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Building a Cathedral without Science or Mathematics: The Engineering Method Explained


Bill reveals the long-lost methods used by Medieval engineers to design stone cathedrals. Methods that required no science, mathematics, or literacy, yet which reveal the engineering method. *Learn More: Companion Book* Explore the ideas in this video series further with its companion book: _The Things We Make: The Unknown History of Invention from Cathedrals to Soda Cans_ (ISBN 978-1728215754) 🤍 *Other Videos in this Series* _Episode 2:_ Controlling Turbulence and Evolution: How Engineers Overcome Uncertainty 🤍 _Episode 3:_ The Steam Turbine: The Surprising Relationship of Engineering & Science 🤍 _Episode 4:_ The Microwave Oven Magnetron: What an Engineer Means by “Best” 🤍 *Video Summary* 0:00 Titles 0:07 Intro In this first video of the series Bill notes that the engineering method is among the the oldest of human responses to fulfill human needs. 0:28 Göbekli Tepe Bill illustrates this with a brief discussion of the ruins of Göbekli Tepe, a stone structure in southeastern Turkey built thousands of years before Stonehenge and the pyramids. A structure whose use and purpose remains mysterious. The age of Göbekli Tepe highlights that engineering existed long before science — at least what we mean by “science” today. 0:56 Precision of Göbekli Tepe The precision of the placement of the stones in the ruin and their manner of preparation indicate that it is an engineered object. 2:39 Do Engineers Need Science? This leads to the question “Do engineers need science to create.” To answer that question Bill considers the design of Sainte-Chapelle — a stunning thirteenth century stone building. He notes that it was designed and built — as were all medieval cathedrals — by mason who knew no science, or mathematics and who could not even read, nor did they have a measuring stick. 3:13 Gothic Cathedrals: Light The medieval engineers strive to build cathedrals that could house large stained glass windows that could let in sunlight. 3:54 Pointed Arches Medieval masons used pointed arches in their cathedrals to create high ceilings. 4:16 Pointed vs Circular Arches The pointed arch allowed mason to build higher ceiling using less stone, as clearly seen in comparing Sainte-Chapelle to the Pantheon in Rome. 5:00 Width Circular Arch The width of the circular arch grows proportional to its height. 5:29 Width Pointed Arch The width of a pointed arch doesn’t expand because the pointed arch changes shape as it grows taller. 5:39 Proportional Rule Bill explains that these early engineers used a “rule of thumb” inherited from antiquity — one used to build Roman buildings like the Pantheon — to size the supporting walls underneath the arches. The rule was simple: The width of the supporting wall should be between a fifth and a fourth of the arch’s span. 6:51 How Medieval Engineers Sized Walls These early engineers could not perform the mathematics needed to implement this rule, so, as Bill demonstrates, they turned this into an action that required no calculation or measurement with a marked rule. 9:06 Why Arch Divided into Three Section As Bill notes, this is just how the geometry works out. It is the same rule as used to size the supporting wall for a semi-circular arch. 9:52 Rule of Thumb A rule of thumb is the heart of the engineering method: it allowed the masons to build without understand at a deep level the properties of stone or knowing mathematics. 10:29 The Engineering Method This is defined as “Solving problems using rules of thumb that cause the best change in a poorly understood situation using available resources.” That’s a sharp contrast with the scientific method, because these rules of thumb are only guides that offers a high probability of success, but no guarantee. 10:40 Rule of Thumb Never Disproved And, unlike a scientific theory, a rule of thumb is never, in a sense, disproved. That hundreds of cathedrals are still around today, standing for eight or nine hundred years is proof. Instead of being disproved, this rule of thumb for stone became outdated, not wrong, as iron and steel I-beams replaced stone. 11:10 Do Engineers Still Use Rules of Thumb? Bill considers the question “is engineering based on rules of thumb antiquated in our scientific age?” He notes that that line of thought misunderstands the purpose of the engineering method, which is to solve practical problem before we have full scientific knowledge. 11:33 Next Video Bill notes that in the next video he’ll explore how engineers work their way around that lack of scientific understanding, how they overcome uncertainty. 11:45 End Titles

Building Engineering at TU Dublin


Building Engineering at TU Dublin - TU703 and TU825 🤍 🤍

Why Buildings Need Foundations


What the heck is a foundation and why do all structures need one? The bundle deal with Curiosity Stream has ended, but you can still get a great discount on Nebula and support Practical Engineering here: 🤍 If all the earth was solid rock, life would be a lot simpler, but maybe a lot less interesting too. It is both a gravitational necessity and a source of job stability to structural and geotechnical engineers that all construction - great and small - sits upon the ground. And the ways in which we accomplish such a seemingly unexceptional feat are full of fascinating and unexpected details. Practical Engineering is a YouTube channel about infrastructure and the human-made world around us. It is hosted, written, and produced by Grady Hillhouse. We have new videos posted regularly, so please subscribe for updates. If you enjoyed the video, hit that ‘like’ button, give us a comment, or watch another of our videos! CONNECT WITH ME Website: 🤍ering Twitter: 🤍 Instagram: 🤍 Reddit: 🤍 Facebook: 🤍 Patreon: 🤍 SPONSORSHIP INQUIRIES Please email my agent at practicalengineering🤍 DISCLAIMER This is not engineering advice. Everything here is for informational and entertainment purposes only. Contact an engineer licensed to practice in your area if you need professional advice or services. All non-licensed clips used for fair use commentary, criticism, and educational purposes. SPECIAL THANKS This video is sponsored by Nebula. Stock video and imagery provided by Getty Images, Shutterstock, Pond5, and Videoblocks. Tonic and Energy by Elexive is licensed under a Creative Commons Attribution License Source: 🤍 Producer/Writer/Host: Grady Hillhouse Editor/Production Assistant: Wesley Crump Script Editor: Ralph Crewe

