Construction Planning And Structural Analysis

Curriculum

The Course Curriculam

Week 1: Introduction to Construction Planning

Overview of construction project life cycle
Understanding project stakeholders and their roles
Key principles of construction planning: Objectives, constraints, and milestones.
Hands-on Practice: Develop a basic project plan using Microsoft Excel.

Week 2: Scheduling and Resource Allocation

Week 3: Cost Estimation and Budgeting

Week 4: Risk Management and Quality Control

Week 5: Introduction to Structural Analysis

Week 6: Structural Analysis Tools and Software

Week 7: Advanced Structural Analysis Concept

Week 8: Final Project and Practical Applications

₹1000

Course Information

Instructor: vedupskilling@gmail.com
Lesson: 29
Duration: 40h
Quizze: 0

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Construction Planning And Structural Analysis

The Course Curriculam

Week 1: Introduction to Construction Planning

Overview of construction project life cycle

Understanding project stakeholders and their roles

Key principles of construction planning: Objectives, constraints, and milestones.

Hands-on Practice: Develop a basic project plan using Microsoft Excel.

Week 2: Scheduling and Resource Allocation

Understanding Gantt charts and critical path methods (CPM).

Basics of resource allocation: Manpower, materials, and machinery.

Introduction to project management tools (e.g., MS Project, Primavera P6).

Hands-on Practice: Create a project schedule using Gantt charts.

Week 3: Cost Estimation and Budgeting

Fundamentals of construction cost estimation.

Types of costs: Direct, indirect, and overheads

Preparing a budget and tracking expenses during a project

Hands-on Practice: Develop a cost estimation sheet for a small residential project.

Week 4: Risk Management and Quality Control

Identifying and mitigating risks in construction projects.

Basics of quality control and assurance in construction.

Case studies on project failures due to poor planning.

Hands-on Practice: Develop a risk assessment matrix for a project.

Week 5: Introduction to Structural Analysis

Basics of structural engineering: Forces, loads, and stresses

Understanding structural systems: Beams, columns, trusses, and frames.

Load distribution and analysis (Dead load, live load, wind load, etc.).

Hands-on Practice: Calculate simple beam reactions using manual methods

Week 6: Structural Analysis Tools and Software

Introduction to structural analysis software (e.g., STAAD.Pro, ETABS)

Modeling structures and applying loads in software.

Hands-on Practice: Analyze a simple truss structure using STAAD.Pro.

Week 7: Advanced Structural Analysis Concept

Bending moment and shear force diagrams

Stability and buckling of columns.

Basics of finite element analysis (FEA

Hands-on Practice: Perform a load analysis for a small building structure.

Week 8: Final Project and Practical Applications

Final Project: Plan and analyze a two-story residential building.

Review and critique session for improvement and feedback.