Problem Statement

The client faced operational inefficiencies due to fragmented BOM structures, disconnected equipment-to-part relationships, and inconsistent spare parts data across regions. Maintenance teams struggled to identify the correct parts quickly, while procurement teams lacked standardized material visibility, leading to delays, duplicate purchases, and increased operational costs.

Key Challenges

• Fragmented BOM & Spare Parts Relationships

  Disconnected BOM hierarchies and equipment relationships reduced operational visibility and maintenance accuracy.

• Inconsistent Material Governance

  Lack of standardized governance across regions created inconsistencies in spare parts and material master data.

• Procurement & Maintenance Inefficiencies

  Poor material visibility delayed maintenance planning and increased procurement inefficiencies across sites.

• Limited Enterprise Traceability

  Fragmented material data limited traceability between equipment, spare parts, and operational workflows.

Solution Implemented

• BOM & Relationship Intelligence : Implemented centralized BOM hierarchy and equipment-to-part relationship management capabilities.

• Material Data Standardization : Standardized spare parts taxonomy, material attributes, and classification structures across regions.

• Governance & Quality Control : Established enterprise-wide governance workflows, stewardship processes, and validation controls.

• Enterprise System Integration : Integrated material master data across ERP, procurement, and maintenance management platforms.

Business Impact

• Operational Visibility Improvements

  Improved BOM visibility and relationship accuracy across global operations by 50%.

• Maintenance & Procurement Efficiency

  Reduced spare parts search time by 35% and improved maintenance planning efficiency by 28%.

• Governance & Data Consistency

  Improved enterprise-wide material governance consistency while reducing manual stewardship effort by 40%.