Preview this course

Design of Concrete Structures Course

This course teaches the fundamentals of concrete structure and design, covering analysis, load calculations, reinforcement design, and safety standards for robust structural solutions for all structural elements.

Paid Tutorial 5
    • (2 reviews)
 15 hours 37 minutes
Language: Bangla  0 Quizzes  132 Lectures
Buy Now This Course
Add To Cart
৳ 2799

৳ 499

Engr SM Hedaetullah
B.Sc in Civil Engineering (RU)
2 Review
Categories
Reinforced Concrete

Overview

  • Lectures 132
  • Quizzes 0
  • Duration 15 hours 37 minutes
  • Skill level All Levels
  • Language Bangla
  • Total Enrolled 5
  • Assessments No
Course Description

The Design of Concrete Structures Course is primarily designed for students who may not have developed a strong foundational understanding of RCC at the academic level or who wish to gain a better grasp of the subject. This course aligns with the syllabus of Design of Concrete Structures in civil engineering, helping students build a solid foundation and achieve excellent results in Design of Concrete Structures 1 and 2. (Design of Concrete Structures Course টি মূলত সেই সব শিক্ষার্থীদের জন্য তৈরি করা হয়েছে যারা কোন কারনে একাডেমিক লেভেলে RCC উপরে ভালো বেসিক তৈরি করতে পারেনি তাই এই সাবজেক্টে দুর্বলতা রয়ে গিয়েছে অথবা আরো ভালোভাবে এই সাবজেক্ট আয়ত্ত করতে চাচ্ছে। সিভিল ইঞ্জিনিয়ারিং এর Design of Concrete Structures এর সিলেবাস অনুযায়ী কোর্সটি তৈরী করা হয়েছে যাতে করে এই কোর্সটি সম্পূর্ণ করে একজন শিক্ষার্থী Design of Concrete Structures-১ এবং ২ এ ভালো ফলাফল সহ ভালো বেসিক তৈরি করতে পারে পারেন।)

Course Format: Pre-recorded live class videos (লাইভ ক্লাসের রেকর্ডকৃত ভিডিও)

Course Highlights: For civil engineers or professionals involved in the civil engineering field, a comprehensive and clear understanding of the Design of Concrete Structures (Reinforced Concrete) is essential. Each topic covered in this course content is discussed in detail to ensure that students or professionals gain a broad understanding of the subject. This knowledge is not only valuable for academic development but also plays a significant role in their professional careers. We aim to support your professional growth through this course. (সিভিল ইঞ্জিনিয়ার অথবা সিভিল ইঞ্জিনিয়ারিং পেশায় সম্পৃক্ত সকল পেশাদার ইঞ্জিনিয়ারদের Design of Concrete Structures (Reinforced Concrete) সম্বন্ধে ডিটেইলস এবং ক্লিয়ার ধারণা থাকা দরকার। নিম্নে অন্তর্ভুক্ত কোর্স কনটেন্টের ভিতরে দেখানো প্রত্যেকটি টপিকের উপর আলাদা আলাদা ভাবে বিস্তারিত আলোচনা করা হয়েছে, যাতে করে একজন স্টুডেন্ট বা একজন শিক্ষার্থী Design of Concrete Structures (Reinforced Concrete) কোর্সের উপরে একটি ব্যাপক ধারণা লাভ করতে পারে, যা একাডেমিক দক্ষতা উন্নয়নের পাশাপাশি প্রফেশনাল লাইফে গুরুত্বপূর্ণ ভূমিকা পালন করে। এই কোর্সটির  মাধ্যমে আপনার পেশাগত উন্নয়নে আপনাকে সহায়তা করাই আমাদের প্রচেষ্টা।)

Ongoing Support During the Course: We understand that students may face challenges during the course. For any help, use the Q&A option, or comments, or contact us directly via the provided support number. (আমাদের পূর্ব অভিজ্ঞতা থেকে আমরা দেখেছি কোর্সগুলো করার সময় অনেক সমস্যার সম্মুখীন হয়। তাই যেকোনো সমস্যা সমাধানে, যেকোন বিষয় বুঝতে সমস্যা হলে সাথে সাথে ওই কোর্সের ক্লাসে অবস্থিত QNA অপশন অথবা কমেন্ট সেকশনে কমেন্টস করতে পারবেন এবং ওয়েবসাইটে প্রদত্ত নাম্বারে আমাদের সাথে সরাসরি কথা বলতে পারবেন।)

