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হোমকোর্সবইসাপোর্ট

Crash Course on SEng Syllabus

আগামী SEng পরীক্ষার প্রস্তুতির জন্য আমাদের এই কোর্স। আপনারা যারা SEng পরীক্ষায় অংশগ্রহণ করবেন তারা খুব সহজেই এই কোর্সে ইনরোল করে আপনার পরীক্ষার প্রস্তুতিকে একধাপ এগিয়ে নিতে পারবেন। এই কোর্সে ট্রেইনার হিসাবে থাকবেন প্রফেসর ড. জাহাঙ্গীর আলম স্যার।

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কোর্স ইন্সট্রাক্টর

Professor Dr. Jahangir Alam

Founder of Qlearn

Professor of Civil Engineering, BUET, Dhaka

course
৳ 6900
9000

এই কোর্সের অন্তর্ভুক্ত:

  • ▶️ ভিডিওর সংখ্যা ➡ ২১ টি
  • 🕓 ভিডিওর দৈর্ঘ্য ➡ ৪০ ঘন্টা
  • 🏅 কোর্স শেষে থাকছে সার্টিফিকেট
  • 🔓 কোর্সের মেয়াদ➡ ২ বছর
কোর্সটি শেয়ার করুন
কোর্স সম্পর্কে বিস্তারিত

🟩 কোর্সের ধরন ➡ লাইভ কোর্সের রেকর্ডেড (ভিডিও)
▶️ ভিডিওর সংখ্যা ➡ ২১টি
🕓 ভিডিওর দৈর্ঘ্য ➡ ৪০ঘন্টা
🔓 কোর্সের মেয়াদ ➡ কোর্সটি কেনার পর থেকে ২ বছর পর্যন্ত দেখতে পারবেন (যতবার ইচ্ছা)


🎯কোর্সটি কাদের জন্য

শুধুমাত্র যারা SEng পরীক্ষায় অংশগ্রহন করবে তাদের জন্য।


✅কোর্সটি থেকে যা যা শিখবেন

  • Concrete:
  • Material aspects and strengths of design
  • Design of beams and one-way slabs for flexure
  • Design of beams and one-way slabs for shear
  • Design of beams and one-way slabs for development length
  • Design of columns
  • Design of two-way slabs for flexure
  • Design of two-way slabs for shear
  • Design for torsion
  • Non-seismic detailing
  • Design principles for prestressed concrete

Steel:

  • Design of compression members
  • Seismic design of steel frames
  • Design of floor systems for steel buildings
  • Design of connections
  • Stability analysis of steel structures

Masonry:

  • Components: Masonry unit, mortar, grout, reinforcement, metal ties, and anchors
  • Basic Design Requirements
  • Allowable Stresses
  • Design of Unreinforced Masonry
  • Design of Reinforced Masonry
  • Stability Requirements
  • Strength Design of Slender Walls and Shear Walls
  • Earthquake Resistant Design
  • Strengthening of Masonry Buildings for Earthquake
  • Confined Masonry

Geotech: 

  • Geotechnical Design of Foundations: Soils and Foundations (Chapter 3, Part 6, Volume 2 of BNBC-2020)
  • Design concepts of Soils and Foundations for Earthquake Loads
  • Loads: 

Dead Loads:

  • Live loads, reduction of live loads
  • Moving (e.g., vehicular, crane) loads
  • Impact (e.g., vehicular, crane, elevator) loads
  • Earth pressure
  • Differential settlement
  • Flood loads
  • Rain loads
  • Thermal loads
  • Shrinkage
  • Load Combinations
  • Deflection Limits

Design for Seismic Forces:

  • Seismic Design by the Equivalent Lateral Force Procedure
  • Seismic Design – Structural Configuration and Irregularity
  • Seismic Detailing of Moment Frames
  • Seismic Detailing of Shear Walls
  • Seismic Design Using Modal Response Spectrum Analysis
  • Seismic Design Considerations beyond the Basics
  • Seismic Design of Nonstructural Components and Nonbuilding Structures


☎️ যেকোনো প্রয়োজনে

09638-441144 (Only Call)

01885-973770 (Call & WhatsApp) 

[email protected]

