Advanced workforce forecasting system for engineering teams

Client

A leading global maritime engineering corporation specializing in specialized shipbuilding projects, operating in the Netherlands with approximately 2,500 employees.

Industry

Maritime Engineering


Service

Strategic Workforce Planning, Big Data Analytics, Research and Development

Tech

Python, Excel

Challenge

The client sought to enhance their existing method for forecasting the quantity and timing of specific engineering skillsets required during the design phase of a ship. This design phase typically spans 1.5 years and involves between 50,000 and 150,000 manhours. The improved forecasting model needed to provide long-term visibility into the demand and supply of critical engineering capabilities, enabling the client to plan effectively for future needs. Additionally, the solution had to integrate seamlessly with the existing master schedule to identify potential under- or over-capacity scenarios, ensuring optimal resource allocation throughout the project lifecycle.

We took on the
following challenges:

  • Obtain, analyze and process different historical data sources to develop a usable historical dataset
  • Analyze the different project variables to define drivers that affect necessary engineering time
  • Develop mathematical models containing precise forecasting equations that quantify necessary man-hours for 15 specialized engineering teams
  • Develop a method to project the spending of forecasted man-hours over a forecasted period of time
  • Analyze and design seamless integration with the current master planning software
Available versus necessary capacity analsysis
Visual representation of number of hours and allocation of specific engineering skillsets
Necessary capacity per skillset
Visual representation of number of hours and allocation of specific engineering skillsets
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Solution

Data-Driven Forecasting

Implemented mathematical models based on historical data to generate accurate workforce predictions for the project timeline.

 

Custom Analytics per Department

Developed specialized calculation frameworks to skill-specific forecasting, based on latest and most effective mathematical methods.

 

Interactive Planning Tool

Created an Excel-based forecasting tool that integrates seamlessly with existing processes, while providing intuitive user interface.

Impact

Insight into process success

Creation of the ability to grant or deny applications based on data.

 

Strategic Planning

Enhancing long-term workforce planning capabilities, enabling strategic decision-making.

 

Planning efficiency

Reducing planning time while significantly improving the quality and reliability of resource forecasts.