Build Wise With Alex @buildwisewithalex Channel on Telegram

Build Wise With Alex

@buildwisewithalex


☀️We talk about the design of buildings and structures.

🚨To contact us:
@GC_USA_LLC

Build Wise With Alex (English)

Are you interested in learning more about the design of buildings and structures? Look no further than the 'Build Wise With Alex' Telegram channel! Alex, a knowledgeable and experienced architect, shares valuable insights and tips on how to create functional and aesthetically pleasing spaces. Whether you're an aspiring architect, a student studying design, or simply someone who appreciates the art of construction, this channel is the perfect place for you.

Join us as we explore the world of architecture together, discussing everything from innovative building materials to sustainable design practices. Get inspired by the latest trends in the industry and learn how to make informed decisions when it comes to designing your own space.

Have a question or want to share your own thoughts on a particular topic? Feel free to reach out to us at @GC_USA_LLC. We'd love to hear from you and continue the conversation about all things related to building and design. Let's build wise with Alex and create a better future through thoughtful and intentional architecture.

Build Wise With Alex

18 Jan, 02:06


📐 Master the Equation of an Ellipse!

Ever wondered how to find the equation of an ellipse that passes through three given points? This step-by-step guide breaks it down for you, covering the properties and general form of an ellipse.

🔑 What You’ll Learn:
• The relationship between the center, axes, and points.
• How to substitute points into the general equation of an ellipse.
• Solving equations to derive the final result.

Perfect for geometry enthusiasts, engineers, and anyone preparing for exams like the FE Exam!

👉 Dive into the full article and start mastering ellipses today! 🚀

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Build Wise With Alex

17 Jan, 03:05


📐 Simplify Trigonometric Expressions with Ease!

Struggling with complex trigonometric expressions? This guide shows you how to simplify them step-by-step using key identities like sine, cosine, and tangent.

🔑 What You’ll Learn:
• How to identify patterns in trigonometric expressions.
• Techniques to rewrite and simplify for easier calculations.
• Practical tips for exams and engineering applications.

Whether you’re preparing for the FE Exam or improving your math skills, this article is packed with insights to help you succeed.

👉 Check out the full guide and start mastering trigonometry today! 🚀

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Build Wise With Alex

15 Jan, 02:36


📏 Finding the Equation of Perpendicular Lines!

Struggling with lines and slopes? Learn how to find the equation of a line passing through a point and perpendicular to another line in just a few simple steps!

🔑 What You’ll Learn:
• How to calculate the slope of a perpendicular line.
• Using the point-slope formula to find equations.
• Step-by-step examples for better understanding.

Whether you’re preparing for an exam or sharpening your geometry skills, this guide is a must-read!

👉 Check out the full article and master this essential concept today! 🚀

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Build Wise With Alex

14 Jan, 02:02


📐 Master the Parabola Equation!

Ever wondered how to find the equation of a parabola when the directrix is given? This step-by-step guide breaks down the relationship between the vertex, focus, and directrix, making it simple and easy to understand.

🔑 What You’ll Learn:
• Key concepts of parabolas.
• How to derive the equation using a given directrix.
• Practical examples to solidify your understanding.

Whether you’re preparing for the FE Exam or diving into conic sections, this guide is perfect for building your geometry skills!

👉 Check out the full article and start mastering parabolas today! 🚀


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Build Wise With Alex

12 Jan, 01:44


📐 Mastering the Art of Area Calculation

Ever faced a complex shape and wondered how to calculate its area? The solution lies in breaking it down into simpler parts like rectangles, triangles, or circles. This approach not only simplifies the process but also ensures accuracy, making it essential for engineering, geometry, and exams like the FE Exam.

💡 Why It Matters:
Whether you’re designing structures, calculating material requirements, or preparing for exams, understanding how to calculate areas is an invaluable skill.

👉 Check out the full article and start mastering this technique today! 🚀

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Build Wise With Alex

11 Jan, 17:28


Shadow Geometry: How Tall Is the Tree?

In this video, we explore how to use geometry and the shadow of a tree to determine its height! Discover how simple math principles can help solve fascinating real-life problems. Perfect for students, engineers, and math enthusiasts! 🚀

📌 What you’ll learn:
• How to apply proportions to solve problems
• Using the angle of the sun’s rays
• Developing spatial and logical thinking

Don’t forget to subscribe for more videos featuring engineering challenges, problem-solving tips, and math tricks! 🎥

https://youtube.com/shorts/7KFoyg9cAHM

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Build Wise With Alex

10 Jan, 16:51


📐 Simplify Trigonometric Expressions with Ease!

Master the essential skill of simplifying trigonometric expressions using sine, cosine, tangent, and other key identities. This step-by-step guide will help you tackle complex problems efficiently.

🔑 What You’ll Learn:
• Key trigonometric identities for simplification.
• Practical examples to boost your understanding.
• How to apply these techniques in exams and real-world scenarios.

Whether you’re preparing for the FE Exam or just brushing up on geometry, this guide has you covered!

👉 Check out the full article and take your trigonometry skills to the next level. 🚀

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Build Wise With Alex

07 Jan, 16:25


📏 Master the Distance Formula!

Want to calculate the distance between two points like a pro? Our latest guide breaks down the distance formula step-by-step, making it simple to understand and apply.

🔑 What You’ll Learn:
• Practical examples to solidify your understanding.
• How this essential concept is used in geometry, engineering, and beyond.

Perfect for FE Exam prep or anyone looking to boost their math skills!

👉 Dive into the full article and take your geometry knowledge to the next level. 🚀

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Build Wise With Alex

07 Jan, 00:39


📐 Calculate Distances with Similar Triangles!

Discover how to solve the distance between two points using simple geometry principles. A must-know method for students and engineers! 🚀

Our video

🔗 Read more here: [Link to the article]

#Geometry #Engineering #SimilarTriangles

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Build Wise With Alex

05 Jan, 15:06


📐 Understanding Parallel Lines and Slopes

Have you ever wondered why some lines never intersect, no matter how far they extend? The secret lies in their slopes! In this article, we dive into the fascinating world of coordinate geometry to explore what makes two lines parallel.

🔑 Key Highlights:
• Learn the definition of a slope and how to calculate it.
• Discover the mathematical condition for parallel lines: equal slopes.
• Understand why equal slopes ensure lines never meet, using simple examples.

This concept is not just a math problem—it’s essential for understanding engineering, architecture, and geometry. Whether you’re preparing for the FE Exam or simply looking to sharpen your skills, this breakdown will make it easy to grasp.

📚 Don’t miss out on practical examples and step-by-step explanations that bring this concept to life.
🚀 Dive into the full article and enhance your understanding today!

👉 Read the full article now

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Build Wise With Alex

04 Jan, 23:00


Understanding Units and Conversions Between American and Metric Systems

Measurement units play a crucial role in engineering, physics, and everyday calculations. The U.S. customary system (used in the United States) and the metric system (used globally) differ significantly in their approach, requiring accurate conversions for precise calculations. This article explores these differences and explains key concepts such as gravitational constants, mass vs. weight, and fundamental laws like Newton’s Second Law.

Our Article
Video

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Build Wise With Alex

04 Jan, 22:00


🎓 FE Exam: Your First Step to PE!

