Diploma in Structural Engineering: Analysis and Design
Learn structural analysis, loads, beams, columns, bending moments, shear forces, and fundamental structural design
What you'll learn
⚡ Understand fundamental principles of structural engineering.
⚡ Identify structural members, loads, and support conditions.
⚡ Calculate structural support reactions using equilibrium equations.
⚡ Analyze beams under different loading conditions.
⚡ Construct shear force and bending moment diagrams.
⚡ Apply fundamental stress, strain, and deformation concepts.
⚡ Understand basic truss analysis and structural design considerations.
⚡ Solve introductory structural engineering problems.
Requirements
❗ Basic mathematics and introductory engineering mechanics are recommended.
❗ No previous professional structural design experience is required.
Description
This course contains the use of artificial intelligence.
Are you interested in learning how engineers analyze and design safe, strong, and reliable structures? Do you want to understand the engineering principles behind buildings, bridges, steel structures, concrete structures, and foundations?
Welcome toDiploma in Structural Engineering: Structural Analysis and Design, a comprehensive course designed to develop your understanding of structural engineering principles, structural calculations, material behaviour, and practical design techniques.
This course introduces essential concepts instructural analysis, steel design, reinforced concrete design, foundation engineering, structural connections, truss analysis, and structural stability. Through detailed explanations and worked engineering examples, you will discover how engineers evaluate structural loads, calculate internal forces, assess member capacities, and analyze the behaviour of different structural systems.
Structural Engineering Fundamentals
Understand the essential principles of structural engineering, including structural systems, engineering materials, load paths, support conditions, structural equilibrium, and internal forces. Explore how structures resist different types of loads and maintain stability.
Structural Analysis and Calculations
Learn how to evaluate structural loads, calculate support reactions, analyze determinate and indeterminate structural systems, and interpret structural analysis results. Develop an understanding of engineering assumptions, modelling techniques, and fundamental structural calculations.
Steel Beam and Column Design
Explore the analysis and design of steel beams and columns under different loading conditions. Study bending moments, shear forces, axial loads, beam deflection, buckling, lateral torsional stability, and the structural resistance of steel members.
Structural Steel Connections
Understand important principles of bolted and welded steel connections, including end plates, cleat connections, beam splices, base plates, holding-down bolts, and connection resistance calculations.
Reinforced Concrete Design
Develop knowledge of reinforced concrete structural members, including beams, columns, and slabs. Learn about reinforcement requirements, bending stresses, concrete member sizing, axial capacity, and deflection considerations.
Foundation Engineering and Design
Explore essential foundation engineering concepts, including pad foundations, pile foundations, pile caps, trench fill foundations, punching shear, soil bearing pressure, and foundation stability.
Trusses, Portal Frames, and Wind Loads
Learn about structural trusses, portal frames, wind bracing, structural stability, and lateral deflection. Understand how engineering calculations are used to evaluate structural systems subjected to vertical and horizontal loading.
Retaining Walls, Masonry, and Timber Structures
Examine retaining wall stability, earth pressure, sliding resistance, masonry wall behaviour, timber floor spans, and timber joist design calculations.
Who this course is for
⭐ Civil and structural engineering students
⭐ Mechanical engineering students
⭐ Engineering technicians
⭐ Construction and building professionals
⭐ Technical students preparing for advanced structural analysis courses
⭐ Individuals interested in learning structural engineering fundamentals
Published 10/2026
Created by Addae Valentine
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 91 Lectures ( 9h 47m ) | Size: 4.44 GB
Download
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Learn structural analysis, loads, beams, columns, bending moments, shear forces, and fundamental structural design
What you'll learn
⚡ Understand fundamental principles of structural engineering.
⚡ Identify structural members, loads, and support conditions.
⚡ Calculate structural support reactions using equilibrium equations.
⚡ Analyze beams under different loading conditions.
⚡ Construct shear force and bending moment diagrams.
⚡ Apply fundamental stress, strain, and deformation concepts.
⚡ Understand basic truss analysis and structural design considerations.
⚡ Solve introductory structural engineering problems.
Requirements
❗ Basic mathematics and introductory engineering mechanics are recommended.
❗ No previous professional structural design experience is required.
Description
This course contains the use of artificial intelligence.
Are you interested in learning how engineers analyze and design safe, strong, and reliable structures? Do you want to understand the engineering principles behind buildings, bridges, steel structures, concrete structures, and foundations?
Welcome toDiploma in Structural Engineering: Structural Analysis and Design, a comprehensive course designed to develop your understanding of structural engineering principles, structural calculations, material behaviour, and practical design techniques.
This course introduces essential concepts instructural analysis, steel design, reinforced concrete design, foundation engineering, structural connections, truss analysis, and structural stability. Through detailed explanations and worked engineering examples, you will discover how engineers evaluate structural loads, calculate internal forces, assess member capacities, and analyze the behaviour of different structural systems.
Structural Engineering Fundamentals
Understand the essential principles of structural engineering, including structural systems, engineering materials, load paths, support conditions, structural equilibrium, and internal forces. Explore how structures resist different types of loads and maintain stability.
Structural Analysis and Calculations
Learn how to evaluate structural loads, calculate support reactions, analyze determinate and indeterminate structural systems, and interpret structural analysis results. Develop an understanding of engineering assumptions, modelling techniques, and fundamental structural calculations.
Steel Beam and Column Design
Explore the analysis and design of steel beams and columns under different loading conditions. Study bending moments, shear forces, axial loads, beam deflection, buckling, lateral torsional stability, and the structural resistance of steel members.
Structural Steel Connections
Understand important principles of bolted and welded steel connections, including end plates, cleat connections, beam splices, base plates, holding-down bolts, and connection resistance calculations.
Reinforced Concrete Design
Develop knowledge of reinforced concrete structural members, including beams, columns, and slabs. Learn about reinforcement requirements, bending stresses, concrete member sizing, axial capacity, and deflection considerations.
Foundation Engineering and Design
Explore essential foundation engineering concepts, including pad foundations, pile foundations, pile caps, trench fill foundations, punching shear, soil bearing pressure, and foundation stability.
Trusses, Portal Frames, and Wind Loads
Learn about structural trusses, portal frames, wind bracing, structural stability, and lateral deflection. Understand how engineering calculations are used to evaluate structural systems subjected to vertical and horizontal loading.
Retaining Walls, Masonry, and Timber Structures
Examine retaining wall stability, earth pressure, sliding resistance, masonry wall behaviour, timber floor spans, and timber joist design calculations.
Who this course is for
⭐ Civil and structural engineering students
⭐ Mechanical engineering students
⭐ Engineering technicians
⭐ Construction and building professionals
⭐ Technical students preparing for advanced structural analysis courses
⭐ Individuals interested in learning structural engineering fundamentals
Published 10/2026
Created by Addae Valentine
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 91 Lectures ( 9h 47m ) | Size: 4.44 GB
Download
🔒 Go Premium to Unlock