Industrial Engineering
ChemicalIndustrial engineering fundamentals applied to chemical processes: reactions, plants, materials and process safety.
The Institution's largest faculty: twenty-one programmes across industrial, civil and environmental engineering, computing, biotechnology and architecture.
Industrial engineering fundamentals applied to chemical processes: reactions, plants, materials and process safety.
Engineering applied to organisations: production, logistics, quality, project management and economic decision analysis.
Production, conversion and efficient use of energy, with a focus on renewable sources and plant efficiency.
Industrial engineering fundamentals applied to hybrid and electric mobility: propulsion systems, batteries and on-board electronics.
Design and management of civil works and the territory: structures, infrastructure, hydraulics and environmental protection.
Civil and environmental engineering with specific attention to landscape, planning and the sustainable integration of works.
Risk prevention in workplaces and the environment: risk assessment, technical regulations and safety management systems.
Design of data-processing and automatic control systems for industrial processes and devices.
Design, management and security of databases, from data modelling to information analysis.
Software and application development for web and mobile, from programming fundamentals to interface design.
Advanced study of machines, thermal plants and fluid dynamics, applied to energy design.
Advanced mechanical design: modelling, structural calculation, materials and industrial product development.
Advanced management of companies and production systems: strategy, operations, supply chain, innovation and management control.
Advanced study of structures, geotechnics and land planning, with attention to natural hazards.
Management of existing buildings and infrastructure: diagnosis, maintenance, refurbishment and performance control.
Advanced study of computer systems, networks, automation and process control.
Methods and techniques of artificial intelligence: machine learning, data analysis and intelligent systems.
Protection of systems, networks and data: cryptography, threat analysis, incident management and regulatory compliance.
Biotechnology applied to health, industry and the environment, from molecular biology to production processes.
A single-cycle programme combining engineering and architecture: building design, structures, technology and architectural composition.
A single-cycle programme devoted to the archaeology of places of worship and to the study of gems and precious materials.
Access to regulated professions is governed by the rules of the country where you intend to practise and may require state examinations, licensing or registration.
Write to the Rectorate naming the programme and attaching your CV: you will receive an initial assessment of your profile, including for the V.A.E. method.