Training
PhD and Masters Programme
Discover CIMNE’s Master and PhD programmes, offered with UPC-Barcelona Tech, and shape your future in advanced engineering, research, and innovation.
Training is one of CIMNE’s core pillars, offering world-class opportunities for the next generation of engineers. In close collaboration with the Technical University of Catalonia–Barcelona Tech (UPC), CIMNE delivers internationally renowned Master’s and PhD programmes. These programmes combine cutting-edge research, advanced numerical methods and multidisciplinary expertise to prepare graduates to tackle complex engineering challenges across sectors, with a clear focus on societal benefit.
Students benefit from world-class faculty, strong industry links and a vibrant research environment, providing them with a solid foundation for academic and professional success.
Master on Numerical Methods in Engineering
Advance your expertise with the Master on Numerical Methods in Engineering, jointly offered by CIMNE and UPC. Gain in-depth knowledge of computational techniques to solve real-world engineering problems and prepare for a career in research or industry.
The Master on Numerical Methods in Engineering equips students with advanced skills in computational modeling and simulation. Delivered by leading experts from CIMNE and UPC, the programme covers the latest numerical methods applied to engineering fields, offerings insights into innovation and critical thinking. Graduates are well-prepared for research, industry roles, or further doctoral studies.
Key topics:
• Finite element and finite volume methods
• Computational solid and fluid mechanics
• Numerical analysis and algorithms
• Multiphysics modeling
• High-performance computing in engineering
• Applications in civil, mechanical, aerospace, and environmental engineering
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PhD Degree in Civil Engineering
Join the PhD in Civil Engineering at CIMNE and UPC to develop advanced research skills in structural, geotechnical, water, and environmental engineering. Contribute to innovative solutions for global infrastructure challenges.
The PhD in Civil Engineering, offered by CIMNE in partnership with UPC, prepares researchers to address complex problems in civil and environmental engineering. The programme spans structural engineering, geotechnics, water resources, transport, and sustainability, supported by expert supervision and a dynamic research community. Graduates are positioned for leadership in academia, industry, or public institutions.
Key topics:
• Structural engineering and construction
• Geotechnical engineering
• Water engineering and management
• Transport engineering and urban planning
• Environmental engineering and sustainability
• Computational engineering methods
• Structural engineering and construction
• Geotechnical engineering
• Water engineering and management
• Transport engineering and urban planning
• Environmental engineering and sustainability
• Computational engineering methods
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PhD Degree in Structural Analysis
Pursue a PhD in Structural Analysis at CIMNE and UPC to become an expert in advanced structural research. Develop expertise in computational mechanics, materials behavior, and innovative engineering solutions.
The PhD in Structural Analysis at CIMNE and UPC aims to develop high-quality researchers in the field of structural mechanics and computational modeling. Students receive comprehensive training in the behavior of materials and structures, both linear and nonlinear, static and dynamic. The programme emphasizes research excellence, critical thinking, and international collaboration, preparing graduates for impactful careers in science and engineering.
Key topics:
• Mechanics of continuous media
• Solid and fluid mechanics
• Linear and nonlinear structural behavior
• Computational methods and finite element analysis
• Structural dynamics
• Advanced materials and innovative structures
• Mechanics of continuous media
• Solid and fluid mechanics
• Linear and nonlinear structural behavior
• Computational methods and finite element analysis
• Structural dynamics
• Advanced materials and innovative structures
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