Megatall Skyscrapers: The Race for Limitless Heights | FD Engineering


Megatall Skyscrapers: The Race for Limitless Heights | Masters of Engineering | FD Engineering Extreme Constructions - Complete Series: 🤍 Which was the invention that propelled the construction of higher and higher buildings? Concrete? Iron? Not really - it was the elevator: as matter of fact nobody would have accepted to live on the 40th floor without it. From the Tower of Babel to the Kingdom Tower in Saudi Arabia, humanity has always searched to build bigger and higher. What are the scientific advance and technologies that have made it possible to «touch» the sky. Will there be any limits? From the field of physics, to chemistry, maths and all other hard sciences, scientists share the thirst of knowledge and curiosity. Combining dramatic specialist photography with innovative CGI, all set in spectacular locations across the world, this documentary is the pilot of a future series that will highlight the history of human ingenuity. ▬▬▬▬▬▬▬▬▬ Subscribe Free Documentary - Engineering Channel for free: 🤍 Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 ▬▬▬▬▬▬▬▬▬ #FreeDocumentary #Documentary #skyscraper ▬▬▬▬▬▬▬▬▬ “Engineering: the branch of science and technology concerned with the design, building and use of engines, machines and structures.” So says the Webster definition. Our newest Free Documentary family member Free Documentary - Engineering is all about engineering - and bringing our community the best documentaries on engineering.

Civil Engineering Basic Knowledge You Must Learn


"Welcome to our in-depth guide on Civil Engineering Basic Knowledge That You Must Learn! In this video, we'll explore the essential concepts and principles that every aspiring civil engineer should know. From the fundamentals of mathematics and physics to the various sub-disciplines and the design process, we'll uncover the building blocks of civil engineering. Whether you're a beginner or simply looking to refresh your knowledge, this video is a must-watch for anyone interested in shaping the world through civil engineering. Don't miss this opportunity to learn the critical aspects of civil engineering that can help you build a solid foundation for a successful career. ☑️☑️☑️Follow US ☑️☑️☑️ 👍 Subscribe: 🤍 👍 Learn more about Civil Engineering: 🤍 👍 Like us on Facebook: 🤍 👍 Join our FB Group: 🤍 *Copyright Disclaimer* We may use some clips in our videos from other fellow creators mainly for educational, research purpose under Copyright act 1976 Section 107. But if you still want us to remove your content from our videos please feel free to contact us at Brian[at] and we'll happily do so. Thank You!

Empire State Building | All the Secrets of the Engineering Wonder


Let's explore all the engineering secretes behind the engineering wonder - Empire state building. I would truly appreciate your support on Patreon - 🤍 LinkedIn : 🤍 instagram : 🤍 Twitter : 🤍 Telegram : 🤍 FB : 🤍 Voice over artist : 🤍

12 Steps of Construction


Once the construction drawings have been approved, the project will then be awarded to a contractor by the client through a consultant. The construction of the proposed project will begin. Check out the 12 Stages/Steps of construction. Corrections: *3:11 100mm instead of 10mm Please Subscribe: 🤍 = Visit our website for related blogs: 🤍 LIKE us on FACEBOOK: 🤍 Follow us on Twitter: 🤍the_structural = This presentation contains images that were used under a Creative Commons License. Click here to see the full list of images and attributions: 🤍 This video has been made possible by Content Samurai Check out the Free Trial: 🤍

Mega Bridge Construction: A Technical Marvel Emerges | FD Engineering


Mega Bridge Construction: A Technical Marvel Emerges | FD Engineering The Challenges of Bridge Maintenance: 🤍 How to Replace a Bridge: 🤍 The longest bridge in Southeast Asia. Malaysia’s Second Penang Bridge connects Penang Island and the Malaysia Peninsula. It is the largest civil engineering project in the past 20 years in the region. The Penang Second Bridge Project documents the construction of this 16.9km long marine structure and the challenges to the two construction giants faced with this task. Will the competition between them spur-on or delay the construction progress? ▬▬▬▬▬▬▬▬▬ Subscribe Free Documentary - Engineering Channel for free: 🤍 Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 ▬▬▬▬▬▬▬▬▬ #FreeDocumentary #Documentary #bridgeconstruction ▬▬▬▬▬▬▬▬▬ “Engineering: the branch of science and technology concerned with the design, building and use of engines, machines and structures.” So says the Webster definition. Our newest Free Documentary family member Free Documentary - Engineering is all about engineering - and bringing our community the best documentaries on engineering.

