Primavera Training Course

Course Overview

• Next Batch:New batches start every month. Limited seats available – enroll early!
• Course Duration:1.5 Months (including hands-on real-world assignment simulations).
• Eligibility: Undergraduates Graduates Post-Graduates career Aspirants real-world assignment Professionals.
• Real-world assignment Professionals.

Primavera Training Course

• Understand the fundamentals of real-world assignment management and Primavera interface.
• Create detailed real-world assignment schedules, WBS (Work Breakdown Structure), and activities.
• Manage real-world assignment resources, costs, and baselines efficiently.
• Track progress, update schedules, and generate professional reports.
• Integrate Primavera data with Excel and Power BI for analysis.
• Work on live projects from construction, infrastructure, and oil & gas industries.

Overview of Primavera Training Course

The Primavera Training Course is designed for real-world assignment managers, engineers, and planners who want to master advanced real-world assignment scheduling and control techniques. It focuses on the use of Primavera P6 for planning, executing, and monitoring large-scale projects effectively, providing the high-level management expertise required to advance your career.

You'll learn how to handle multiple projects, allocate resources, and analyze real-world assignment performance in real time. By the end of this course, you'll have the confidence to manage professional projects across construction, manufacturing, and engineering domains using Primavera.

1. Introduction to Primavera

• Overview of real-world assignment management tools.
• Role and importance of Primavera in various industries.

2. Creating a Project

• Defining EPS and OBS.
• Setting up projects and calendars.

3. Work Breakdown Structure (WBS)

• Organizing real-world assignment deliverables.
• Structuring WBS for clear scope definition.

4. Activities and Relationships

• Defining logic using relationships and dependencies.

5. Scheduling and Constraints

• Forward and backward pass.
• Critical path method (CPM).