The FE exam is key to starting your engineering licensure journey. Learn about its structure, registration process, and tips for success. Ready to take the leap? 💡

Our Article

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🔗 More details: Patreon link
#FEExam #EngineeringLicensure #StudyTips

Build Wise With Alex

04 Jan, 21:23


Engineering Licensure in the US: A Complete Guide

Engineering is a highly respected profession that directly impacts public safety, infrastructure, and technological innovation. In the United States, becoming a licensed engineer—often referred to as a Professional Engineer (PE)—is a critical step for individuals who want to demonstrate their expertise, advance their careers, and take on greater responsibility in their field.

Engineering licensure in the US is not just a regulatory requirement—it is a mark of excellence. The journey to becoming a licensed Professional Engineer reflects a commitment to technical expertise, ethical responsibility, and public safety. Whether you’re a student, an EIT, or an experienced engineer, pursuing licensure is an investment in your career and professional reputation.

Our Article

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Build Wise With Alex

01 Jan, 19:31


We’ve created an AI-powered Engineering Bot on a basic level 🤖

This bot is specifically designed to assist with engineering and mathematical problems. Please review the basic rules and guidelines before you start.

What the bot can do:
1. 📘 Solves engineering and mathematical problems.
2. 🧩 Provides step-by-step explanations to help you understand the solution.
3. 💡 Improves your knowledge in engineering and mathematics.

How to use the bot:
1. Describe your problem:
Write it clearly and concisely. For example:
• “Calculate the moment of inertia for a rectangular beam.”
• “Find the integral of the function x^2.”
2. Receive a step-by-step solution:
• The bot will explain each step in detail.
• You’ll understand how and why certain methods are applied.
3. Stick to the topic:
• The bot is designed only for engineering and mathematical problems.
• Chatting about other topics (e.g., the weather) is not supported.

Bot Features:
Completely free: You can use all the bot’s features without any payment.
🛠️ Focused on learning: The goal is not just to solve your problem but to teach you how to understand and solve it on your own.

If you have an engineering or mathematical problem, just send it to the bot, and it will start solving it. Good luck with your learning! 🚀

Oh, and here’s the link to the bot: [@BuildWiseWithAlex_Bot]

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Build Wise With Alex

25 Dec, 03:55


FE Exam | Finding the Equation of an Ellipse Given Three Points

In this video, we walk through the process of finding the equation of an ellipse when three points are given. I’ll explain the steps involved in setting up the general equation of an ellipse and using the given points to solve for unknowns. This technique is essential for those studying geometry or preparing for exams like the FE Exam, and it has practical applications in engineering and design.

By the end of this video, you’ll have the skills to determine the equation of an ellipse from just a few key points. Don’t forget to like, comment, and subscribe for more tutorials on geometry and engineering!

https://youtu.be/j-5r7h5d8ag

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Build Wise With Alex

21 Dec, 03:54


FE Exam | Identifying Conic Sections from Equations

In this video, we work through a set of problems focused on identifying conic sections — circles, ellipses, parabolas, and hyperbolas — based on their equations. I’ll guide you through the key characteristics of each conic section, explaining how to recognize them by examining their standard forms and coefficients. This tutorial is ideal for building a strong foundation in geometry and is especially helpful for exams like the FE Exam.

By the end of this video, you’ll have a clearer understanding of how to identify conic sections quickly and accurately. Don’t forget to like, comment, and subscribe for more in-depth tutorials on math and engineering topics!

https://youtu.be/PBraA0cfQjk

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Build Wise With Alex

17 Dec, 03:52


FE Exam | Finding the Equivalent Trigonometric Expression

In this video, we tackle the process of finding the equation of an ellipse that passes through three given points. I’ll guide you through the steps needed to derive the equation, using the properties and general form of an ellipse. This technique is valuable for geometry and engineering applications, and it’s especially helpful for exam prep, including the FE Exam.

Watch till the end to learn how to apply these methods confidently and solve ellipse-related problems in your studies and work. Don’t forget to like, comment, and subscribe for more math and engineering tutorials!

https://youtu.be/RRvf3Who00k

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Build Wise With Alex

14 Dec, 18:51


FE Exam | Finding the Equivalent Trigonometric Expression

In this video, we explore how to simplify and find the equivalent of complex trigonometric expressions using key identities. I’ll walk you through the steps to rewrite and simplify trigonometric expressions for easier calculation and analysis. This approach is essential for understanding trigonometric functions and is particularly useful for exams like the FE Exam or any math-intensive engineering coursework.

By the end of this tutorial, you’ll be able to confidently transform trigonometric expressions and apply these skills to solve complex problems. Don’t forget to like, comment, and subscribe for more math and engineering videos!

https://youtu.be/onMqaNGSw-k

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Build Wise With Alex

14 Dec, 18:21


Welcome to Build Wise With Alex! 🎉

Here, I share valuable content about engineering, FE Exam preparation, math tutorials, and building design insights to help students and professionals succeed. 🚀

Explore My Resources:

📱 YouTube Channel
📱 Telegram Community
📱 Follow on Discord
📱 LinkedIn for Professionals
🎁 Website

Support My Work:

Buy me a coffee
📱 Patreon

Thank you for being here! Your support helps me create better content and grow this community. Let’s build and learn together! 💪

🚨To contact us:@GC_USA_LLC

Build Wise With Alex

12 Dec, 18:50


FE Exam | Understanding Theorems of Parallel Lines | Geometry Explained

In this video, we break down the fundamental theorems related to parallel lines, including the Corresponding Angles Postulate, the Alternate Interior Angles Theorem, and the Same-Side Interior Angles Theorem. We’ll discuss each theorem in detail, explain how to apply them, and use visual examples to make these concepts easy to understand.

This tutorial is ideal for students preparing for the FE Exam or anyone looking to strengthen their knowledge of geometry. Watch until the end to gain a thorough understanding of parallel line theorems and how they apply in both math problems and real-world engineering scenarios. Don’t forget to like, comment, and subscribe for more educational content!

https://youtu.be/Y2ytbHuAb74


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Build Wise With Alex

11 Dec, 18:48


FE Exam | Finding All Angle Measures Formed by a Transversal and Parallel Lines

In this video, we dive into how to find all angle measures created when a transversal intersects parallel lines. You’ll learn to identify corresponding, alternate interior, and same-side interior angles, along with understanding their properties and relationships. Using visual examples and step-by-step explanations, we make this important geometry topic simple and easy to grasp.

This video is perfect for exam preparation, including the FE Exam, and will solidify your understanding of plane geometry concepts. Don’t forget to like, comment, and subscribe for more lessons on math and engineering!

https://youtu.be/a86sbziBv3U


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Build Wise With Alex

10 Dec, 18:46


FE Exam | Unit Conversion Made Easy: Imperial to SI System Explained

Are you struggling with converting units between the Imperial System and the SI (Metric System)? In this video, I’ll explain how these two systems work, why conversions are essential for engineers, architects, and everyday tasks, and show you simple methods to convert measurements like length, weight, and volume.

https://youtu.be/ZzpNNJOMFrc

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Build Wise With Alex

09 Dec, 18:44


FE Exam | Finding the Equation of a Perpendicular Line Through Given Points

In this video, I solve a problem where we find the equation of a line passing through given points and perpendicular to another line. We’ll go through the process step-by-step, covering how to determine the slope of the perpendicular line and use the point-slope form of a linear equation to find the final answer.

