JTF's Civil Engineering Construction

They should know the value of Structural Engineer from design to ex*****on! Mamekus-mekus mo iyan.

* Updates are integrated by the ASEP when hazard scenarios, which are not yet factored in when the previous
versions of the code were drafted, crop up. Since 1972, the Structural Code has been updated 6 times.
The present NSC was written in an
"ultimate strength basis." This means structures following the code should be able to withstand earthquakes with
magnitudes 8 to 9 on the Richter scale, according to engineer Cesar Pabalan, National Director of Philippine Institute of Civil Engineers and former ASEP President.

😂

Tama si sir RSA. Baka isa kayo casualty pag gumuho ang building nyo dahil 3k lang naman ang ibinayad nyo sa Engineer, hindi nyo na mapambabayad yan kay San Pedro. Kaya wag tipirin ang design ni Engineer😉. Matibay na bahay nyo, nadagdagan pa kayo ng ligtas points.😁

Minimum Compensation For Civil Engineer as Prime Professional

Credits: Engr. Joe A. Cagas

❤️❤️❤️

ESTUDIA INGENIERÍA

¿Alguna vez te has preguntado por qué está inclinada la torre de Pisa?

Hoy aprenderás la razón.

La torre inclinada de Pisa es el campanario de la catedral de Pisa, construido en el Campo de los Milagros. Un poco de historia.

Su construcción se inició en el año 1173 dC con la construcción de la losa de 3 metros de profundidad y sobre ella se empezaron a construir los muros. Cuando el edificio llegó al tercer piso, se notó que empezaba a inclinarse.

Hablamos de una torre de 14.500 toneladas de peso construida sobre cimientos de 3 m de profundidad apoyados en suelo de arena y limo. Me imagino que estudios geotécnicos previos a la construcción en la época, los justos.

Después de detectar la pendiente, los ingenieros de la época construyeron los muros del resto de los pisos para que la altura del piso del lado más hundido fuese mayor que su altura en el otro lado compensando así el ángulo de inclinación.

¡Unos lumbreras! Esto inclinó la torre aún más debido al hundimiento de los cimientos en mayor proporción del lado ya más hundido que del otro por el aumento de peso justo en ese lado.

La construcción duró 199 años, y las varias paradas en la misma durante un tiempo fue una de las razones que permitió que el suelo se compactara.

El suelo arcilloso compactado ha sido la razón por la que la torre no ha colapsado y ha resistido cuatro terremotos sin caerse. Sin embargo, si se dejaba así sobre ese tipo de suelo, esta joya terminaría colapsando. Así que tocaba "jugar" a la ingeniería moderna.

Los ingenieros modernos calcularon el centro de gravedad de la torre, y de los cálculos se concluyó que la torre se derrumbaría si se alcanzaba una pendiente de más de 5,44 grados.

La torre se cerró en 1990 para repararla. Se cavaron 361 agujeros de 40 metros de profundidad y se inyectaron en el suelo 90 toneladas de hormigón por esos agujeros. (Eso vienen a ser 361 columnas de 13 pisos de altura "hincadas" en el suelo)

En argot de cimentación se hicieron pilotes bajo la losa. Es como poner columnas que atraviesan la capa de suelo inestable y se "clavan" en la capa estable de suelo, más profunda, para mantener la losa igualmente estable.

Después se removió la tierra del lado menos hundido de la torre para que esta se hundiese de ese lado y redujese su inclinación a los cuatro grados originales, y por fín se usaron anclajes de acero para fijar las bases de la torre en el suelo estabilizándola.

Se podría haber dejado la torre vertical pero no se quería que la torre perdiese su fama y valor turístico por la inclinación. Y tras confirmar que podría aguantar sin inclinarse 300 años, se reabrió la torre al público.

