ENGINEERING TRAINING OPTION IN EARTHQUAKE AND NUCLEAR ENGINEERING
Specialize in the field of advanced modeling with seismic and nuclear calculations
OBJECTIVE OF POST MASTER TRAINING
Train high-level executives by specializing and certifying qualified structural engineers in complex sizing methods in the design and construction of buildings resistant to seismic episodes and other dynamic loads by extension (shocks, tornadoes, etc.).
Specialized engineer title in Complex Modeling of construction infrastructures.
Level 7, RNCP Code 39455, issued by CCI France. Start of certification courses 01-09-2023.
Registration deadline 31-08-2025
SPECIALIZATION TRAINING IN SEISMIC AND NUCLEAR ENGINEERING
The ISBA-TP offers the opportunity for holders of a civil engineering degree to improve their skills in the field of advanced modeling with a focus on seismic and nuclear calculations. Taking into account the impacts of dynamic loads such as earthquakes on structures is essential when designing the work.
The modeling of complex structures is becoming an increasingly important issue in major engineering projects.
The consideration of non-linearities, complex dynamic load cases on irregular structures (buildings, bridges, civil engineering works) is increasingly in demand.
For example, taking into account the earthquake in France impacts many areas of civil engineering activity:
- Requalification of sensitive buildings (hospitals, schools, etc.),
- Studies of existing sensitive industrial buildings,
- Studies of existing civil engineering structures,
- Studies of new constructions.
This engineering specialization in earthquake-resistant construction will allow engineering students to learn the different methods of modeling complex structures: modeling of fluid/structure and soil/structure interactions, push-over modeling, seismology courses, prestressed concrete, use of advanced calculation software, etc.
Needed
What skills are required for this post-master’s specialization?
Students wishing to join this engineering training must have solid knowledge in:
- matrix calculations,
- static modeling,
- and resistance of materials.
> See the admission requirements for this training
SKILLS TARGET
What are the skills targeted by this earthquake engineer training in Marseille?
Graduates of this engineering training specializing in earthquake engineering / advanced modeling will be able to perform the following missions:
- Know earthquakes and other dynamic loads, Understand the dynamics of structures,
- Practice dynamic modeling: push over analysis, nonlinear analysis, temporal analysis,
- Master modeling of structures in soil-structure interface,
- Master modeling of structures in fluid-structure interface.
AT THE END OF THE COURSE
What are the skills acquired by this specialization engineer training in Marseille?
At the end of his training, the ISBA TP graduate engineer will be able to manage the following aspects:
- The specificities of the seismic behavior,
- The treatment of the impact of an earthquake and its solutions,
- Associated standards and regulations,
- Choice of the technical solution adapted to the regulations and the budget of the project,
- The application of the method of the selected technical solution,
- Modeling of complex structures under dynamic loads.
Program
What are the courses taught during this specialization in earthquake engineering at ISBA TP?
This training in earthquake engineering for engineers is provided in Marseille over a period of 15 months (2020 hours). The courses are spread over three semesters, including lectures and visits (40 hours).
– Semester 1 – Common core (555 hours):
seismic engineering, metal structures, reinforced concrete structures, soil mechanics 1, modelling, building design, construction law, markets, English, SHS (including sustainable development), human resources, price studies. Conferences and visits: Eurocodes, place and mission of the engineer of studies in civil engineering, building with prefabricated concrete products, soil reinforcement techniques, steel products in civil engineering, site visits. Note: conference topics may vary depending on the evolution of technical topics.
– Semester 2 – Specialization (555 hours):
prestressed concrete structures, advanced modelling, seismology, dynamics of reinforced structures, behavior of soils in earthquakes, implementation of materials in seismic zones, building project, and project study of a structure in earthquake.
– Semester 3 graduation internship (910 hours – 6 months)
THE BENEFITS OF TRAINING
Why integrate this engineering specialization at the ISBA TP?
– A specialized engineering diploma recognized by the Commission des Titres d’ingénieurs (CTI)
– A diploma registered in the National Directory of Professional Certifications (RNCP)
– A diploma with the Europass label
– A short and high-level specialization course
– A school recognized in its field for the quality and demands of its teaching, due to its longevity and experience
– Membership of the CCIAMP
> To find out more about the specialist engineering degree in seismic engineering, contact us!
How to register for the ISBA TP?
Find all the information to build your file on our ADMISSION page.
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