This tutorial is great for understanding how slopes of perpendicular lines work and is especially useful for the FE Exam or any geometry-related engineering problems. Watch to learn how to approach these problems with confidence. Don’t forget to like, comment, and subscribe for more math and engineering content!

https://youtu.be/a_asbgfcGkA

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Build Wise With Alex

06 Dec, 18:43


FE Exam | How to Find the Equation of a Parabola Given the Directrix

In this video, you’ll learn how to determine the equation of a parabola when the coordinates of its directrix are provided. We’ll break down the concept step by step, explaining the relationship between the vertex, focus, and directrix. By the end of the video, you’ll be equipped to solve similar problems with confidence. Perfect for students preparing for exams, engineers, or anyone diving into the fascinating world of conic sections.

https://youtu.be/xdw9Kp_oJy8

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Build Wise With Alex

05 Dec, 18:42


FE Exam | Angles Formed by a Transversal and Parallel Lines

In this video, I explain the different types of angles formed when a transversal intersects two parallel lines: same-side interior angles, corresponding angles, and alternate interior angles. We’ll break down each angle type with clear definitions and visual examples to help you understand their properties and how to identify them.

This content is essential for mastering key concepts in geometry and is especially useful for those preparing for the FE Exam or working on engineering design problems. Watch till the end to strengthen your understanding and apply this knowledge confidently. Don’t forget to like, comment, and subscribe for more engineering and math content!

https://youtu.be/LEho5md7tzA


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Build Wise With Alex

04 Dec, 18:34


FE Exam | Finding the Area of a Complex Shape

In this video, we explore how to calculate the area of a complex shape by breaking it down into simpler parts. I’ll show you step-by-step methods to find the area of each section and add them up to get the total area. This approach is invaluable for engineering and geometry applications, and it’s a must-know technique for exams like the FE Exam.

By the end of this video, you’ll be able to confidently find the area of irregular shapes and apply this skill to various math and engineering problems. Don’t forget to like, comment, and subscribe for more practical tutorials on math and engineering!

https://youtu.be/_8RlYdb9xqs


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Build Wise With Alex

03 Dec, 18:31


FE Exam | Trigonometric Functions Simplified

In this video, we focus on simplifying trigonometric expressions, a crucial skill for the FE Exam. You’ll learn how to work with trigonometric identities, such as sine, cosine, and tangent, to simplify complex expressions efficiently. We’ll break down each step and show you how to recognize and apply these identities to solve problems quickly.

Whether you’re studying for the FE Exam or just looking to improve your understanding of trigonometric functions, this video will give you the confidence to tackle these types of questions. Don’t forget to like, comment, and subscribe for more math and engineering content!

https://youtu.be/sk9j0T_iNf8

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Build Wise With Alex

02 Dec, 18:29


FE Exam | Solving Quadratic Equations: Negative Discriminant and Complex Solutions

In this video, we explore how to solve quadratic equations when the discriminant is less than zero. You’ll learn why such equations have no real solutions and how to express the solutions in terms of complex numbers. We’ll cover the concept of imaginary numbers, walk through detailed examples, and show you how to use the quadratic formula effectively in these cases.

Whether you’re preparing for the FE Exam, studying complex numbers, or looking to strengthen your understanding of quadratic equations, this video will guide you through the process. Don’t forget to like, comment, and subscribe for more content on math and engineering concepts!

https://youtu.be/57fW2lSqkwg

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Build Wise With Alex

30 Nov, 18:27


FE Exam | Solving Quadratic Equations: Discriminant Greater Than Zero

In this video, we tackle how to solve quadratic equations when the discriminant is greater than zero. You’ll learn the step-by-step method to find two distinct real solutions using the quadratic formula. We’ll break down the concept of the discriminant, explain why it determines the nature of the solutions, and work through practical examples to make everything clear.

Whether you’re preparing for the FE Exam, studying for a math test, or just brushing up on quadratic equations, this video will give you the tools you need to solve these problems with confidence. Don’t forget to like, comment, and subscribe for more math and engineering content!

https://youtu.be/hC3gVCsrrQY

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Build Wise With Alex

29 Nov, 18:25


FE Exam | The distance between the two points

In this video, we dive into the method for calculating the distance between two points using the distance formula. You’ll learn how to apply this essential concept step-by-step, making it easy to understand and use in practice. Perfect for anyone studying geometry or preparing for the FE Exam, this tutorial will guide you through several examples to reinforce your understanding.

By the end of the video, you’ll be equipped with the skills to solve distance problems quickly and accurately. Don’t forget to like, comment, and subscribe for more engineering and math content!

https://youtu.be/rtyJLVhCNOk

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Build Wise With Alex

28 Nov, 04:16


Thank you for your subscription.

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Build Wise With Alex

28 Nov, 02:24


FE Exam | Why Slopes Must Be Equal?

In this video, we explore the concept of parallel lines and the mathematical condition that makes two lines parallel: having the same slope. We’ll break down what slope means, how to calculate it from a linear equation, and why having equal slopes ensures that lines never intersect. This explanation will be essential for anyone preparing for the FE Exam or those wanting to strengthen their understanding of coordinate geometry.

By the end of this video, you’ll be able to identify parallel lines easily and apply this knowledge to solve real-world engineering problems. Don’t forget to like, comment, and subscribe for more videos on engineering and math concepts!

https://youtu.be/EdeNTIwhBzk

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Build Wise With Alex

16 Nov, 16:35


Introduction:
Are you preparing for the FE Exam, studying for university courses, or navigating the challenges of advanced high school math? Look no further! This concise yet comprehensive book on analytical geometry is designed to meet the needs of students and aspiring engineers alike.

Who is this book for?
• FE Exam Candidates: Analytical geometry is a crucial component of the exam, and this book simplifies complex concepts with practical examples.
• University Students: Perfect for those tackling geometry-related topics in engineering, mathematics, or physics.
• High School Students: A valuable resource for those aiming to excel in math and build a strong foundation for higher education.

Key Topics Covered:
• Cartesian Coordinates and Graphs
• Equations of Lines, Circles, and Parabolas
• Vectors and Their Applications
• Conic Sections and Transformations
• Distance, Midpoints, and Slopes
• Solving Systems of Equations Geometrically

If you’re passionate about engineering and want to master the essential principles of geometry and statics, “Build Wise With Alex” is the perfect resource for you. This comprehensive guide covers fundamental topics like analytic geometry, forces, equilibrium, and moments, with clear explanations and practical examples.

📘Our Website

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Build Wise With Alex

12 Nov, 00:34


On the Object and Subject of Architecture and Capital Construction

Abstract.
Over the last decades, there has been a process of replacement in official language of documents significant for architectural practice of those terms that denote the object of architectural activity. “Capital construction object” (OKS) is aggressively replacing the formerly habitual “architectural object” and “buildings and structures”. This phenomenon is revealed
as a result of a conceptual and terminological analysis of several regulatory and legislative documents issued over the period from 1995 to 2022. Using an encyclopedic definition and based on the “life cycle” model of a building, the paper deduces the true meaning of the concept of OKS, as relating only to the construction stage, its unjustified claims to the role of an umbrella term covering all states of the created and operated objects. It is shown that only “building” and “architectural object”, but not OKS, are carriers of compositional, functional, and operational, consumer properties. The substitution of the former by the latter
in the vocabulary of architects and builders is theoretically unjustified and is fraught with problems for the entire architectural and construction business.