Accessing Lectures: You can view the classes anytime at your convenience. Just log in with your user ID and password (আপনি যে কোন সময় আপনার সময় অনুযায়ী আমাদের ক্লাস গুলো দেখতে পারবেন এই ওয়েবসাইটে ঠিক যেমন আপনি ইউটিউবে ভিডিও দেখে থাকেন তেমনভাবে। আপনার ইউজার আইডি এবং পাসওয়ার্ড ব্যবহার করে আপনি ক্লাস গুলো দেখতে পারবেন।)

What will you get with this course?
  • Related Lecture Notes
  • BNBC 2020 Pdf Download Link
  • and many more...

Certification

Earn a Qlearnify certificate in Design of Concrete Structures to enhance your professional skills. (Design of Concrete Structures এ দক্ষতা বাড়াতে কিউলার্নিফাই এর সার্টিফিকেট অর্জন করুন।)

CLICK HERE TO VIEW CERTIFICATE

Learning Outcomes
  • Complete Concept on Reinforced Concrete (RC)
  • Code Base Discussion
  • Details Discussion on Theories of RC
  • Details Discussion On Slabs
  • Details Discussion On Staircase
  • Details Discussion On Lintel
  • Details Discussion On Beam
  • Details Discussion On Column
  • Details Discussion On Sunshade
  • and many more..