Burj Khalifa | All the Engineering Secrets of the Mega structure


This building—the Burj Khalifa—which stands strong on loose, sandy soil braving the strong Arabian winds—is truly a modern engineering marvel. In this video, we are going to explore all the design secrets of the world’s tallest building, starting from its surprisingly simple hexagonal core. This incredible feat of civil engineering is even able to confuse the wind due to its unique shape and lightning with the help of modern technology. Let’s get into it. Be our supporter or contributor: 🤍 instagram : 🤍 Twitter : 🤍 Telegram : 🤍 FB : 🤍 Voice over artist : 🤍

Structural Engineer vs Architect - Design Meeting


A structural engineer is a part of the design team for all my residential work in the studio. In this video you'll join me for the kick-off meeting with my structural engineer as we begin developing the structural design for the Outpost project. You’ll see how we choose a foundation strategy, work through framing + detail ideas, and understand how lateral loads are transferred and how they affect the materials we choose to build with. The professional tug-of-war between engineer and architect isn't adversarial, rather it's collaborative and makes for a better, more efficient project. The most interesting part of our dialogue begins around minute eighteen where I ask Albert to comment on one of the most common objections I hear from contractors in the field: "This structure is way over-engineered." His answer illuminates how a structural engineer can complement the architectural design process in ways you may not have anticipated. Not only do engineers help us to efficiently size structural members and optimize the design, but their practical building knowledge and field experience can prove invaluable. Because an engineer’s work is smaller in scope, (their fee is typically about 10% of an architectural fee), they must secure 10X the number of commissions to make a comparable income. This naturally exposes them to many more projects (in theory 10X), ideas, and failures than an architect would typically see. And, it’s those failures that are the most instructive. This symbiotic relationship between architect and engineer has benefitted my practice and my clients in ways that are difficult to calculate but that surely far exceed the engineering fees invested. Structural engineering is more than sizing beams, designing connections and specifying concrete mixes, it’s an allied discipline which helps to make our jobs as architects easier and to deliver a home that meets (and often exceeds) our client’s expectations. Although this footage is but a small sampling of our conversation, you can appreciate the give and take that a typical design collaboration entails. As professionals, we rely on the expertise of many consultants to realize our architectural goals. This is a long video, here’s a few timestamps to guide you: 0:30 General Site + Foundation Considerations 4:05 Architectural Goals 5:02 Roof Design + Framing 6:36 Eave Detail 8:55 Possible vs. Practical 10:00 Designing for Lateral Loads 13:24 Transferring the loads: bracing (wood vs. steel) 18:12 “This feels over-engineered” – The most common complaint I hear from contractors in the field (DON’T MISS THIS SECTION) 22:09 Value of engineers from an Architect’s perspective 23:43 10X Projects, 10X Failures, 10X Knowledge (a convincing case for collaborating with engineers) 25:10 Engineer’s steel manual vs. Architect’s steel manual JOIN MY ONLINE COURSE: Enjoy my teaching style? Enroll here: 🤍 DIGITAL DRAWING TEMPLATES: * AutoCAD: 🤍 * REVIT: 🤍 ARCHITECT'S TOOLKIT: * *NEW for 2020 Architect + Entrepreneur Startup Toolkit (includes lessons from the A+E Course): 🤍 ARCHITECTURE ESSENTIAL TOOLS: * 🤍 MODEL MAKING TOOLS + MATERIALS: * 🤍 PHOTOGRAPHY GEAR: * 🤍 #structuralengineering #architect #structuralengineer

One of the most epic engineering feats in history - Alex Gendler


Dig into the history of the construction of the iconic Brooklyn Bridge and how John Roebling designed a hybrid suspension system to build it. In the mid-19th century, suspension bridges were collapsing all across Europe. Their industrial cables frayed and snapped under the weight of their decks. So when German American engineer John Roebling proposed building the largest and most expensive suspension bridge ever conceived, New York City officials were understandably skeptical. Alex Gendler details the building of the iconic Brooklyn Bridge. Lesson by Alex Gendler, directed by Jeremiah Dickey. Sign up for our newsletter: 🤍 Support us on Patreon: 🤍 Follow us on Facebook: 🤍 Find us on Twitter: 🤍 Peep us on Instagram: 🤍 View full lesson: 🤍 Thank you so much to our patrons for your support! Without you this video would not be possible! Susan Herder, Samuel Doerle, David Rosario, Dominik Kugelmann, Siamak H, Tracey Tobkin, Dwight Tevuk, Anthony Kudolo, Mrinalini, Yanuar Ashari, Ivan Todorović, Alex Schenkman, Brittiny Elman, Ryohky Araya, Paul Coupe, David Douglass, Ricardo Paredes, Bill Feaver, Eduardo Briceño, Arturo De Leon, Christophe Dessalles, Janie Jackson, Dr Luca Carpinelli, Heather Slater, Yuh Saito, Quentin Le Menez, Mattia Veltri, Fabian Amels, Sandra Tersluisen, PnDAA, Hugo Legorreta, Zhexi Shan, Gustavo Mendoza, Bárbara Nazaré, Josh Engel, Natalia Rico, Andrea Feliz, Eysteinn Guðnason, Bernardo Paulo, Victor E Karhel, Sydney Evans, Latora Slydell, Oyuntsengel Tseyen-Oidov, Noel Situ, Elliot Poulin, emily lam, Juan, Jordan Tang, Kent Logan and Alexandra Panzer