Kiyanenko Konstantin V.
(Vologda). Doctor of Sciences in Architecture, Professor, Adviser of RAACS. Moscow Institute of
Architecture (State Academy) (11/4 Rozhdestvenka st., block 1, bldg. 4, Moscow, 107031. MARKHI); Adjunct Professor of the RUDN
University” (6 Miklukho-Maklaya Street, Moscow, 117198. RUDN). E-mail:
[email protected]


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Build Wise With Alex

11 Nov, 03:53


For our Russian-speaking subscribers, we’re excited to announce the launch of a new Telegram channel crafted specifically with your needs in mind. This channel will feature a refreshed approach to content creation, focusing on topics and formats that are tailored for our Russian audience, and all content will be presented exclusively in Russian. Join us there for insightful, relevant content that speaks directly to you. Here’s the link to subscribe:

https://t.me/+14UBZkprtsExZmVi

Для наших русскоязычных подписчиков мы рады представить новый Telegram-канал, созданный специально с учетом ваших интересов. На этом канале вас ждет свежий подход к созданию контента, с акцентом на темы и форматы, ориентированные на русскоязычную аудиторию. Весь контент будет представлен исключительно на русском языке. Присоединяйтесь к нам, чтобы получать актуальную и полезную информацию, которая говорит с вами на одном языке. Вот ссылка для подписки:

https://t.me/+14UBZkprtsExZmVi

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Build Wise With Alex

05 Nov, 23:01


The Engineer’s Creed (NSPE)

As a Professional Engineer, I dedicate my professional knowledge and skill to the advancement and betterment of human welfare.

I pledge:

• To give the utmost of performance;
• To participate in none but honest enterprise;
• To live and work according to the laws of man and the highest standards of professional conduct;
• To place service before profit, the honor and standing of the profession before personal advantage, and the public welfare above all other considerations.

In humility and with need for Divine Guidance, I make this pledge.

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05 Nov, 12:00


The American Society of Civil Engineers (ASCE), founded in 1852, is one of the oldest and largest professional organizations for civil engineers. ASCE’s mission is to advance the civil engineering profession and improve society’s quality of life through sustainable infrastructure development. It provides resources for professional growth, including standards, publications, and educational programs.

ASCE is known for publishing the Infrastructure Report Card, which evaluates the state of U.S. infrastructure and influences policy decisions. The organization sets global standards, promotes innovation, and advocates for engineers’ interests in legislation. ASCE’s headquarters are in Reston, Virginia, and its impact extends worldwide.

Visit their official site: www.asce.org.

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01 Nov, 02:59


Subcontractor

Subcontractors are specialized professionals or companies hired by the General Contractor to complete specific tasks within the construction project.

Each subcontractor focuses on a particular area, such as electrical work, plumbing, HVAC (heating, ventilation, and air conditioning), or interior finishing. They work under the coordination of the General Contractor and ensure their specialized tasks are completed according to project specifications, safety standards, and schedules.

Subcontractors bring expert skills to their specific roles, contributing to the overall quality and efficiency of the construction process.

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31 Oct, 02:35


Halloween originated from the ancient Celtic festival of Samhain, where people lit bonfires and wore costumes to ward off evil spirits. With the spread of Christianity, Samhain evolved into All Hallows’ Eve. In the 18th and 19th centuries in the U.S., new traditions emerged, including carving pumpkins (jack-o’-lanterns) and dressing up as spooky characters.

The commercialization of Halloween in the 20th century brought familiar decorations like cobwebs, skeletons, and ghosts. Today, it’s a vibrant holiday marked by elements of horror and fun.

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31 Oct, 00:26


Друзья, на нашем канале начали появляться многочисленные комментарии с негативными заявлениями, что якобы мы приносим политику в наше инженерное сообщество, что администрация “продалась” и занимает ту или иную позицию. Хочу прояснить: наш канал посвящен исключительно знаниям и профессиональному развитию в инженерии, и мы стремимся объединять людей, а не разъединять их.

Мне довелось работать с множеством украинцев здесь, в Америке, и наше общение всегда было дружелюбным и уважительным. Никогда не сталкивался с негативным отношением к себе как к русскому. Эти люди, несмотря на все сложности, поддерживают друг друга и окружающих, что заслуживает уважения. Это ещё раз подтверждает, что разногласия, разделяющие нас, не исходят от простых людей, а нацелены на то, чтобы посеять вражду и недоверие среди нас.

Мы уверены, что знание не имеет границ и национальностей, и будем продолжать делиться материалами о работе инженеров разных стран – будь то российские, японские, канадские, французские и многие другие. Однако, чтобы избежать непонимания, весь контент будет публиковаться на нейтральном английском языке.

Мы здесь для того, чтобы учиться, делиться опытом и поддерживать друг друга в профессиональном росте. Давайте не будем позволять негативу и предвзятости разрушить это сообщество. Спасибо за понимание и уважение к ценностям канала!

Friends, recently, we have seen numerous negative comments on our channel accusing us of bringing politics into our engineering community or being biased. Let me clarify: this channel is dedicated solely to knowledge and professional development in engineering, and our goal is to unite people, not divide them.

I have had the pleasure of working with many Ukrainians here in America, and our interactions have always been friendly and respectful. I have never experienced any negativity towards me as a Russian. Despite the challenges they face, these people support each other and those around them, which is truly admirable. This reinforces the belief that the divisions affecting us are not from ordinary people but are aimed at creating discord and distrust among us.

We firmly believe that knowledge has no borders or nationalities, and we will continue to share content highlighting engineers from around the world – Russian, Japanese, Canadian, French, and many others. However, to avoid misunderstandings, all content will be published in neutral English.

We are here to learn, share experiences, and support each other’s growth. Let’s not allow negativity and bias to undermine this community. Thank you for your understanding and respect for the values of this channel!

https://youtube.com/shorts/sfgatF9EmPE?si=mtHs75SM4no48AFQ

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Build Wise With Alex

30 Oct, 06:30


The song “Mайже весна” by Okean Elzy

conveys a sense of hope, anticipation for change, and inner strength. The lyrics speak about personal struggles, the search for one’s path, and the desire to see light at the end of a challenging phase, similar to how spring arrives after a long winter.

The song is filled with symbolism of renewal and rebirth, which creates a strong parallel with the process of tackling complex problems and overcoming obstacles—both in engineering and in life.

https://youtu.be/ALYEHeZ-SgY?si=oII4-skTqbXcyFGj

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30 Oct, 03:06


Surveyor

The Surveyor plays a critical role at the start of the construction process by providing precise measurements and mapping the land. They determine property boundaries, identify topographical features, and mark locations for buildings and infrastructure.

Surveyors use specialized tools and technology to ensure that the construction project is accurately positioned on the site, which is essential for maintaining structural integrity and adhering to local regulations. Their work lays the groundwork for architects, engineers, and contractors, helping to prevent costly adjustments later in the project.

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Build Wise With Alex

30 Oct, 02:51


Client (Owner)

The Client or Owner is the person or organization that initiates, funds, and oversees the construction project. Their role is foundational, as they set the primary objectives, requirements, and expectations for the project, including its purpose, budget, and timeline. They often collaborate with architects and engineers in the initial planning stages to outline the vision and needs of the project. Additionally, they approve key decisions and ensure that the project aligns with their goals.

The Client may be involved throughout the project to track progress, approve adjustments, and review costs, especially in larger or more customized projects. In some cases, the Client may delegate day-to-day responsibilities to a Construction Manager or Project Manager, who acts on their behalf to monitor quality, budget, and timelines.

