by building a strong foundation in mathematics, physics, chemistry, and computer science, together with introductory engineering subjects.

As they progress, they are introduced to core topics in industrial and information engineering, such as automation, materials, management, and production systems.

To support the learning of basic sciences, the programme includes Engineering Corners — interdisciplinary lab activities offered in the earlier semesters, designed to consolidate fundamental knowledge and develop familiarity with digital tools and modelling techniques.

In the final year, students deepen their understanding of plant design, sustainable and circular engineering, and the digitalisation of industrial processes. This includes specialised topics such as model identification, data analysis, digital twin development, and process simulation — key tools in the transformation of modern industry. Students also choose elective courses to personalise their learning path.

The programme culminates in a Capstone Project, which may include an internship, project work, or collaborative initiative with industry or research institutions.

Teaching in the BSc in Process Engineering combines scientific rigour with a strong emphasis on practical application. Courses integrate lectures with labs, group work, and project-based activities, ensuring that theoretical concepts are immediately applied in realistic contexts.

The learning environment encourages active student participation and continuous development of both technical skills and cross-disciplinary abilities such as problem-solving, collaboration, and communication.

Students engage with a variety of tools and methodologies, including simulation software, data-driven decision-making, and real-world case studies provided by industrial partners.

Assessment methods are designed to promote ongoing progress and may include in-class activities, assignments, mid-term evaluations, and traditional exams.

The overall goal is to foster deep learning, encourage self-responsibility, and provide meaningful connections between academic content and industrial best practice.

Graduates of the BSc in Process Engineering will be equipped with a broad and versatile skill set, enabling them to contribute to a wide range of industrial and technological sectors.

They will be prepared for roles in production systems, process design and control, industrial automation, quality and safety management, and sustainability-driven innovation. Their skills will be valuable in industries such as chemical and pharmaceutical manufacturing, energy and environmental engineering, food engineering and production, and materials processing.

The strong focus on digitalisation, data-driven approaches, and systems thinking makes graduates particularly suited for innovation-oriented companies operating across traditional and emerging industrial domains.

At the same time, the programme provides a solid academic foundation for pursuing graduate studies in fields such as Chemical Engineering, Energy Engineering, Automation and Control, Agriculture Engineering, Food Engineering, or Industrial Management, both at Politecnico di Milano and at other top institutions in Italy and abroad.

Cremona is a historic Italian town known worldwide for its musical tradition, located just one hour by train from Milan. It offers a welcoming, student-friendly atmosphere where academic life blends naturally with cultural richness and personal wellbeing.

The Politecnico di Milano campus in Cremona features brand-new facilities, including modern classrooms, fully equipped laboratories, study areas, and sports spaces, all designed to support an engaging and dynamic learning experience.

Students benefit from small class sizes, which foster a strong sense of community and enable direct interaction with professors and peers, encouraging collaboration and personalised support throughout the academic journey.

The campus is also closely connected to the local industrial ecosystem, offering students concrete opportunities to engage with companies, research centres, and innovation hubs through internships, projects, and applied learning activities.

Choosing Cremona means combining academic excellence with high quality of life — in a city where it's possible to grow both professionally and personally in a safe, accessible, and inspiring environment.