LM | Building Engineering


5 maggio 2023 By joining the Master's degree programme in Building Engineering with passion and perseverance, you will build a future full of opportunities in different professional fields of the construction industry. As a building engineer, you will be aware of the complexity of the building system (at both subsystem and environmental level) and you will be able to develop projects in the construction sector. The building engineer also directs the realization of new building works and the recovery of existing constructions, in traditional and industrialized building sites, also coordinating the work of other specialists. The building engineer works in the fields of: - management and organization of the real estate transactions; - design, management and organization of the building process (with regard to materials, products and components); - survey and evaluation of the building assets; construction site safety according to Legislative decree no. 81/2008; - Fire safety according to the Fire Prevention Code (Ministerial Decree of August 3, 2015). The objective of the programme is to teach students how to define new management, prevention and intervention models based on a multidisciplinary approach that allows to analyse, synthesize, design and verify the areas of action, using the most innovative technologies starting from a thorough knowledge of the past.

Building a Gigantic Supertanker | Mega Projects | FD Engineering


Building a Gigantic Supertanker | China's Mega Projects | FD Engineering Installing the World’s Biggest Wind Turbine: 🤍 Supersized Construction - China's Mega Projects: 🤍 The historic Jiangnan Shipyard moved away from the banks of the Huangpu River and its original site became the World Expo 2010 site. Today, China has become an important member of the world's shipbuilding powerhouse, and more and more huge ships of 10,000 tons will be sailing from here to all over the world. ▬▬▬▬▬▬▬▬▬ Subscribe Free Documentary - Engineering Channel for free: 🤍 Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 ▬▬▬▬▬▬▬▬▬ #FreeDocumentary #Documentary #megaprojects ▬▬▬▬▬▬▬▬▬ “Engineering: the branch of science and technology concerned with the design, building and use of engines, machines and structures.” So says the Webster definition. Our newest Free Documentary family member Free Documentary - Engineering is all about engineering - and bringing our community the best documentaries on engineering.

Welcome to Building Engineering at TU Dublin


What is a Building Engineer and why you should study building engineering at Technological University Dublin.

Golden Gate Bridge | The CRAZY Engineering behind it


The design and construction of the Golden gate bridge led to revolution in Civil engineering. Let's understand all the magical engineering behind the Golden gate bridge. Please support us at Patreon 🤍 LinkedIn : 🤍 instagram : 🤍 Twitter : 🤍 Telegram : 🤍 FB : 🤍 Voice over artist : 🤍

Impossible Constructions: Ultra-Fast, Dangerous, Mind-Blowing | Full Series | FD Engineering


Ultra-Fast Constructions | Complete Series | All Episodes | FD Engineering Watch 'Mega Manufacturing - Complete Season 1' here: 🤍 Watch 'Giant Hubs - Complete Season 1' here: 🤍 Building a 30-story skyscraper in two weeks? A proper train station over night? A train track under bridge in a couple of hours? Pin-point planning and sometimes a slightly exotic interpretation of safety at work make this possible. This series shows the most spectacular Pop-up Constructions in the world. Thousands of workers and plenty of huge machinery acting simultaneously create bizarre and breathtaking imagery while cutting-edge CGI explanations and deep insights into the planning process reveal a highly structured choreography behind the pretended chaos. 00:00:00 India - Railway Underpass in 5 Hours 00:48:10 Germany - Gigantic Pop-Up Fair: Oktoberfest 01:36:10 Las Vegas, USA - Huge Swimming Pool in One Week 02:24:10 Russia - Skyscraper in 51 Days 03:12:10 Japan - Ice Festival: Megastructures out of 300 Tons Snow ▬▬▬▬▬▬▬▬▬ Subscribe Free Documentary - Engineering Channel for free: 🤍 Instagram: 🤍 Facebook: 🤍 Twitter: 🤍 ▬▬▬▬▬▬▬▬▬ #FreeDocumentary #Documentary #PopUpConstructions ▬▬▬▬▬▬▬▬▬ “Engineering: the branch of science and technology concerned with the design, building and use of engines, machines and structures.” So says the Webster definition. Our newest Free Documentary family member Free Documentary - Engineering is all about engineering - and bringing our community the best documentaries on engineering.

Building Engineering at TU Dublin


Building Engineering course choice has paid off for David Keller 🤍

The INSANE Engineering of New York's New Skyscraper


#Shorts For more by The B1M subscribe now - 🤍 Listen to The World's Best Construction Podcast by The B1M Apple - 🤍 Spotify - 🤍 Amazon Music - 🤍 View this video and more at - 🤍 Follow us on Twitter - 🤍 Like us on Facebook - 🤍 Follow us on TikTok - 🤍 Follow us on LinkedIn - 🤍 Follow us on Instagram - 🤍 The B1M Merch store - 🤍 #construction #architecture We welcome you sharing our content to inspire others, but please be nice and play by our rules - 🤍 Our content may only be embedded onto third party websites by arrangement. We have established partnerships with domains to share our content and help it reach a wider audience. If you are interested in partnering with us please contact Video🤍 Ripping and/or editing this video is illegal and will result in legal action. © 2023 The B1M Limited

How engineers build different bridges


Do you know how engineers build different types of bridges for different situations? From arch bridges and beam bridges to suspension bridges and movable bridges, here is all you need to know about the technology behind them. To get the latest science and technology news, subscribe to our newsletter "Blueprint" at 🤍 Find out more information at 🤍 #engineering

