YILCORE Impact Stories

Systems, processes and structures built around real operational challenges.

Selected project experience spanning product data, BOM governance, engineering change, manufacturing systems, supplier resilience and production readiness.

Product Data & BOM Systems

Creating structure where product data becomes operationally critical.

These projects focused on improving product identification, BOM governance, revision control and scalable product-data structures across engineering, procurement and manufacturing environments.

Component Number and Definition Project

Challenge

The company faced critical inefficiencies in component identification, procurement and inventory management caused by a fragmented and outdated part numbering system.

What Was Built

A standardized component-description and numbering structure designed to reduce ambiguity, duplication and process errors.

Impact

Standardized part descriptions eliminated ambiguity and duplication.
A streamlined numbering system accelerated processes and reduced errors.
Integration with Salesforce improved traceability and cross-departmental efficiency.

Component Version and Revision Project

Challenge

The company encountered significant challenges in component management and supplier communication due to an inadequate and outdated version-tracking system.

What Was Built

A clearer version and revision structure that improved visibility into component evolution without unnecessary creation of new part numbers.

Impact

Clear version tracking improved visibility into component evolution.
Revision workflows were streamlined to reduce errors and accelerate approvals.
Engineering, QA and product teams were better aligned on updates.

Bill of Materials Naming and Numbering Project

Challenge

The company struggled with product identification, procurement and inventory management due to a fragmented and inefficient BOM naming and numbering system.

What Was Built

A standardized BOM naming, numbering and structural framework aligned across engineering, procurement and production.

Impact

Standardized BOM structures improved planning and reduced supply-chain delays.
A systematic numbering system minimized errors and faulty production risk.
A unified BOM format improved cross-functional communication.

Multiple Manufacturers BOM Management

Challenge

Single-source dependencies and limited multi-manufacturer management created constraints in component availability, BOM versioning and supplier synchronization.

What Was Built

A structured approach for managing multiple approved manufacturers within BOM and component-management processes.

Impact

Reduced single-source dependency and improved supply-chain resilience.
Unified BOM formats supported consistency and compliance.
A scalable structure was created for future manufacturers and parts.

Sub Bill of Materials Project

Challenge

Multi-layered BOM structures created complexity and inconsistency in the management of subcomponents across departments.

What Was Built

A standardized sub-BOM structure designed to improve coherence, update control and component visibility.

Impact

Consistent sub-BOM formats simplified updates across departments.
More accurate material planning reduced unnecessary purchasing.
Improved subcomponent tracking helped prevent production defects.

Bill of Materials Structure Build

Challenge

A newly developed prototype required a planned, organized and scalable transition toward production.

What Was Built

A clear and scalable BOM structure aligned with R&D outputs and future production requirements.

Impact

Production readiness was strengthened through structured planning.
A scalable BOM framework was established.
Teams were guided on BOM and process-design best practices.

Engineering & Production Systems

Turning change, approval and production readiness into controlled processes.

These initiatives focused on workflow design, engineering-change governance, production transition and operational standardization.

Component Approval Process

Challenge

Manual execution, poor tracking and lack of a standardized approval process created delays, confusion and wasted resources in sample approval and quality control.

What Was Built

A structured component-approval workflow with defined roles, approval steps and clearer process ownership.

Impact

Defined roles and approval flows accelerated decision-making.
Unnecessary sample shipments were reduced.
Faulty samples were prevented from entering production.

Engineering Change Management — Process & Tool Creation

Challenge

Engineering changes were slowed by unclear standards, responsibilities and limited process visibility, increasing cost and production risk.

What Was Built

A structured engineering-change process and supporting tool with defined ownership, transparent tracking and reporting.

Impact

Engineering changes were handled faster and more accurately.
Clearer responsibilities improved cross-functional collaboration.
Data-driven monitoring enabled reporting and continuous improvement.

Prototyping to Mass Production

Challenge

Complex BOM configurations, unclear responsibilities and communication gaps between R&D, Supply Chain Management and Purchasing delayed production readiness.

What Was Built

A clearer production-readiness structure linking BOM simplification, specification control and cross-functional ownership.

Impact

BOM structures were simplified for scalable production.
R&D, Supply Chain and Purchasing alignment improved.
Component specifications and requirements were clarified.

Product Standardization Project

Challenge

Non-standardized components, inconsistent BOM structures and fragmented workflows created higher costs, disruptions and product-launch delays.

What Was Built

A product-standardization framework linking component selection, BOM structures and cross-functional workflows.

Impact

Standardized components reduced production cost and resource waste.
Unified BOM structures improved supply-chain alignment.
Integrated workflows supported faster product launches and updates.

Supply Chain & Digital Operations

Building resilience, visibility and operational infrastructure.

These projects addressed supplier continuity and the digital infrastructure required to support global manufacturing operations.

Alternative Vendor List — Process and Structure

Challenge

Vendor dependency created continuity, cost and operational risks within the supply chain.

What Was Built

A structured and transparent alternative-vendor framework designed to protect quality while strengthening sourcing flexibility.

Impact

Reduced dependency on single vendors.
Multiple sourcing options supported cost efficiency.
Supply continuity was strengthened without compromising quality.

Shop Floor Server Database System

Challenge

A secure, reliable and efficient shop-floor server environment was required to support manufacturing operations across global production sites.

What Was Built

For AT&T, a shop-floor server implementation covering procurement, licensing, installation, configuration, deployment and long-term operational support.

Impact

Server hardware and licenses were coordinated in line with AT&T requirements.
Internal and external IT teams were aligned for installation and configuration.
Deployment was coordinated across Far East manufacturing facilities.

How We Think

The solution may be a process, a system, a tool — or all three.

These examples reflect a practical approach to transformation: understand the operational problem first, then design the structure required to solve it.

Depending on the challenge, that structure may involve governance, workflow design, BOM architecture, digital tools, supplier models, production systems or cross-functional operating processes.

What system could work better in your organization?

Let’s identify the operational challenge and build the right structure around it.

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