Problem Or Reason for This Failure,,,,,

100 % Progress 😍🔥🏠
"I've always loved the first day of school better than the last day of school. FIRSTS ARE BEST BECAUSE THEY ARE BEGINNINGS."
-Jenny Han

First Client, first project. Thanks for the trust, self. 🏆. All glory to God 💖

You can message our page for your inquiries.
Or contact me via:
Email: [email protected]
Phone: 09750877324

PROGRESS 💯

First Client ❤️
Renovation of a two-storey residential 🔥
Thank you For Trusting our company, we'll upload the output soon ❤️
TGBTG! 👆

For inquiries just message our page ❤️👷

😯❤️

𝗣𝗮𝘀𝘀𝗶𝗻𝗴 𝘁𝗵𝗲 𝗕𝗼𝗮𝗿𝗱 𝗘𝘅𝗮𝗺 𝗮𝗳𝘁𝗲𝗿 𝟭𝟳 𝗬𝗲𝗮𝗿𝘀 (by Engr. Vicente Valencia)

My first take of the exam was last November 2002. I did not make it.

Since then, I have always wanted to take it again. But for reasons such as work, family, finances -- and also the fear of failing -- I managed to convince myself to not take it again. In 2018, I was contemplating on taking the exam again. I got curious and googled "how to pass the civil engineering board exam".

From the search results, I chanced upon Engr. Rucel Virata's blog (Engr. Virata is the author of the book 📕 𝙊𝙪𝙩𝙨𝙢𝙖𝙧𝙩 𝙩𝙝𝙚 𝘽𝙤𝙖𝙧𝙙 𝙀𝙭𝙖𝙢 -- check the sample pages of the book here: bit.ly/OutsmartShopee) on how to pass the board exam. I thought maybe I would have a good chance if I could execute all the preparation tips outlined in the post. There were three things he mentioned about how to prepare for the board exam: LEARN SMART, LEARN HARD and STAY MOTIVATED.

The 3rd tip, in my opinion, was the most critical one. In my first take, I took the exam relying on myself. But on my second take, I took inspiration from my father (who passed away 2014), my family and Jesus.

My motivation was a picture of my wife, 2 kids and me, and the passage from the Bible, "I can do all things through Christ who strengthens me." This was the first paper I put up on my wall. And around it was Engr. Virata's preparation tips.

Last August 2019, I passed the Civil Engineering board exam in Qatar. The eight-month review was –epic- (for a working person in a toxic environment) but was worth every single second.

For working people who want to take the board exam, the main problem is managing your time and energy. Arriving from work, your brain is already drained. In my experience, I hardly made progress studying after working hours. What worked for me was, from work, I would answer practice problems as much as I could and when I got sleepy (usually after 3-5 problems), I went to sleep. That would be around 9-9:30 PM. Then I would wake up around 3-3:30 AM, then study up to 6 AM. Yes, mas nare-retain yung inaral kapag fresh yung mind. Also, after arriving at work in the morning, I would write formulas, especially for geotech and hydraulics. And of course, I made full use of my weekends to study. This is extremely important. One more very good tip I got from co-workers and instructors is to go for a 100% grade in Hydraulics and Geotech.

My take? Read the blog post. Make a plan/checklist of topics so that you have an overall view of your progress. Execute his tips properly. Be inspired and find your motivation. Study with a fresh mind. Study-rest…study-rest…study-rest. Make a good plan, execute. Oh, and make sure you get a good night sleep before the exam, magpa massage, go jogging, anything to relax your mind.

Stay positive, Kaya mo yan! :)

𝗘𝗻𝗴𝗿. 𝗩𝗶𝗰𝗲𝗻𝘁𝗲 𝗩𝗮𝗹𝗲𝗻𝗰𝗶𝗮
Civil Engineer

Conceptualizing/Editing own Logo 😅🤣. Isa sa mga pinakaexciting na part sa pagsisimula. ❤️

Using:

Hi guys! Planning to start this business. Hope you support me by following /liking this page, Cheers! 🥂 I'll also upload here my future projects. ❤️