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Build Wise With Alex

29 Oct, 02:37


Here are some outstanding Ukrainian engineers who made significant contributions to science and technology:

1. Yevhen Paton – An engineer and scientist in bridge construction and welding, founder of the Institute of Electric Welding in Kyiv. Paton developed unique welding technologies, and under his leadership, the famous Paton Bridge over the Dnipro was built—the world’s first all-welded bridge.

2. Igor Sikorsky – An aviation engineer and inventor, often called the “father of helicopters.” Born in Kyiv, he later emigrated to the U.S., where he developed the first production helicopter and other remarkable aircraft. His designs had a profound impact on the aviation industry.

3. Sergey Korolev – A leading Soviet engineer and space technology designer, born in Zhytomyr. He led the development of the first Soviet rockets and spacecraft, which made it possible to launch the first satellite and send the first human into space.

4. Stephen Timoshenko – The founder of modern mechanics and applied physics. Timoshenko’s work in elasticity theory and material strength laid the foundation for many engineering disciplines. He was born in Shpotivka (Ukraine) and later emigrated to the U.S., where he continued his research.

5. Vladimir Chelomey – A Ukrainian and Soviet engineer who made major contributions to the development of space technology and missile systems. Chelomey led the creation of satellites and spacecraft, including the famous Proton rocket.

These engineers left an invaluable legacy in global science and technology, impacting aviation, space exploration, mechanics, and construction.

https://youtu.be/rAHfkxxSToM?si=YolUnE0doNeUuUZu

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29 Oct, 02:20


Coming soon 🍿

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Build Wise With Alex

28 Oct, 16:50


1. Client (Owner) — funds the project, sets objectives, and establishes requirements.
2. Architect — responsible for the design, layout, and appearance of the building, ensuring compliance with codes and client specifications.
3. General Contractor (GC) — the primary contractor who manages the construction process, coordinates subcontractors, and oversees scheduling and budgeting.
4. Subcontractors — specialized companies or teams performing specific work, such as electrical, plumbing, HVAC, and finishing.
5. Structural Engineer — designs the structural components to ensure the building’s strength and stability.
6. MEP Engineers (Mechanical, Electrical, and Plumbing) — separate specialists:
• Electrical Engineer — designs electrical systems.
• HVAC Engineer — develops heating, ventilation, and air conditioning systems.
• Plumbing Engineer — designs water supply and sewage systems.
7. Surveyor — conducts land surveying to determine the building’s precise location.
8. Geotechnical Engineer — examines soil properties and determines the appropriate foundation requirements.
9. Designer/Drafter — responsible for creating drawings and technical documentation.
10. Environmental Engineer — assesses environmental risks and ensures compliance with environmental regulations.
11. Project Manager — coordinates participants, oversees timelines, budget, and quality.
12. Building Inspector — verifies that the construction work complies with local building codes and standards.
13. BIM Specialist — develops and maintains the building information model to optimize coordination and efficiency.
14. Construction Manager (CM) — represents the client’s interests, oversees contractor work, and ensures project compliance with contracts.
15. Safety Engineer (HSE Specialist) — monitors safety practices on-site to adhere to occupational safety regulations.
16. Procurement Specialist and Suppliers — manage the supply of materials and equipment.
17. Cost Estimator — evaluates the project budget and tracks estimated costs.
18. Legal Support — provides legal services for contracts, permits, and protection of all parties’ interests.

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Build Wise With Alex

28 Oct, 02:03


MEP Engineers (Mechanical, Electrical, and Plumbing)

MEP Engineers are responsible for designing and implementing the building’s mechanical, electrical, and plumbing systems. Each discipline within MEP plays a crucial role in creating a safe, efficient, and comfortable environment within the building:

• Mechanical Engineer (HVAC) — Designs systems for heating, ventilation, and air conditioning to maintain climate control and air quality.
• Electrical Engineer — Develops the electrical system layout, ensuring proper wiring, lighting, power distribution, and emergency systems.
• Plumbing Engineer — Designs systems for water supply, drainage, and waste management.

These engineers work collaboratively to integrate their systems into the building design, aligning with safety codes and standards. MEP Engineers ensure that the infrastructure supports the building’s functionality and energy efficiency, making them essential to any construction project.

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27 Oct, 19:56


Balsa Wood: A Lightweight Solution in American Construction

Introduction

Balsa wood, derived from the Ochroma pyramidale tree, is a unique type of wood known for its remarkable lightness and strength. Native to the rainforests of Central and South America, particularly in countries like Ecuador, balsa wood has grown in popularity worldwide due to its versatility and unique properties. Its characteristics make it an invaluable material across various industries, including construction, where it serves as a lightweight alternative for many applications. In the United States, balsa wood has found its niche, not only in model-making and hobby industries but also in more robust engineering fields, including construction.

Properties of Balsa Wood

Balsa wood is one of the lightest and softest types of wood in the world, with a density ranging from 80 to 160 kg/m³, much lower than most other woods. Despite its low density, it offers an impressive strength-to-weight ratio, which makes it strong enough for structural applications while remaining light enough for easy handling. The cellular structure of balsa consists of large, thin-walled cells filled with air, which gives the wood its buoyancy and low weight. This structure also provides excellent insulation properties, both thermal and acoustic, making it ideal for applications that require both strength and insulation.

Processing and Treatment

Balsa wood is typically processed into boards, sheets, and blocks. To enhance its durability for construction, it is often kiln-dried and sometimes treated with preservatives. Kiln drying removes excess moisture and stabilizes the wood, making it less prone to warping or cracking. For construction applications where exposure to moisture or pests may be a concern, balsa wood can also be treated with fungicides or insecticides. This treatment extends its lifespan and improves its performance in varied environments.

Applications in American Construction

In the American construction industry, balsa wood is valued primarily for its light weight and insulating properties. Here are some specific applications:

1. Core Material for Composite Panels
Balsa is frequently used as a core material in sandwich panels, where it is sandwiched between layers of stronger materials, such as fiberglass or aluminum. These composite panels are utilized in constructing lightweight structures where both strength and low weight are essential. For example, in prefabricated walls and roofs, balsa-core panels help reduce the overall weight of the structure without compromising its durability.
2. Insulation in Building Structures
Balsa wood’s cellular structure provides excellent thermal and sound insulation, making it an eco-friendly choice for building insulation. It is often used in walls, floors, and ceilings to improve a building’s energy efficiency. In recent years, as the demand for sustainable materials has grown, balsa wood has become an attractive option for green building projects in the United States.
3. Bridge Construction and Civil Engineering
Although less common, balsa wood has also been used in some experimental bridge construction projects. When combined with high-strength materials, balsa can add structural support while significantly reducing the bridge’s weight. For civil engineering applications, it has been used in temporary structures and models, where low weight and ease of assembly are critical.
4. Wind Turbine Blades
The renewable energy sector has adopted balsa wood in wind turbine construction, particularly for the blades. Wind turbine blades must be lightweight to rotate efficiently but strong enough to withstand high winds and forces. Balsa wood provides the ideal core for these composite blades, as it is lightweight and reduces the need for heavier, more expensive materials. While this application is technically outside traditional construction, it exemplifies balsa’s role in building sustainable infrastructure in the United States.

