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[Online streaming COURSE] EASY CALCULATION OF STRUCTURES. Case studies

activity For your company!

Organizes this training tailored to your company! Contact us here
Modality: On line streaming. It allows the live broadcast of the course through the virtual classroom with the CISCO WEBEX platform. It can be done from the place you want, with computer, mobile or tablet, and allows you to follow the course live with the teacher, participate in solving the exercises, ask questions in situ, listen to the queries of other attendees and follow the teacher's notes on the board. Once the training is over, attendees will be able to consult the recordings of the course in their private area, if these have been previously authorized by the teacher of the course or managing entity. e, transmitted by streaming with access to the virtual classroom, where you will connect with the teacher to follow the course through the CISCO WEBEX platform.
Dates: April 7, 8, 14 and 15 (Wednesday and Thursday)
Schedule: From 4.30 pm to 6.30 pm
Minimum / maximum attendees: 8/25
Targets: There are simple projects, such as industrial buildings, which the technician can learn to carry out with a little learning. For this reason, a practical course in simple calculations has been organized, in which the student will carry out the calculation process with the help of the teacher and computer tools of application, both for the structure and the basics.
Contents:

First day 2h

  • Decisions of the types of structural elements to choose: type of roof, type of pillars, beam-pillar union, type of material.
  • Explanation of the content of the CTE DB ‐ SE: structural safety and CTE DB SE ‐ AE: actions in the building, in order to learn how to carry out a correct reduction of loads according to current regulations.

Exercise to be carried out at home: Study of the descent of general loads to the foundation of an industrial building. Data to be provided to the prefabricated company.

Second day 2h

  • Exercise resolution done at home.
  • Calculation of steel beam and pillar. Explanation of the content of the CTE DB SE ‐ A Acer, to calculate small loft of metal profiles.

Exercise to be done at home : Calculation of a loft with a metal structure.

Third day 2h

  • Exercise resolution done at home.
  • Calculation of metal trusses.
  • Self-supporting beams: hand calculation of unidirectional roof according to EHE ‐ 08 for roof belts.

Exercise to do at home: Cover with self-supporting beam straps.

Fourth day 2h

  • Exercise resolution done at home.
  • Isolated foundation theory. Calculation of surface isolated foundation.
  • Calculation of the foundation.
NOTE: Student help spreadsheets will be provided.
Recipients: Engineers, architects or other professionals in the technical field who work in the field.
Documentation: The follow-up documentation will be delivered digitally, by e-mail, a few days before the start of the course.
Bonuses: We manage the procedures so that you can benefit from the corresponding training bonus.
Instructions for bonuses:
1. Request the forms from CETIT at formacio@enginyerstarragona.cat
2. Provide all the information 7 calendar days before the start of the course.
3. IMPORTANT NOTE: from January 2017, the management of the bonuses is carried out through an external consultancy. Those who want to take advantage of the bonus for any training action, the price will be increased by 20% (which can also be discounted and recovered).
Payment method: Collection through your account number, which you must provide when registering.
Certification: A certificate of accreditation and attendance at the end of the training will be issued. Those who apply for a bonus through the Tripartite Foundation for Employment Training will also have a certificate issued by the FTFE.
Professional Accreditation: This training is competent to accredit your training to COGITI. More information: http://www.acreditacioncogitidpc.es
Conditions:

Speakers

  1. GEMMA MUÑOZGemma Muñoz Soria, arquitecte i arquitecte tècnic. Màster en rehabilitació i restauració, tecnologia de l’arquitectura a l’ETSAB – UPC. Professora i coordinadora del màster MGIC estructures de La Salle - Ramon Llull, professora del departament de Tecnologia de la universitat ETSAB-UPC. Assessora d’estructures al departament d’Habitatge de la Generalitat de Catalunya i arquitecte col·laboradora del CAATEEB. Actualment és sòcia fundadora d’ARGAMASSA, un despatx especialitzat en estructures.