RCC Building Construction Process | Footing | Column | Beam | Stair | Slab | Hidden Beam | Rebar


#Building #Construction #Animation Watch Complete Building Construction Process- Stepwise PCC,Cover Block,Footing,Column,Beam,Hidden Beam,Stair,Slab with reinforcement. Construction Animation Playlist Link-🤍 Join as member to support the channel. To be member click the link given below- 🤍 You can visit our website for resources also- 🤍 Related Tags: PCC,Cover Block,Footing,Column,Beam,Hidden Beam,Stair,Slab,Footing Rebar,Column Rebar,Beam Rebar,Slab Rebar,Hidden Beam Rebar,Stair Rebar,Concreting,Footing Reinforcement,Stair Reinforcement, #Click Here To Subscribe the Channel: 🤍 For more construction Animation Check this playlist: 🤍

Building HUGE BRIDGES the engineering way! Poly Bridge 2!


There's a reason why we don't let architects build their designs without an engineer looking at them first... Did you know there's a whole secret game within Poly Bridge 2, a game within a game, this is Polyception!!! Well today I show you the secret world in Poly Bridge 2 as we continue a new bridge building series, a professional civil engineer plays Poly Bridge! Part 4 of Polyception! LINKS! PATREON: 🤍 MERCH: 🤍 MEMBERSHIP: 🤍 DISCORD: 🤍 REDDIT: 🤍 TWITCH: 🤍 PADDY (MY DOG): 🤍 STREAM ARCHIVE: 🤍 PLAYLISTS! MINI MOTORWAYS: 🤍 INFRA: 🤍 DORFROMANTIK: 🤍 CITIES SKYLINES - ENGITOPIA: 🤍 KERBAL SPACE PROGRAM: 🤍 POLY BRIDGE 2: 🤍 HYDRONEER: 🤍 VARIETY PLAYLIST: 🤍 Epic Game Store Support-A-Creator Code: RCE (In connection with Epic Games’ Support-A-Creator Program, I may receive a commission from certain in-game purchases) #realcivilengineer #engineering #polybridge2

How Engineers Design Buildings: What Structural Engineers Actually Do


Structural engineers play a crucial role in the development of any new structure however, the analysis and design processes that they use are not widely know by many. In an effort to share what I've learnt about the role of structural engineers in construction over the past 2 years, in this video I take you through the 4 stages that structural engineers go through in order to bring a project to life. Enjoy :) TIMESTAMPS: 00:00 Intro 00:36 Project Initiation 01:44 Analysis 04:27 Design 05:35 Structural Drawings 06:15 Construction CONNECT: 👨🏼‍💻 - Youtube 🤍 👷🏻‍♂️ - Linkedin 🤍 📩 - Email: BEngHielscher🤍 WHO AM I: I’m Ben, a graduate structural engineer. I make videos about tech, engineering, productivity and self-development. On this channel I hope to provide entertainment, advice and knowledge for aspiring and young students and professionals.

Building the World's Tallest Skyscraper after Burj Khalifa [FULL DOCUMENTARY] | Merdeka 118


"In Malaysia, a team of elite engineers is racing to build a record-breaking skyscraper. This mega-tall tower will soar over 2,000 feet high and costs more than a billion dollars. To construct this colossus, the team must battle sinking foundations. Torrential rain, stifling heat, and deadly lightning storms. This skyscraper ranks in a league of ambitious engineering wonders that are bigger, faster, taller and more advanced than anything ever constructed before. This is the inside story of the extraordinary challenge of building this giants." Watch how they build the upcoming 2023 enormous mega tall skyscraper, 'Merdeka 118' in Kuala Lumpur, Malaysia. Jika anda rakyat Malaysia yang berminat dengan kejuruteraan, pembinaan dan seni bina, anda wajib menonton dokumentari ini! Tekan pada captions untuk mengaktifkan sarikata Bahasa Melayu Dari episod dokumentari Building Giants S03E03 — The Billion Dollar Skyscraper Terima kasih pada 🤍AngryZombie808 untuk terjemahan pada minit 21:30 #visitmalaysia2024 #pnb118 #merdeka118 #malaysia #kualalumpur #skyscraper #skyscrapers #construction #documentary #buildings #engineering #architecture

How Buildings Are Engineered To NOT Collapse - What Structural Engineers Actually Do


Keep exploring at 🤍 Get started for free, and hurry—the first 200 people get 20% off an annual premium subscription. How Building Structures Are Engineered. The engineering secrets in every building. A real structural engineer explains what civil structural engineers actually do. 📗 Chapters 📗 0:00 Intro 1:06 1. Analysis 1:26 1a. Analysis - Gravity 3:03 1b. Analysis - Lateral 4:47 2. Design 6:46 Sponsor 7:49 3. Drawings & Blueprints 8:29 4. Construction 💻 My Gear 💻 (affiliate) KEYBOARD: 🤍 MOUSE: 🤍 MONITOR: 🤍 DESK PAD: 🤍 HEADPHONES: 🤍 WEBCAM: 🤍 CAMERA: 🤍 LENS: 🤍 👇 SUBSCRIBE TO MAT'S YOUTUBE CHANNEL 👇 🤍 ►Join me as I co-host The Structural Engineering Channel Podcast (TSEC):🤍 ►iTunes link for TSEC Podcast: 🤍 ►Music I use: 🤍 Mat Picardal is a structural project manager at DCI Engineers. This video and this channel does not necessarily reflect the opinion nor beliefs of DCI Engineers. All thoughts expressed are purely his own observations and experiences. For business inquiries email: matpicardal🤍 Follow me on LinkedIn: 🤍 Follow me on Instagram: 🤍 Disclaimer: Product links are 'affiliate links' so if you click and buy something I get a small commission. This affects you in no way and helps support the channel. #structuralengineering #civilengineering #structuralengineer

