Project Planning, Scheduling and Cost Control
تخطيط المشاريع وجدولتها وضبط تكاليفها
- Next date
- Available in-house
- Fees from
- —per delegate
- Formats
- In-house training0 sessions
- Duration
- 5 daysCertificate
Overview
Energy projects, from plant shutdowns and pipeline construction to new processing facilities, regularly finish late and over budget. The causes are often the same: unrealistic schedules, weak scope definition, cost estimates that are not linked to the plan, and progress measurement that hides problems until it is too late to act. This course gives participants a practical and integrated approach to planning, scheduling and controlling cost on oil, gas and energy projects. Participants learn how to build a work breakdown structure, estimate durations and resources, develop a critical path schedule, and set a cost baseline linked to the schedule. The course then covers progress measurement, earned value management, forecasting cost and completion dates, change control, schedule risk analysis and reporting to management. The methods apply equally to capital projects, turnarounds and engineering contracts, whatever the planning software used.
Objectives
- Define project scope and build a work breakdown structure
- Estimate durations, resources and costs
- Develop and analyse a critical path schedule
- Set integrated schedule and cost baselines
- Measure progress and apply earned value management
- Forecast cost and completion and manage change
- Analyse schedule risk and report performance to management
Who should attend
Planning engineers, project engineers and managers, cost engineers, project control staff, and contractor personnel working on energy projects.
Training methodology
The course follows a sample facility project from scope to completion. Participants build the WBS, calculate the critical path by hand and in a spreadsheet, load resources and costs, and set the baseline. Monthly progress data are then introduced, and teams calculate earned value, forecast final cost and completion, and assess change requests. Real project overrun case studies are discussed, and each team presents a monthly project report. Participants are encouraged to bring examples from their own projects.
Programme outline
Day1Project Planning Foundations
- Project life cycle in the energy sector
- Why projects overrun
- Scope definition and deliverables
- Work breakdown structure
- Organisation breakdown and responsibility matrix
- Practical exercise: building a WBS
- Planning for turnarounds versus capital projects
Day2Scheduling
- Activities and logic
- Duration estimating
- Critical path method
- Float and constraints
- Calendars and lags
- Practical exercise: critical path calculation
- Schedule quality checks (DCMA 14-point)
Day3Resources and Cost
- Resource loading and levelling
- Cost estimating classes
- Cost breakdown and coding
- Linking cost to schedule
- Baselines and contingency
- Practical exercise: resource-loaded baseline
- Cash flow and S-curves
Day4Progress and Earned Value
- Progress measurement methods
- Rules of credit
- Earned value terms: PV, EV, AC
- Variances and performance indices
- Forecasting EAC and completion date
- Practical exercise: earned value analysis
- Case study: recovering a delayed project
Day5Control and Reporting
- Change control and trends
- Schedule risk analysis
- Delay analysis basics
- Dashboards and management reports
- Team exercise: monthly project report
- Lessons learned
- Final assessment
Dates and fees
There are no scheduled dates for this course at the moment. Request it as in-house training, or ask us about the next date.
Certificate
Every delegate who attends the full programme receives a Harfard Technology certificate of completion stating the course title, duration, dates and venue.
Frequently asked questions
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