Construction Materials Course

This integral course addresses key elements in steel, concrete, wood and other modern materials, offering perspectives on sustainability in construction. Aimed at professionals who seek to deepen the determination of loads and efforts in structures, ensures a firm understanding in the design and dimensioning of elements such as porches and pillars for industrial ships and high -rise buildings. By dominating the combination of loads and the calculation of efforts, the participant will be able to specify the structural dimensions optimizing security and functionality. This course forms the foundations for a professional scaling in structural engineering, emphasizing critical analysis and meticulous application.

The objective of this course is the knowledge and determination of the loads and efforts that a structure will support (wind, ...) for its dimensioning thus avoiding, specifically the industrial ships and the buildings of great height. Through this course, the basis for the dimensioning of the necessary elements for the design of an industrial ship (porches, grows, belts, motherboard, ...) are established. The necessary notions for the dimensioning of high -rise buildings are also raised. This course proceeds to calculate the loads to which the structure will be subjected, we will learn to combine those loads to obtain flexion, shear and buckling efforts. Once the efforts have been known, the different elements of the structure can be sized as beams, pillars, plaques and porches knowing their efforts and deformations.

The Construction Materials course opens various labor possibilities in the sector. Since specializing in the use of steel and concrete in structural projects, to the implementation of wood and other innovative and sustainable materials. Graduates can perform as construction technicians, material advisors, or integrated into design equipment focused on sustainability and new technologies applied to the building.

The Construction Materials course enables to analyze and calculate the loads that affect structures, especially in industrial ships and high -rise buildings. Through a detailed understanding of the use of steel, concrete, wood and other sustainable materials, participants learn to dimension structural elements, handling efforts such as flexion and shear, preparing them to address design challenges and guarantee the integrity and safety of modern constructions.

Aimed at construction professionals and civil engineering, this course deepens the calculation and evaluation of loads and efforts in structures, with emphasis on industrial ships and skyscrapers. Covering from steel to concrete and wood, to sustainable materials, tools are provided for efficient and safe design, preparing to size key elements and evaluate their behavior against charges and forces. Ideal for those who want to strengthen their knowledge in structural engineering.