UNBELIEVABLE Mega Engineering, How China BUILDS So Fast, World Records Construction Speed


UNBELIEVABLE Mega Engineering, How China BUILDS So Fast, World Records Construction Speed China’s modern economic boom is little short of dazzling. Ballooning national prosperity has lifted hundreds of millions of people out of poverty, urbanized its citizenry faster than any other civilization in human history, and created some pretty awesome infrastructure projects along the way. Not least the world’s longest railway, the world’s biggest airport and a veritable forest of shiny new skyscrapers. 3D Printer - 🤍 Wood Trick Train - 🤍 Garmin Venu SmartWatch- 🤍 Smart Glasses - 🤍 USB Wireless Charger - 🤍 🛒 Our Items: 🤍 Free Handy Tools YOU must try Tubebuddy In-depth channel video analysis– 🤍 Amazon Prime - 🤍 Epidemic Music - 🤍 Fiverr - Freelance Marketplace - 🤍 Gears and Equipment we use 1. Fully Automatic Espresso Machine - 🤍 2. Perfect Desk Chair - 🤍 3. Wireless Mechanical Keyboard - 🤍 4. Wireless DTS Headphone - 🤍 5. Vocal Microphone - 🤍 6. UltraWide Monitor - 🤍 Here at Future Now we aim to bring you the most informative, fascinating and engaging Technology videos on YouTube. 🔔 Subscribe To Our Channel: 🤍 Copyright Disclaimer: Under section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use. *DISCLOSURE* We are affiliated, but not sponsored by any product featured in this video. Some links in the description are affiliate links to products, which means if you click on them and buy the product, we will receive a small commission. Not being sponsored allows us to keep our own opinions and provide product reviews without bias. From the millions of products, we appreciate your support. #HighSpeedRail #China #ChinaRailways

Why They Had to Build OVER This Old Building


This building could be the solution to Europe's density crisis. Learn how Quickbase empowers builders to see, connect and control all facets of their complex projects - 🤍 Full story here - 🤍 This video contains paid promotion for Quickbase. Additional footage and images courtesy of Zaha Hadid Architects, Schueco, Mouton and Antwerp Port Authority. Listen to The World's Best Construction Podcast by The B1M Apple - 🤍 Spotify - 🤍 Amazon Music - 🤍 View this video and more at - 🤍 Follow us on Twitter - 🤍 Like us on Facebook - 🤍 Follow us on TikTok - 🤍 Follow us on LinkedIn - 🤍 Follow us on Instagram - 🤍 The B1M Merch store - 🤍 #construction #architecture #engineering We welcome you sharing our content to inspire others, but please be nice and play by our rules - 🤍 Our content may only be embedded onto third party websites by arrangement. We have established partnerships with domains to share our content and help it reach a wider audience. If you are interested in partnering with us please contact Video🤍 Ripping and/or editing this video is illegal and will result in legal action. © 2023 The B1M Limited

Is a Construction Management Degree Worth it?


In a blue-collar world, is a college degree worth the time and money? Watch the episode here: 🤍 #trades #dirtworld #construction #bluecollar #constructionmanagement

Construction Engineering


The construction engineering degree program combines engineering design and construction management courses with a focus on sustainability and building information modeling topics. This includes coursework in contract management, construction methods, cost and schedule control, people management and project estimating. The design content includes structures, geotechnical and transportation engineering. You will be further prepared to succeed with computer, management and people skills.

