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Operational Bottleneck Analysis & SLA Optimization

Report Link: https://app.powerbi.com/view?r=eyJrIjoiZDNkODdhZjctYjliMC00YWRmLWFkNGEtM2NjYTM5ZjU3YWEwIiwidCI6ImY2MjdlMjJlLWNmNzItNDlhOC05MmZjLTZjNmIwMThmNTg3MiJ9

Project Overview

This project was developed as part of an MBA in Data Analytics & Business Intelligence 360°. The main goal was to identify operational bottlenecks in a simulated manufacturing company (Xperiun), focusing on process delays, sector performance, and financial impact.

Business Objectives

  • Improve operational efficiency
  • Reduce order cycle time
  • Enhance customer SLA performance
  • Support data-driven decision-making

Data Sources

The analysis was based on operational system data, including:

  • Orders
  • Production process flow
  • Departments and workstations
  • Employees
  • Materials and product complexity

Key Insights

  • Actual execution time frequently exceeds standard time, especially in:
    • Machining
    • Cutting
    • Welding
  • Recurrent issues such as:
    • Operator unavailability
    • Machine breakdowns
  • High-complexity and heavy-weight orders account for most delays and rework

Proposed Improvements

Based on the analysis, the following actions were recommended:

  • Strategic resource reallocation
  • Feasibility analysis for new machine acquisition
  • Workforce optimization, prioritizing critical departments

Deliverables

  • Interactive dashboards developed in Power BI
  • KPIs for monitoring operational delays and bottlenecks
  • Visual insights to support management decision-making

Tools & Technologies

  • Power BI
  • Data Modeling
  • DAX
  • Business Intelligence concepts
  • Process analysis

Project Structure

  • /powerbi: Power BI dashboard file (.pbix)
  • /docs: Dashboard screenshots
  • /data: Sample or anonymized data (optional)

📎 Notes

This project uses simulated data for academic and portfolio purposes.

About

This project analyzes production bottlenecks in a simulated manufacturing company using Power BI. The objective is to identify process delays, critical departments, and operational constraints impacting order cycle time and SLA performance.

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