Curriculum

  • Instruction & Course Materials (Must Follow)
    • Lesson 1. Download Course Materials
  • Introduction and Design Philosophy
    • Lesson 1. Basic Discussion on Structural Engineering
    • Lesson 2. Role of Structural Engineers
    • Lesson 3. Beginning of Structural Engineering
    • Lesson 4. Evolution of High-rise Architecture
    • Lesson 5. Discussion on Structural Tubular Systems
    • Lesson 6. Challenge of Structural Engineering
  • Introduction to Structural Design
    • Lesson 1. Structural Engineering Spectrum
    • Lesson 2. Structural Design Office: Activities
    • Lesson 3. Reinforced Concrete Building Elements
    • Lesson 4. Structural System, Elements, Materials
    • Lesson 5. Structural Analysis vs Design
    • Lesson 6. Structural Design Process
  • Various Methods of Structural Designs
    • Lesson 1. Introduction to Design Methods
    • Lesson 2. Discussion on Different Design Methods
  • Material Properties and Behaviors
    • Lesson 1. Design Code Philosophy
    • Lesson 2. Complete Concept of Concrete Materials
    • Lesson 3. Complete Concept of Steel Materials
  • Understanding Basic Loads on Building
    • Lesson 1. Classifications of Loads on Structure
    • Lesson 2. Floor Finish Load Calculation
    • Lesson 3. Partition Wall Load Calculation
    • Lesson 4. Partition Wall Load Calculation as a area load
    • Lesson 5. Water Load Calculation
    • Lesson 6. Discussion on Earthquake Vs Wind Load
    • Lesson 7. Load Transferring System of Structure
  • One-Way Slab Design
    • Lesson 1. Types of Slabs
    • Lesson 2. Slab Rebar Placement
    • Lesson 3. Minimum Thickness of One Way Slabs
    • Lesson 4. Shrinkage and Temperature Reinforcement Calculation
    • Lesson 5. Moment Co-efficient of Slabs
    • Lesson 6. WSD: One Way Slab Design Steps
    • Lesson 7. WSD: Ex 01- One Way Slab Design (1)
    • Lesson 8. WSD: Ex 01- One Way Slab Design (2)
    • Lesson 9. WSD: Ex 02- One Way Slab Design
    • Lesson 10. USD: One Way Slab Design Steps
    • Lesson 11. USD: Ex 01- One Way Slab Design
    • Lesson 12. USD: Ex 01- Cantilever Slab Design
    • Lesson 13. WSD: Ex 02- Cantilever Slab Design
  • Two-Way Slab Design
    • Lesson 1. Introduction to Two Way Slab Design
    • Lesson 2. WSD: Ex 01- Two Way Slab Design (1)
    • Lesson 3. WSD: Ex 01- Two Way Slab Design (2)
    • Lesson 4. Design Procedure for Different Slab Panels
    • Lesson 5. USD: Ex 01- Two Way Slab Design
  • Flat Slab Design
    • Lesson 1. Basic Introduction to Flat Slab
    • Lesson 2. Ex-01 (WSD): Design of Interior Flat Slab
    • Lesson 3. Ex-02: More Explanation on Flat Slabs
  • Flat Plates Slab Design
    • Lesson 1. Moment Co-efficient of Flat Plate Slabs
    • Lesson 2. Design Steps of Flat Plates Slab
    • Lesson 3. Ex-01 (USD): Design of Flat Plates Slab
  • Balcony Slab Design
    • Lesson 1. Basic Discussion
    • Lesson 2. Basic Case Analysis
    • Lesson 3. Design Parameters
    • Lesson 4. Loads and Moments Calculation
    • Lesson 5. Depth Check (WSD)
    • Lesson 6. Short Dir. Rebar Calculation
    • Lesson 7. Long Dir. Rebar Calculation
    • Lesson 8. Balcony Slab Design – QNA
  • Staircase Design
    • Lesson 1. Basic Discussion
    • Lesson 2. Calculate Number of Riser and Tread
    • Lesson 3. Design Parameters
    • Lesson 4. Thickness Calculation
    • Lesson 5. Load Calculation
    • Lesson 6. Moment Calculation
    • Lesson 7. Depth Check
    • Lesson 8. Main Rebar Calculation
    • Lesson 9. Main Rebar Spacing Calculation
    • Lesson 10. Landing Moment & Rebar Calculation
    • Lesson 11. Landing Rebar Spacing Calculation
    • Lesson 12. Distributed Rebar Calculation
    • Lesson 13. Distributed Rebar Spacing Calculation
    • Lesson 14. Working Diagram
  • Flexural Behavior of Beam Section
    • Lesson 1. Stress stages of RC beams
    • Lesson 2. Flexural Analysis of a Beam (Uncracked Stage)
    • Lesson 3. Concrete Cracked-Elastic Stage
    • Lesson 4. Flexural Analysis of a Beam (Cracked-Elastic Stage)
    • Lesson 5. Concrete Cracked-Elastic Stage – Beams with Compression Bars
    • Lesson 6. Flexural Analysis of a Doubly-reinforced Beam (Cracked-Elastic Stage)
    • Lesson 7. Understanding Equivalent Rectangular Stress Block
    • Lesson 8. Expression for Nominal Moment at Beam failure.
    • Lesson 9. Expression for Reinforcement Ratio Equation
    • Lesson 10. Explanation of Under, Over & Balance Reinforcement Design
    • Lesson 11. Singly & Doubly Reinforcement Beam
    • Lesson 12. Clear Cover and Effective Cover
    • Lesson 13. Approximate Depth of Beam Calculation
    • Lesson 14. Value of Bita (B1) Factor Calculation
    • Lesson 15. Tensile Strain in Analysis and Design
  • Beam Analysis & Design (WSD)
    • Lesson 1. Singly Beam Analysis & Design Steps
    • Lesson 2. Ex-01: Singly Reinforced Beam Analysis
    • Lesson 3. Ex-02: Singly Reinforced Beam Design
    • Lesson 4. Doubly Beam Design Steps
    • Lesson 5. Ex-03: Doubly Reinforced Beam Design
    • Lesson 6. Technics for identifying Singly or doubly
    • Lesson 7. Doubly Reinforcement Beam Analysis Steps
    • Lesson 8. Ex-04: Doubly Reinforcement Beam Analysis
  • Beam Analysis & Design (USD)
    • Lesson 1. Basic Introduction to USD
    • Lesson 2. Singly Beam Design Steps
    • Lesson 3. Ex-01: Singly Reinforcement Beam Design
    • Lesson 4. Singly Beam Analysis Steps
    • Lesson 5. Ex-02: Singly Reinforced Beam Analysis
    • Lesson 6. Basic Introduction to Doubly RC Beam
    • Lesson 7. Ex-03: Doubly Reinforced Beam Analysis
    • Lesson 8. Doubly Beam Analysis Steps
    • Lesson 9. Ex-04: Doubly Reinforced Beam Analysis (Yield)
    • Lesson 10. Ex-05: Doubly Reinforced Beam Analysis (Doesn’t Yield)
    • Lesson 11. Ex-06: Doubly Reinforced Beam Design (Yield)
    • Lesson 12. Ex-07: Doubly Reinforced Beam Design (Doesn’t Yield)
  • T-Beam Analysis & Design (USD)
    • Lesson 1. Introduction to T-Beam Analysis & Design
    • Lesson 2. Types of T-Beam & Effective Width
    • Lesson 3. Fundamental Concept of T-Beam
    • Lesson 4. T-Beam Analysis
    • Lesson 5. T-Beam Design
  • T-Beam Analysis & Design (WSD)
    • Lesson 1. Analysis steps of T-Beam
    • Lesson 2. Ex-01: Reinforced T-Beam Analysis
    • Lesson 3. Design Steps of T-Beam
    • Lesson 4. Ex-02: Reinforced T-Beam Design
  • Lintel & Sunshade Design
    • Lesson 1. Lintel-Sunshade Case Analysis
    • Lesson 2. Lintel-Sunshade Design Parameter
    • Lesson 3. Lintel-Sunshade Design Case selection
    • Lesson 4. Sunshade Design- Thickness Calculation
    • Lesson 5. Sunshade Design- Load Calculation
    • Lesson 6. Sunshade Design- Moment & Shear Calculation
    • Lesson 7. Sunshade Design- Depth Check Calculation
    • Lesson 8. Sunshade Design- Main Rebar Calculation
    • Lesson 9. Sunshade Design- Main Rebar Spacing Calculation
    • Lesson 10. Sunshade Design- Distribution Rebar Calculation
    • Lesson 11. Sunshade Design- Distribution Rebar Spacing Calculation
    • Lesson 12. Lintel Design- Total Load Calculations
    • Lesson 13. Lintel Design- Moment Calculation
    • Lesson 14. Lintel Design- Depth Check
    • Lesson 15. Lintel Design- Long Rebar Calculation
    • Lesson 16. Lintel-Sunshade Working Diagram
    • Lesson 17. Lintel Sunshade - QNA

