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Master in Analysis and Calculation of Structures + 60 ECTS Credits

Name: Master in Analysis and Calculation of Structures + 60 ECTS Credits en Estados Unidos
Brand: Structuralia
SKU: 371374-2602
Availability: InStock

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Duration

1500 hours

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Credits

60 ECTS

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Language

Spanish

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Agenda

Credit your success

At the end of the course, you will obtain the accredited qualification

This is not just about learning, but also about accrediting your knowledge with the most important institutions in the sector:

Certified by

University Degree in Master of Lifelong Training in Analysis and Calculation of Structures issued by the Antonio de Nebrija University with 60 ECTS University Credits. Teachings not leading to obtaining an official qualification

+25 years

Reference in the sector. Recognition guarantee.

In-person training with global impact

An international postgraduate degree taught in Madrid is available at the end of 2026

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Scholarships available

+500

specialized courses in Structuralia

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Cloister

Learn from the best in your sector

emilio romero jimenez

Civil Engineer, Canals and Ports, with a Master's Degree in Sustainable Engineering and Renewable Energy and a Doctor in Physics from the University of Granada. His career combines technical experience, construction management and scientific research in the field of atmospheric physics. He began his professional career as a consultant and later worked in construction management within an international team. In addition, he has pedagogical training through the Master's Degree in Teaching, which reinforces his teaching profile and his ability to transfer technical and scientific knowledge to different training levels.

Professional experience:

Construction management in an international team: Coordination and supervision of projects in an international environment. Consultant: Development of technical consulting work. Researcher — University of Granada: Research in the atmospheric physics group.

Professional skills:

Construction management in international projects; Technical consulting in civil engineering; Research in atmospheric physics; Sustainable engineering and renewable energies.

Languages:

English C2, German B2.

Civil Engineer, Canals and Ports, with a Master's Degree in Sustainable Engineering and Renewable Energy and a Doctor in Physics from the University of Granada. His career combines technical experience, construction management and scientific research in the field of atmospheric physics. He began his professional career as a consultant and later worked in construction management within an international team. In addition, he has pedagogical training through the Master's Degree in Teaching, which reinforces his teaching profile and his ability to transfer technical and scientific knowledge to different training levels.

Professional experience:

Construction management in an international team: Coordination and supervision of projects in an international environment. Consultant: Development of technical consulting work. Researcher — University of Granada: Research in the atmospheric physics group.

Professional skills:

Construction management in international projects; Technical consulting in civil engineering; Research in atmospheric physics; Sustainable engineering and renewable energies.

Languages:

English C2, German B2.

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Información adicional del MASTER

Master in Analysis and Calculation of Structures + 60 ECTS Credits

12 months de tutorización

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Course information

The Master in Analysis and Calculation of Structures is a high-level specialization designed for professionals in the construction sector who seek to consolidate and deepen their skills in the design, calculation and dimensioning of structural elements. This program will allow you to address the challenges of civil and building works with technical rigor, from initial conception to final execution. You will fully integrate into the digital environment, mastering the BIM methodology and the most advanced software tools for structural analysis. You will refresh and strengthen the bases of manual calculation, to then apply and solve complex problems using specific software, both matrix and finite element, ensuring a deep understanding of each process. You will thoroughly explore the types of structures and their connections, stress analysis, and bending, shear, and buckling phenomena, applying these fundamental concepts to real situations and large projects. In addition, you will specialize in the behavior and application of key materials such as steel, concrete, wood and prestressed concrete, integrating sustainability criteria and the latest innovations in your projects. Thus, you will develop an analytical capacity that will allow you to make informed decisions, optimize resources and contribute to innovation in the construction sector, adapting to the demands of a constantly evolving technical environment.

In the construction, civil works and building sector, this specialization prepares you to assume roles of high responsibility and technical leadership. You will be able to work as a Senior Structural Engineer, leading the structural design and sizing of structures in complex and large-scale projects. It also positions you to be BIM Project Manager in the structural area, integrating the BIM methodology for structures and advanced calculation software to optimize workflows and information management. Another route is that of a Specialized Consultant in Structural Engineering, offering your expertise in structural analysis to various companies and projects, providing innovative solutions. Finally, you will be able to apply for roles as Technical Director of the Project Office, where your knowledge of structural materials and finite element tools will be crucial for making strategic decisions and leading teams.

This program prepares you to lead the integration of advanced methodologies in the design and structural analysis of systems, updating your approach in building and civil works projects. You will master the fundamental bases of structural calculation, from tension analysis and efforts to bending, shear and buckling, applying these concepts to various structural configurations and typologies. You will implement calculation solutions both manually and through software specialized in matrix and finite element structures, fully adapting to the BIM methodology for structures. You will evaluate the impact of different structural materials such as steel, concrete and wood, including prestressed concrete, to make strategic decisions and optimize performance. The Master in Analysis and Calculation of Structures trains professionals in the integration of advanced methodologies for the design and analysis of structural systems, in order to optimize efficiency and safety in building and civil works projects. You will develop a comprehensive perspective that will allow you to manage complex projects with an innovative and digital approach.

This program is aimed at professionals in the construction, civil engineering and building sectors who are already dedicated to structural design, analysis and sizing of structures. If you are looking to reinforce and consolidate your knowledge in advanced structural engineering, adapting to the demands of digitalization and the BIM methodology for structures, this specialization offers you the necessary tools. It is for you if you work with load-bearing elements and feel the need to master structural calculation software for advanced analysis, enhancing your resolution capacity and the quality of your complex projects.

• Consolidate mastery of the fundamental principles in the calculation of structural elements for civil and building works. • Address complex structural engineering challenges, using manual calculation methodologies and advanced finite element software. • Implement the BIM methodology in the process of conception and dimensioning of structures, improving efficiency and precision. • Analyze the tension response of structures to various actions and efforts, including bending, shear and buckling. • Apply advanced criteria for the selection and use of materials such as steel, concrete, wood and prestressed concrete in the design of components. • Develop innovative solutions in the design of structures, integrating sustainability and emerging materials. • Evaluate the feasibility and safety of large-scale structural projects, from the initial phase to execution. • Direct the application of advanced sizing techniques in multidisciplinary teams, guaranteeing technical and regulatory coherence. • Formulate strategic decisions in the conception and execution of structures, optimizing resources and anticipating risks.

Master in Analysis and Calculation of Structures + 60 ECTS Credits