World's Funniest Engineering Fails


Who approved these blue prints? These are 57 of the world's funniest & most EXTREME building & engineering fails ever! Subscribe to Talltanic 🤍 50. At the corner of Auschwitz lane and holocaust road. How did no one see this in the blueprints? 49. In the event of an emergency, grab a crowbar or a torch and weld the bars off from around this hydrant. Good luck, you’re going to need it. 48. Duck! These stairs are for the vertically challenged individuals only. 47. We can stay at the second Best Western just to see what the inside of the room. Staying in the corner room non-smoking and by the hallway. 46. Your new office is right this way! 45. These condos come equipped with a workout facility, pool, and every unit comes with a balcony. 44. New improved ATM they are child proof and have the latest technology to keep your money secure. You cannot even see the numbers to punch in your own pin. 43. Child’s ATM, Is there no middle ground? It’s a small world after all. 42. Window access to the stairs. 41. The landscaping is through the roof in this home. 40. The landscaping is off the wall in this one. 39. It is a good thing they stopped there someone could have gotten hurt with no railing on the stairs. 38. Bridge by IKEA. Let’s make sure we read the instructions correctly. I’ll meet you halfway. 37. The menswear is up the stairs. 36. Is this what they mean when they say they have a half-flush toilet? 35. It’s the most fun you’ll never have again. I suppose every playground has a tunnel built on the ground by children leading to China. 34. They must feel walled inside. Think they could try and leave the window open? 33. There is plenty of room to build additional stairs. Seems up to code. 32. Looks about right parking should not be an issue living here. 31. A metaphor for life? Or Dr. Kevorkian kitchen? 30. Introducing the most exclusive club in town. Where’s the doorman? 29. Every employee must be sure to wash their hands five times before returning to work. 28. Stairs are coming soon. I may be able to reach this one. 27. Thank goodness for that handrail it’s the stairway to platform 9 ¾. 26. It is a handi-trap. 25. Don’t hit the wrong switch I suppose the projector needs to cool down. 24. Economy seats still cost $300 on StubHub. 23. Is this a team-building exercise? 22. You have arrived at your destination; please exit to the left. Is this the airport? 21. Stairs are for wussies! These stairs are even handi-capable. 20. Even the trees do not want to be here. 19. These stairs are spiraling out of control. 18. That is not how it is supposed to work. 17. Do we forget what that symbol means? Apparently you need to bring your own ramp. 16. Nice save, looks right, at least, someone is trying to keep up with the time. 15. Almost as bad as going into the stall and realizing after you go there is not toilet paper. Go ahead reach for it! 14. Narnia’s exit door. This secret room is a truly a secret. 13. Not the most comfortable seat around, but hey there is a beautiful ocean view. 12. Yes, seriously just build the stairs six feet to the left. Someone evidently followed instructions. 11. Ring your little bell now, Mr. Cyclist and see what happens. This appears to be an excellent place to put a large pole on the cement path. 10. It’s not stupid if it works, but how are you supposed to shut the door when you get in there stand on the toilet? 9. How’s that meant to work? Just open the door and jump after climbing over the railing. 8. This belongs in a skate park or a playground to be a slide, very x-treme. 7. Suck it in, guys or you will never get out this way. 6. Our bathrooms boast an intimate and friendly setting to help you relax while you use the bathroom. 5. Even more intimate and friendly. 4. The sidewalk is closed you need to make your own pathway. 3. World’s largest pay phone. Wonder what kind of money it takes? Pay phones still exist? Hang on. 2. I’m not a contractor, but I am reasonably sure that building is supposed to be in the middle of the highway. Detour! 1. All Employees must wash fingers only before returning to work. How did these ever make it past the blueprint stage? Someone needs to get fired! Which one of these building blenders made you face palm? Leave a comment below! Dont forget to subscribe for more fun videos like this. Thanks for watching!

The TRUTH: Construction Engineering and Construction Management Career | Expectations vs Reality


Wondering what a construction engineering career or construction management career is really like? I'll go over 5 expectations vs reality that can help you know the truth behind this career. My instagram: 🤍kikoga LIMITED TIME: Get 2 FREE STOCKS ON WEBULL when you deposit $100 (Valued up to $1600): 🤍 Software Used In Construction: AutoCad 🤍 Autodesk Revit 🤍 Microsoft Office 🤍 Youtube Camera and Recording Equipment: Camera 🤍 Shotgun Mic 🤍 Clip On Mic 🤍 Ring Light 🤍 Drone 🤍 *Some of the links and other products that appear on this video are from companies which Kienen Koga will earn an affiliate commission or referral bonus. Kienen Koga is part of an affiliate network and receives compensation for sending traffic to partner sites. The content in this video is accurate as of the posting date. Some of the offers mentioned may no longer be available. So for my background I am a construction project engineer with a bachelors and masters degree in civil engineering working for a big general contractor in Hawaii. Expectation 1: You will need to remember the material from your construction engineering degree or construction management degree to succeed. Reality: Not necessarily and not really. The most basic functions I use are trig and adding and subtracting fractional inches. It does help to have a civil engineering degree to I can speak somewhat intelligently with the structural design engineers, but other than that I don't really use my degree that much in my day to day operations. In construction you can learn almost everything on the job, so don't worry too much about it. Expectation 2: The bigger the construction project, the better it will be for your career. Reality: Not necessarily. On the bigger construction projects, you can get exposure internally on a district and corporate level, however bigger projects tend to have larger teams so you are more focused on the scopes you are in charge of and get to learn. On smaller jobs you will have less support so you will need to oversee a lot of scopes which is beneficial when building to see how all the different trades come together. Bigger jobs can lead to you getting pigeon holed so it may not be the best for your career. Expectation 3: Construction is Hard Reality: Yes, construction & construction management is not for the faint of heart. Especially as a new project engineer or field engineer in construction you will need to spend the time to work as it is an experienced based industry. If you expect to work 40 hour work weeks with a stress free lifestyle you will be very disappointed from day 1. Construction schedules are tight, budgets are tight and it is a fast paced industry; the expectation is that you keep up. Expectation 4: As a new employee, you may not make a difference Reality: You can and likely will get thrown into the fire. But honestly this is the best way to start out your construction management career or construction engineering career. Get in the mix and start learning. Expectation 5: Your problems will be less ridiculous as you move up. Reality: Ridiculousness and ridiculous people exist at every part of the totem pole. Even high ranking people have their issues and it is your job to work with all types of different people in construction. Base your decision making on what is best for the project, and you will be okay. 0:00 Intro 0:44 Expectation #1 Will You Use Your Degree? 2:30 Expectation #2 Big Job or Small Job? 4:45 Expectation #3 Is Construction Hard? 6:21 Expectation #4 Can A New Engineer Make a Difference? 9:05 Expectation #5 Problems Change as You Move Up? 12:30 THANKS FOR STAYING TIL THE END! Song: MBB - Hawaii Music provided by Vlog No Copyright Music. Creative Commons - Attribution-ShareAlike 3.0 Unported Video Link: 🤍 Kienen Koga is a project engineer working for a corporate company. This video and this channel does not necessarily reflect the opinion nor beliefs of the company and are for entertainment purposes only. All thoughts expressed are purely his own observations and experiences.