Material Includes

  • Certificate of Completion
  • One Recorded Course
  • Related Lecture Notes
  • BUET Lecture Sheet
  • RUET Lecture Sheet
  • 2 year Access
  • Certificate of Completion
  • One Recorded Course
  • Related Lecture Notes
  • BUET Lecture Sheet
  • RUET Lecture Sheet
  • 2 year Access

Requirements

  • Need a Computer/Laptop/Mobile
  • Good Internet Connection
  • Need a Computer/Laptop/Mobile
  • Good Internet Connection

Audience

  • B.Sc. In Civil Engineering Student
  • Diploma In Engineering (Civil) Student
  • Civil Engineering Job Holder
  • Who wants to learn RCC
  • B.Sc. In Civil Engineering Student
  • Diploma In Engineering (Civil) Student
  • Civil Engineering Job Holder
  • Who wants to learn RCC

Instructor

Engr SM Hedaetullah
B.Sc in Civil Engineering (RU)

Engr. SM Hedaetullah graduated from the University of Rajshahi with a degree in civil engineering. He began as a Site Engineer at Innovative Design & Construction, Bogura, in 2020 and was promoted to Junior Structural Engineer in 2021. Later that year, he joined TMSS B.Sc. Engineering College as a Lecturer and became Department Head, serving until December 2024. He now works as a Structural Engineer at Survey & Design Engineering, Mirpur-12.. Engr. SM Hedaetullah also serves as an Instructor, Structural Designer, Site Inspector, and Construction Consultant. Learn More...

Reviews

5

5 star
0
4 star
0
3 star
0
2 star
0
1 star
0

Tags

Academic Course