Build Wise With Alex

27 Oct, 19:56


5. Architectural Modeling and Prototyping

Balsa wood has long been used for architectural modeling due to its ease of cutting and shaping. Architects and engineers frequently use balsa models to represent structural designs and layouts, as it is easy to manipulate and allows for detailed prototyping. In academic and research institutions, balsa wood remains a favorite material for studying structural dynamics and for use in model-building competitions, where participants construct scale models of buildings and bridges.

Advantages and Disadvantages of Using Balsa Wood

Advantages

Lightweight and Strong: Balsa’s unique properties provide an excellent strength-to-weight ratio, making it easy to transport and install while maintaining durability.
Good Insulator: Its structure makes it effective for both thermal and sound insulation, reducing energy costs.
Eco-Friendly: Balsa wood is renewable and biodegradable, aligning with the growing emphasis on sustainable building materials.

Disadvantages

Cost: Balsa wood can be more expensive than other types of wood due to its limited availability and import costs.
Moisture Sensitivity: Untreated balsa can be prone to moisture damage, making it unsuitable for exterior applications unless properly treated.
Limited Structural Applications: Balsa’s low density means it cannot bear heavy loads, limiting its use in large-scale structural applications.

Conclusion

Balsa wood may not be a primary construction material for large structures, but its unique properties make it indispensable in specific applications within the American construction industry. From lightweight composite panels to energy-efficient insulation and renewable energy applications, balsa wood continues to provide innovative solutions for modern construction challenges. As the industry moves towards more sustainable practices, balsa’s role is likely to expand, especially in projects that prioritize eco-friendly, lightweight, and high-performance materials.

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27 Oct, 11:47


The distance between the two points

In this video, we’ll cover how to calculate the distance between two points in the Cartesian coordinate system, a key concept for the FE Exam. We’ll break down the distance formula step-by-step, explain its application, and provide examples to make sure you understand the process. Perfect for civil engineering students preparing for the FE Exam, or anyone looking to strengthen their understanding of analytic geometry. Make sure to watch till the end for a quick tip on solving these types of problems efficiently.

https://youtu.be/YZcWZ3gNudY

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25 Oct, 23:31


Role of the Chief Project Engineer

The Chief Project Engineer plays a critical role in the successful execution of engineering and construction projects. Their responsibilities encompass overseeing the technical aspects of the project, ensuring compliance with design standards, and managing the engineering team. Here are some key duties of a Chief Project Engineer:


Project Planning and Coordination:
The Chief Project Engineer is responsible for developing and coordinating the technical aspects of the project. This includes collaborating with architects, engineers, and contractors to ensure that all technical requirements are met and that the project stays on schedule.

Technical Oversight:
They ensure that all engineering designs, calculations, and plans meet the necessary safety, quality, and regulatory standards. This involves reviewing and approving technical drawings, specifications, and blueprints, as well as conducting regular inspections to ensure that the work aligns with the project’s design.

Leadership and Team Management:
As the leader of the engineering team, the Chief Project Engineer manages and directs engineers, technicians, and other professionals involved in the project. They assign tasks, provide guidance, and ensure that the team works efficiently and effectively.

Budget and Resource Management:
The Chief Project Engineer helps to manage the project budget, ensuring that resources are allocated efficiently and that the project stays within financial constraints. They also oversee the procurement of materials and the coordination of necessary resources to keep the project on track.

In summary, the Chief Project Engineer is the technical leader of a project, responsible for its overall design, execution, and successful completion, balancing the needs of the client with technical requirements and safety standards.

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24 Oct, 22:24


The Engineer’s Role

Engineers, particularly civil and structural engineers, play a crucial role in the construction process. Their job is to ensure that the design created by the architect can be built safely and efficiently. Structural engineers calculate loads, stress, and stability to determine how to build the structure so it can withstand environmental factors like wind, earthquakes, and weight loads. They work closely with architects to adjust the design if necessary, ensuring the project is both feasible and safe.

#civilengineering

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22 Oct, 23:14


Meet Ask an Engineer – Your Friendly Engineering Assistant!

Need quick answers to your building design or construction questions? “Ask an Engineer” is here to help! Whether you’re planning a project, calculating loads, or just curious about construction mechanics, this bot has the expertise you need. From simple questions to complex problems, “Ask an Engineer” provides clear, easy-to-understand guidance.

• Get expert advice on building design and construction.
• Solve engineering problems with ease.
• Available anytime, anywhere.

Ask an Engineer – Making engineering simple for everyone!

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Build Wise With Alex

22 Oct, 22:08


The Role of an Architect

An architect’s primary responsibility is to create the overall design of the building. This includes considering the aesthetics, functionality, safety, and sustainability of the structure. Architects use software such as AutoCAD, Revit, and SketchUp to develop 2D and 3D models that bring their designs to life. They also ensure that the design meets building codes and regulations while balancing the client’s needs and budget.

#architects

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22 Oct, 18:45


Кондоминиум в США: что это и как работает

Кондоминиум (или “кондо”) — это тип недвижимости в США, который представляет собой отдельную квартиру или жилое помещение, принадлежащее владельцу на праве частной собственности, в то время как общие части здания и инфраструктура управляются ассоциацией жильцов. В отличие от аренды жилья, кондоминиумы покупаются, и собственники получают полный контроль над своим помещением, хотя общие части остаются в ведении ассоциации кондоминиума (HOA — Homeowners Association).

Основные характеристики кондоминиумов:

1. Частная собственность:
Каждый владелец кондо обладает индивидуальной квартирой или жилым пространством, которое может продавать, сдавать в аренду или завещать. Однако, в отличие от частного дома, кондоминиум — это часть многоквартирного комплекса.
2. Общие зоны:
В кондоминиуме владельцам также принадлежат совместные участки, такие как подъезды, лифты, бассейны, тренажерные залы, сады и парковочные места. Эти зоны принадлежат коллективно и управляются HOA, которая взимает плату за содержание и обслуживание.
3. Homeowners Association (HOA):
Это ключевая структура в управлении кондоминиумом. HOA решает вопросы эксплуатации, ремонта и правил проживания в комплексе. Важно отметить, что HOA может устанавливать определенные правила для жильцов, например, ограничения по ремонту или сдаче квартиры в аренду.
4. HOA fees (взносы ассоциации):
Владелец кондоминиума обязан ежемесячно или ежегодно выплачивать взносы в ассоциацию жильцов. Эти средства идут на содержание общих зон, ремонт, страховку и другие операционные расходы. Размер взносов варьируется в зависимости от престижности района и уровня инфраструктуры комплекса.

Преимущества покупки кондоминиума:

1. Стоимость:
Кондоминиумы, как правило, дешевле частных домов, особенно в городах. Это делает их популярным вариантом для молодых семей, студентов и тех, кто хочет жить в городских районах.
2. Удобства и инфраструктура:
Большинство современных кондоминиумов предлагают удобства, такие как бассейны, тренажерные залы, охрана и даже комнаты для вечеринок. Владельцам частных домов часто недоступны такие услуги, если они не живут в люксовых районах.
3. Меньше забот по обслуживанию:
Владелец кондо не обязан самостоятельно заботиться о ремонте крыши или замене коммуникаций — это задача HOA. Это делает жизнь в кондоминиуме проще для тех, кто не хочет заниматься содержанием собственности.

