Course Objectives
The PhD in Industrial Engineering at the University of Parma aims to train high-profile researchers and professionals capable of integrating advanced engineering expertise to address the technological and organizational challenges of modern industry.
The program is designed to develop critical analysis, methodological innovation, and practical application in complex contexts, leveraging numerical, analytical, and experimental techniques. Strongly oriented toward synergy with industry, the course fosters collaboration through scholarships co-funded by private companies and national/international research projects.
Key objectives include:
• Mastery of core disciplines: In-depth exploration of mechanical topics (e.g., machine design, vibration analysis, fluid dynamics) and management topics (e.g., logistics, automation, business economics), with an integrated approach to solving interdisciplinary problems.
• Advanced skills in innovative tools: Proficiency in numerical methods (e.g., FEM and CFD simulations), industrial IT systems (e.g., IoT, digital twins), and emerging technologies (e.g., collaborative robotics, additive manufacturing) to optimize production and design processes.
• Systemic thinking: Ability to manage product lifecycle (from design to production) while considering environmental impacts, energy efficiency, and economic sustainability.
• Preparation for applied research: Training in designing and conducting experimental studies, data analysis, and modeling, with applications in key sectors such as industrial automation, advanced materials, and intelligent production systems.
• Focus on industrial innovation: Collaborations with leading companies (e.g., automotive, aerospace, energy sectors) to translate academic knowledge into practical solutions, with an emphasis on global competitiveness.