Building Engineering Technology: Structural


Structural experts plan with durability in mind. They assist in the design and construction of building systems and perform site inspections and testing. You’ll learn about steel, timber and reinforced concrete design, soils and materials testing, and quantity surveying. Our two-year program and industry work experience also provides general communication and mathematics skills for making your mark on the business world. Structural experts are efficient thinkers and central figures in every building design. To learn more visit: 🤍

Burj Khalifa | The Secrets of its incredibly Strong Foundation


How such a massive building able to stand strong on loose Dubai soil? Let's explore all the secrets of Burj Khalifa's foundation in this video. We are in a financial trouble. Your support on Patreon is much appreciated. 🤍 LinkedIn : 🤍 instagram : 🤍 Twitter : 🤍 Telegram : 🤍 FB : 🤍 Voice over artist : 🤍

LM | Building Engineering


Aprile 2022 Per maggiori info: 🤍

Hoover Dam | All the Secrets of the Engineering Wonder


The magnificent Hoover Dam which was constructed 80 years ago, still stands strong and serves the US in the fields of irrigation, flood control, and power production. Even during a torrential rainfall you won’t see Hoover dam overflowing like this causing destruction. Welcome to the engineering secrets of Hoover Dam. In this video, you are going to assume the role of Hoover Dam design engineer Mr. John Savage and design and construct a gigantic dam in Arizona’s Colorado River. Be our supporter or contributor: 🤍 instagram : 🤍 Twitter : 🤍 Telegram : 🤍 FB : 🤍 Voice over artist : 🤍

Extreme Engineering Machines Building The Most Amazing Megastructures


If you think Engineering is cool, you'll love to see the most extreme mega structures being made. Here's some extreme engineering! Suggest a topic here to be turned into a video: 🤍 Subscribe for more! ► 🤍 ◄ Stay updated ► 🤍 🤍 ◄ For copyright queries or general inquiries please get in touch: hello🤍 Legal Stuff. Unless otherwise created by BeAmazed, licenses have been obtained for images/footage in the video from the following sources: 🤍

7 Basic Steps of Building Construction Every Civil Engineer Should Know.


Understanding the basics of building construction helps to construct a building project successfully. The steps involved in building construction are explained in this article. When there is a plan to develop a new building, it is very necessary to have an idea about the start and the end of the building project. The flowchart below shows the construction flow from the start to the end of a building project. ☑️☑️☑️Follow US ☑️☑️☑️ 👍 Subscribe us for more Videos.. 🤍 👍 Like us on Facebook: 🤍 👍 Join our FB Group: 🤍 ☑️☑️☑️Watch Also ☑️☑️☑️ 👍Difference Between Fine Grained Soil and Coarse Grained Soil. ☑️🤍 👍What is Concrete Temperature Limit? Its Importance and Effects on Construction. ☑️🤍 👍Construction Joints in Concrete – Its Advantages and Location Selection. ☑️🤍 👍Difference Between Cement Mortar and Grout in Construction. ☑️🤍 👍What is Self Leveling Concrete? Its Construction, Properties, etc. ☑️🤍 👍What is Concrete Spalling? Their Causes and Prevention ☑️🤍

Day in the Life of a Building Engineer | Job Overview | Facilities Maintenance


This YouTube video will explain what a building engineer does. From changing light bulbs, to project management. No two days are exactly the same. A building engineer wears multiple hats, needs good communication skills, good people skills, and problem solving skills . You will become familiar with BIM Building Information Management software and/or BMS Building Management System software. #facilitymanagement #facilitiesmaintenance #buildingmanagement #buildingmaintenance #careerguidance #howto #BMS #BIM ⚠️Disclaimer: I, Kevin Jones assume no liability for property damage or injury incurred as a result of any of the information contained in this video. This channel is for informational and educational purposes only! Use this information at your own risk. Always wear PPE and practice safe repair procedures when working with tools seen or implied in this video. Due to factors beyond my control, no information contained in this video shall create any expressed or implied warranty or guarantee of any particular result. Any bodily injury, property damage, or loss that may result from improper use of these tools, equipment, or from the information contained in this video, is the sole responsibility of the user and not Kevin Jones. By reading this, and/or watching any of the videos on this channel, you agree to the terms described herein. 🤍

Funniest Engineering Fails


Here are the funniest engineering fails you'll ever see! Suggest a topic here to be turned into a video: 🤍 Subscribe for more! ► 🤍 ◄ Stay updated ► 🤍 🤍 ◄ For copyright queries or general inquiries please get in touch: hello🤍 Legal Stuff. Unless otherwise created by BeAmazed, licenses have been obtained for images/footage in the video from the following sources: 🤍

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