কোর্স আউটলাইন
Support
PDF for This Class
First Class Video
Calculation of Exposure C of Downwind
Windload Calculation Method - 2
Redistribution of Moments
Deflection Control
Exam Suggestion
Strength Diagram
Load Factor Formula
Reinforcemnt Limit
Transfer of Moment based on formula
Slenderness effects
Single Curvature and Double Curvature and Value of K
Factor
Documents
Introduction of Torsion
Equillibrium and Compatibility Torsion
Space Truss Analogy
Distribution of Torsional Stress
Torsional Moments in beams
Design for Torsion
Design Example - 01
Q&A Session
Documents
Full Video of the Class
Chart of soil Classification Standard
Cohesion in Soil
USCS and AASHTO Standard
Grain Size Analysis
Types of Consistency Test
Liquid limit and Plastic limit
Shrinkage Limit test
Types of Soil Test Index
Q&A Session
Exam Update discussion
Question and Answer Session
Basic Concepts
pretensioning and post tensioning
Basic Equations
Girder
Allowable Flexural Stress
Allowable steel stresses
Beam Section
Steel protection
Loss of Prestress
Exam Instruction
Masonry Structures Components
Effective height of a Wall
effective length
Effective Thickness
Slanderness ratio
loads and load combination
Allowable Compressive Stresses
Allowable Tensile Stresses
Allowable Shear Stress
Allowable stresses in Reinforcement
Modulus of elasticity
Design of unreinforced and reinforced masonry
reinforcement requirements
Stability Requirements
Strength Design of Slender Walls and Shear Walls
Earthquake resistant design
Confined Masonry
Residual Stress
What is lattice column
Column Buckling
design of lattice column
Lateral Force Resisting
Diaphragms system
Plan irregularities
Four Serious Configuration
BNBC 2020 Seismic povisions
Question and Answer
governing load in steel building
Building frame system
amplified Seismic Load
Strength requirements
Requirements for bolted joints
Desirable details
protected zones
Members
Column
Seismic Force resisting systems
New Course Announcement 📢
Moment Resisting Frames
Concentric Braced Frames
Eccentric Braced Frames
Book Reference and Q&A Session
Floor Systems
Importance of Connection Design
Stress Concentration
Bolted Connection in combined tension & shear
Steps in Design
Slip Critical Connections
Bolted Connection
Classification of Framing Connections
Simple Connections
Q&A
class preview
Slip Critical connection
Bolted Connection
Classification of Connection
Simple Shear Connection
All Bolted Double angle Table
All Bolted Double angle Example
Welded connection
Rigid Connections
Moment Connection
Block Shear
effect of staggered holes on net area
Shear lag
ACI Design Assumptions
Deffinition of nominal
Unified Design Provisions
Design Strength
Strength Design
Analysis vs. Design
ACI Design Requirments
Crack Control Reinforcements
Test Reports
Distribution of Shear Stress
Deep Beam for Shear
Bond Stresses
Development length
Development of Deformed Bars
Development Length
Development of Standard hooks
Development of Headed
Development of positive moment
Development of negetive moment
Splices of reinforcement
Splices of deformed bars
Q&A Session
columns and column reinforcements
General principle and requirments
Design Dimensions
Limits of Reinforcements
Slenderness effects
Organic Inorganic soil deposit
Soil classification agencies
Consistency test
Plasticity Chart
AASHTO Soil Classify
USCS Classify
Identification of various soil
problematic soil
Some special issues
Organic and Inorganic Soil Deposit
Soil Mass Classification
Consistency Test
USCS and AASHTO
plasticity Chart
AASHTO Soil Classification System
Classification of Course Grained Soil
Identification of Some Problematic Soil
Total & Effective Stresses
Direct Shear Test
Traixial Compression Test
Q&A
Residual Stress
Design of Lattice Column
Solving Examples
lateral force resisting systems
nominal strength
effective diameter of hole
effects of staggered holes
Effective Net Area
Block Shear Strength
Load & Resistance factor design
Connection types
Load paths
Bolts
Fillet weld rupture
fillet weld strength
Design Consideration
Full Class
ductility consideration
beam length tolerance
block shear in coped beams
single coped beam flexural strength
double coped beam flexural stength
coped beam example
shear end plate connection example
welded connection
directly welded flange
Q&A
discussing exam
lateral depth questions
Full Class
design of end plate connection
extended end plate geometric property
base plate design
Part 01
Part 02
Full Class
Q&A
why we do stability analysis
second order effects
ELM method vs DLM method
accurate model frame behaviour
sample questions solution

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কোর্সটি সফলভাবে শেষ করলে আপনার জন্য আছে সার্টিফিকেট

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