Time Management Excellence

Project Scheduling
& CPM Services

Development of master schedules, critical path analysis, and progress monitoring systems — keeping EPC infrastructure projects on track with data-driven time management across Gujarat and India.

400+Schedules Developed
₹8,000 Cr+Project Value Managed
15+Years Experience
Primavera P6Certified Team

Precision Scheduling That Keeps Projects on Track

Time is the most critical resource in EPC construction. At HRP Infra, Ahmedabad's trusted multi-discipline engineering consultancy, we develop comprehensive project schedules using Critical Path Method (CPM) and industry-standard tools that provide EPC contractors with clear roadmaps for timely project delivery.

Our scheduling specialists use Oracle Primavera P6 and MS Project to create detailed activity networks, resource-loaded schedules, and progress monitoring systems — enabling proactive time management, early warning of delays, and data-driven decision making throughout the project lifecycle.

CPM-Based Scheduling: Critical path identification, float analysis, and activity dependency mapping ensuring focus on time-critical activities.

Resource-Loaded Schedules: Manpower, equipment, and material loading integrated into schedules for realistic timeline forecasting.

Earned Value Monitoring: SPI, CPI, and S-curve tracking for objective progress measurement and completion forecasting.

EPC project scheduling and critical path analysis by HRP Infra Ahmedabad for construction projects in Gujarat
400+Schedules Delivered Across India

Project Scheduling Services We Offer

End-to-end scheduling services from baseline development through progress monitoring and delay analysis.

Master Schedule Development

Comprehensive CPM-based master schedules in Primavera P6 with activity sequencing, logic ties, constraints, calendars, and resource loading for complete project lifecycle visibility.

Critical Path Analysis

Identification of critical and near-critical paths, float analysis, longest path assessment, and sensitivity analysis highlighting activities that control project completion.

Progress Monitoring & S-Curves

Periodic schedule updates, earned value analysis, S-curve tracking, percentage completion assessment, and schedule performance index (SPI) reporting.

Look-Ahead Scheduling

3-week and 6-week look-ahead schedules for field execution coordination — aligned with material availability, resource mobilization, and permit timelines.

Delay Analysis & EOT Support

Forensic schedule analysis including As-Planned vs As-Built, windows analysis, and time impact analysis for delay claims and Extension of Time (EOT) support.

Cash Flow Projections

Schedule-linked cash flow forecasts with monthly spending curves, payment milestone mapping, and financial forecasting for project funding management.

How We Deliver Project Scheduling

A systematic scheduling process ensuring every activity is logically sequenced, resourced, and time-bound.

01

Scope Definition

Decompose project scope into schedulable activities with defined durations, dependencies, and resource needs.

02

Logic Development

Build activity networks with predecessor/successor logic, lag/lead times, and constraint types.

03

Resource Loading

Assign manpower, equipment, and materials to activities; level resources to resolve conflicts.

04

CPM Analysis

Run forward/backward pass to identify critical path, calculate floats, and optimize timeline.

05

Baseline Setup

Set approved baseline schedule with S-curves, milestones, and earned value tracking parameters.

06

Progress Updates

Weekly/monthly progress updates with variance analysis, SPI tracking, and completion forecasts.

Why Choose HRP Infra for Project Scheduling?

Primavera P6 certified schedulers with 15+ years of EPC scheduling experience across Gujarat and India.

Primavera P6 Certified

Oracle Primavera P6 certified planners delivering industry-standard CPM schedules for complex EPC projects.

Data-Driven Monitoring

Earned value management, SPI/CPI tracking, and S-curve analysis for objective progress measurement.

Multi-Sector Scheduling

Scheduling experience across water, sewerage, roads, irrigation, oil & gas, and urban infrastructure.

Delay Analysis Expertise

Forensic scheduling for delay claims, EOT submissions, and contract dispute resolution support.

Real-Time Updates

Weekly progress updates with variance reports, early warning triggers, and recovery schedule development.

Local Expertise, National Reach

Ahmedabad-based scheduling team with projects across Gujarat, Rajasthan, Maharashtra, and nationwide.

Frequently Asked Questions

Answers to common questions about our EPC project scheduling services.

What is project scheduling in EPC construction?

Project scheduling develops time-based plans using CPM to sequence activities, allocate resources, and track progress. It includes master schedules, look-ahead plans, and progress monitoring using Primavera P6 and MS Project.

What scheduling tools does HRP Infra use?

Oracle Primavera P6 for complex EPC scheduling, MS Project for mid-size projects, and Excel dashboards for reporting. Schedules include CPM analysis, resource loading, cash flow projections, and S-curve monitoring.

What is Critical Path Method (CPM) analysis?

CPM identifies the longest sequence of dependent activities determining minimum project duration. It highlights zero-float activities that must complete on time, enabling focused management on critical activities.

How does HRP Infra monitor project progress?

Through periodic schedule updates, earned value analysis, S-curve tracking, completion assessments, and variance analysis. Monthly reports with SPI, CPI, and completion forecasts are provided.

Does HRP Infra provide delay analysis?

Yes. Forensic analysis including As-Planned vs As-Built, windows analysis, impacted as-planned, and time impact analysis to determine delay causes and support EOT claims.

Need Professional Scheduling for Your EPC Project?

Talk to our Primavera P6 certified schedulers in Ahmedabad. We keep projects on track with CPM-based scheduling.