Недостатки владения кондоминиумом:

1. HOA и правила:
Хотя HOA освобождает владельцев от многих забот, она также накладывает ограничения. Важно учитывать правила ассоциации перед покупкой. Иногда они могут ограничивать возможности перепланировки или сдачи жилья в аренду.
2. Плата за обслуживание:
Ежемесячные взносы в HOA могут быть значительными, особенно в элитных кондоминиумах. Эти взносы — обязательные платежи, и их невыплата может привести к серьезным последствиям, вплоть до потери собственности.
3. Меньше приватности:
В отличие от частного дома, в кондоминиуме жильцы находятся ближе друг к другу, что может вызывать дискомфорт, особенно для тех, кто предпочитает уединение.

Вывод:

Кондоминиум — это удобный вариант жилья для тех, кто хочет жить в городской среде и ценит наличие удобств, при этом не желая брать на себя всю ответственность за обслуживание дома. Однако перед покупкой важно учитывать правила HOA, дополнительные затраты и личные предпочтения по уровню приватности.

Для многих людей, особенно в густонаселенных районах США, кондоминиумы становятся идеальным выбором благодаря своей доступности и высокому уровню комфорта.

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Build Wise With Alex

21 Oct, 21:57


Начал писать методические указания по прикладной математике на английском языке, пока что пишу тему: "Analytic Geometry and Trigonometry"

Ну и приступил изучать испанский язык 😊

Build Wise With Alex

21 Oct, 16:50


На рынке недвижимости США сейчас наблюдается сложная ситуация, и она влияет на спрос на специалистов, таких как инженеры, конструкторы и архитекторы. Есть несколько ключевых факторов, которые затрудняют восстановление этого сектора.

1. Высокие процентные ставки и стоимость капитала: Одной из главных причин замедления рынка является высокий уровень процентных ставок на ипотеку, который колеблется около 6-7% в 2024 году. Это делает покупку недвижимости более дорогой для частных лиц и компаний, что снижает активность на рынке жилья и коммерческой недвижимости. Высокая стоимость заимствований также отпугивает инвесторов и застройщиков, что приводит к снижению спроса на строительство новых объектов .
2. Неопределенность перед выборами 2024 года: Многие участники рынка ждут результатов выборов, чтобы понять, какие экономические и налоговые политики будут введены новой администрацией. Политические изменения могут повлиять на ипотечные ставки, налогообложение недвижимости и программы для первого жилья. Это создает ожидание на рынке, так как игроки предпочитают подождать, прежде чем принимать решения о крупных инвестициях .
3. Ожидание роста цен и нехватка жилья: Несмотря на замедление активности, ожидается, что цены на недвижимость продолжат расти в 2024 году из-за нехватки предложения. Это особенно актуально для тех, кто ищет доступное жилье. Корпоративные покупатели, которые активно инвестируют в жилье, также создают конкуренцию для частных покупателей, что только усугубляет ситуацию с ценами .
4. Изменение в структуре коммерческой недвижимости: Гибридные модели работы и снижение спроса на офисные площади сильно повлияли на рынок коммерческой недвижимости. Многим компаниям не требуется прежний объем офисов, что привело к росту вакансий в этом сегменте. Это, в свою очередь, снижает спрос на новые строительные проекты, особенно офисные здания .

Таким образом, на данный момент рынок недвижимости США переживает фазу неопределенности и замедления, что снижает потребность в новых строительных проектах и, как следствие, в инженерах и архитекторах. Однако многие ожидают, что после выборов возможен рост активности, особенно если будут приняты меры по снижению процентных ставок и стимулированию жилищного строительства.

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Build Wise With Alex

21 Oct, 01:30


На этих фотографиях изображены элементы современного строительства с использованием древесины и металла, вероятно, для многоэтажного здания с использованием гибридных технологий.

1. Первое изображение: На нём показано здание с интересным фасадом, напоминающим структуру сотового типа, выполненным из стекла и дерева с металлическими элементами. Этот фасад придаёт зданию уникальный архитектурный вид, улучшая освещённость и создавая комфортную среду.

2. Второе изображение: На этой фотографии виден рабочий, стоящий на конструкции из древесины. Используются массивные деревянные элементы (балки и перекрытия), которые соединяются с помощью металлических пластин и соединений. Это иллюстрирует активную фазу строительства с элементами CLT и гибридной системой.

3. Третье изображение: Показан строительный процесс на начальных этапах. Видны массивные деревянные колонны и установленные металлические соединения. В центре изображена лестничная шахта, выполненная из CLT панелей, а металлический каркас служит дополнительным усилением.

4. Четвёртое изображение: Общий вид строительного участка с уже возведённым каркасом. Видны деревянные колонны, элементы перекрытия, а также натяжные тросы или стержни, которые, вероятно, применяются для временной стабилизации здания на этапе строительства.

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Build Wise With Alex

21 Oct, 00:09


Which of the following lines is parallel to a line with the equation?

In this video, we will explain the concept of the slope of a straight line in simple terms. The slope measures how steep or flat a line is by comparing how much it rises or falls as you move along it. A larger slope means the line is steeper, while a smaller slope means it is flatter. We’ll also discuss parallel lines, which are lines that never meet. These lines have the same slope, meaning they rise and fall at the same rate, no matter how far they extend. By the end of this video, you’ll have a clear understanding of both the slope and parallel lines in everyday terms.

Join our community, where we dive into the world of construction and create something new together. Welcome to the channel!

https://youtu.be/NRIkEYKs_60

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Build Wise With Alex

20 Oct, 01:30


The Hive (2150 Keith Drive), Vancouver, Canada - Fast+Epp - timber braces and shear walls with Tectonus self-centering, energy dissipating devices

На этих фотографиях изображены конструкции деревянного каркаса, усиленного металлическими элементами. Детально:

1. Первая фотография показывает крупный узел крепления из металла и дерева. Виден массивный узел соединения деревянных конструкций, усиленный несколькими рядами болтовых соединений. Металлические пластины обеспечивают жесткость и устойчивость к нагрузкам, что характерно для конструкции с большими пролётами.

2. Вторая фотография демонстрирует металлический ригель или балку, закрепленную к деревянной панели с использованием перфорированных металлических соединительных пластин. Эти пластины используются для распределения нагрузки и повышения прочности соединения, типично для конструкций CLT (кросс-ламинированного дерева).

3. Третья фотография показывает этажную систему с деревянными колоннами и балками, закрепленными металлическими соединениями. На изображении также видны укосины, которые увеличивают устойчивость конструкции, предотвращая боковые смещения. Используются металлические узлы для передачи нагрузок и предотвращения деформаций.

4. Четвертая фотография иллюстрирует узел соединения диагонального элемента (укосины) с деревянной колонной и балкой. Видно использование мощного металлического узла, который обеспечивает передачу усилий от диагональных элементов и предотвращает разрушение конструкции в местах наибольших напряжений.

Эти изображения демонстрируют гибридную конструкцию, сочетающую древесину и металл для повышения прочности, жесткости и устойчивости к различным типам нагрузок. Такие конструкции часто применяются в многоэтажном деревянном строительстве для обеспечения надежности и долговечности.

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Build Wise With Alex

19 Oct, 01:05


На фотографии, сделанной в Париже в 1973 году, запечатлена масштабные раскопки района Ле-Аль. Глубина раскопок составляет примерно пять этажей.

А что вы думаете на сей счет? Многие здания в мире реально закопаны ? 🙈

Пишите в комментариях 👇

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Build Wise With Alex

17 Oct, 22:00


Ответ нейросетки:

Для того чтобы тело находилось в равновесии под действием трёх сил, они должны удовлетворять следующему условию: силы должны пересекаться в одной точке (то есть быть конкурентными). В противном случае, тело будет испытывать вращение из-за момента силы.

Правильный ответ:
1. Силы должны быть конкурентными.

For the body to be in equilibrium under the action of three non-parallel, non-zero forces, the forces must intersect at a common point (i.e., be concurrent). Otherwise, the body would experience rotation due to the moment of force.

The correct answer is:
1. The forces must be concurrent.

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Build Wise With Alex

15 Oct, 22:15


Скоро выйдет наш фильм про Чикаго, будет очень интересно 🤙

А пока, вспомним фильм "Брат-2"

Всех обнимаем🍿

https://youtu.be/1u7WN2zBEDc?si=nQTh5FOU3uEcxzz6

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Build Wise With Alex

15 Oct, 16:12


Задача 🙈 из FE Exam:

Three nonparallel, nonzero forces act on a rigid body. What must be true of all these forces for the body to be in equilibrium?

1. The forces must be concurrent
2. The forces must be equal in magnitude but opposite in direction
3. The forces must have the same line of action
4. The forces must be at complementary angles to one another.

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Build Wise With Alex

14 Oct, 21:45


Истории о бизнесе, которые действительно интересно читать

Сегодня хочу порекомендовать вам канал Павла Костюкова:

Основа контента его канала – истории и разборы в видео формате.

Почитайте истории от Павла

Build Wise With Alex

14 Oct, 16:40


Делают вид, что умеют думать 🤭

Apple провела исследование, которое показало, что большие языковые модели не способны к настоящему логическому мышлению.

В статье отмечается, что модели умеют решать простые задачи, но даже незначительные отвлекающие детали могут привести к ошибкам.

Это указывает на то, что они не понимают задачи, а просто воспроизводят заученные шаблоны.

Получается, что современные языковые модели только имитируют рассуждения, а логически мыслить самостоятельно пока не научились.

И научатся ли?

Источник

Build Wise With Alex

13 Oct, 01:34


Build Wise With Alex pinned «📱 Boosty | Уровни подписки📌📌📌📌 Уровень 1 - 🤙 Путь инженера в эмиграции Конечно, любой путь полон приключений и интересных событий 😊 особенно жизнь инженера в эмиграции. Инженер в эмиграции сталкивается со множеством проблем, которых никогда в его жизни…»

Build Wise With Alex

12 Oct, 18:12


📱 Boosty | Уровни подписки📌📌📌📌

Уровень 1 - 🤙

Путь инженера в эмиграции
Конечно, любой путь полон приключений и интересных событий 😊 особенно жизнь инженера в эмиграции.

Инженер в эмиграции сталкивается со множеством проблем, которых никогда в его жизни не было: все говорят на инопланетном языке, необычные магазины, иной уклад жизни, медицина и куча всего остального.🫣

Я решил объединить все мои приключения в один большой telegram канал, где вы можете все узнавать из первых уст. 🍿

Библиотека Эмигранта
В любой стране есть русскоязычное сообщество, которое не всегда помогает и поддерживает 😀 чтобы вам было проще адаптироваться в новой стране (например в США, как в моем случае), то я создал для вас целую библиотеку эмиграции.

Помимо просто информации о стране, мы также планируем устраивать психологические сеансы адаптации, ну и просто сходки для приобретения новых друзей и знакомых!

Уровень 2 - 😊

Все что есть на уровне 1 - ваше!

Плюс к этому, вы получаете доступ к важнейшему каналу по изучению английского языка: telegram и (или) discord.

Говорить о том, что инглиш важен при переезде в другую страну, это ничего не сказать. Инглиш архи мега как важен! Без него вы не устроитесь на нормальную работу, не поговорите с прохожим без переводчика и так далее... в США есть колледжи, которые учат вас языку, но они больше подходят в качестве практики языка. Я бы рекомендовал учить инглиш на русском, а когда ваш уровень дойдет до B1-B2 вливаться в колледж.

Уровень 3 - 🚨

Все предыдущие уровни входят в вашу подписочку 😊

Если вы хотите получить лицензию инженера в США, то начинать надо свой путь со сдачи FE Exam.

Это экзамен, который охватывает все дисциплины, которые вы учили (или не учили) в университете и практиковали на работе.

Подготовиться к такому экзамену на американских платформах стоит примерно 1000$, наше предлоржение куда дешевле. Шаг за шагом мы с вами будем готовиться к сдаче этого экзамена и идти вместе нога в ногу к цели!

Уровень 4 - 🚀

Понятно, что все вплоть до уровня 3 - ваше!

Также вы получаете доступ к telegram каналу с русской библиотекой инженера и архитектора, которая включает в себя:
- Собрание уникальной "Электронной Библиотеки Инженера" (более 2000 серий, более 1000 наименований учебной литературы, справочников, руководств по проектированию зданий и сооружений, простой поиск нужной литературы, аналогичный Яндекс строке);

- Большое количество авторских видео уроков по Revit, AutoCad, Lira-Sapr, Ing+;

- Собрание авторских методических пособий:
- "Исходные данные для проектирования";
- "100 вопросов и ответов со строительной площадки";
- "Инструкция по расчету общественных зданий";

- Собрание Excel приложений для прикладных расчетов строительных конструкций, которые основаны на уникальной авторской методике подбора арматуры в плитах перекрытий, с помощью таблиц моментов и подбора арматуры в колоннах, пилонах и стенах с помощью эллипсоидов прочности, трещиностойкости и огнестойкости.

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Build Wise With Alex

11 Oct, 16:34


Пятничный обзор новостей | Строительство, технологии, новости ☀️

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Build Wise With Alex

11 Oct, 16:23


Всех с пятницей! ☀️
Happy Friday! ☀️

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Build Wise With Alex

10 Oct, 16:19


Решение задачи нейросетью, примерно за 2 минуты.

А у вас совпал ответ? Пишите в комментариях!

Do you have an answer? Write in the comments 👇

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Build Wise With Alex

09 Oct, 16:27


Задача из американского FE Exam:

A uniform log of length L is inclined 30 from the horizontal when supported by a frictionless rock located 0.6L from its left end. The mass of the log is 200 kg. An engineer with a mass of 53.3 kg walks along the log from the left to the right until the log is balanced horizontally.

How far from the left end of the log is the engineer when the log is horizontal? 🙈

Попробуй реши 😊

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Build Wise With Alex

09 Oct, 00:06


Сегодня учёным вручили Нобелевскую премию по физике за работы в области нейросетей.

Спросили у эксперта, как внедрение ИИ может повлиять на развитие науки. Вот что рассказал руководитель курса МГУ «Нейронные сети и их применение в научных исследованиях» Сергей Запуниди:

▪️ИИ позволит ускорить длительные расчёты и моделирование физических процессов;

▪️ИИ поможет обрабатывать большие объёмы данных, например с астрономических телескопов или Большого адронного коллайдера;

▪️там, где человек не успевает обработать данные, компьютер с ИИ поможет ему найти то, что способно стать основой будущего открытия;

▪️подобные методы расчёта уже используются в молекулярной динамике, в частности программой AlphaFold, которая сильно продвинула биологические исследования;

▪️эффект применения ИИ в науке можно сравнить с появлением компьютера: это не только ускорит исследования, но и увеличит количество открытий.

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Build Wise With Alex

13 Nov, 21:06


Channel created