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Design for X Consulting · Asia-Pacific

Loss eradication done right.

Design for X™ consulting helps manufacturers improve new product development, capital projects, and manufacturing operations through company-specific Design for X (DfX) frameworks, proven technical methodologies, advanced analytics, and hands-on implementation and training. Our work prevents downstream problems, eradicates existing losses, and builds the knowledge required to sustain performance.

Client perspective

“Design for X is one of the most capable firms I’ve had the pleasure to work with. I wholeheartedly recommend them to any corporation or team looking for a partner that can drive meaningful, measurable improvements. I cannot overstate the value they brought to our organization. In one engagement alone, they enabled us to avoid approximately $5 million in capital expenditures and reduce recurring annual costs by more than $1 million, while increasing throughput capacity and reducing downtime risk.”

Design for X (DfX) Framework

Prevent downstream manufacturing and lifecycle losses through informed design decisions before the cost of change escalates.

Design for X (DfX), sometimes referred to as Design for Excellence, is a structured approach for incorporating downstream manufacturing and lifecycle requirements into early product, equipment, and project design decisions.

We establish a client-specific framework from actual losses, project defects, standards, lessons learned, proven DfX principles, and external best practices. Design-review checklists, standards, and validation requirements are then embedded into new product development and CapEx processes through cross-functional reviews, phase gates, training, post-mortems, and feedback loops.

A checklist is not an implementation. The value comes from integrating the questions into the phases, reviews, and routines that govern decisions and execution.

WCM / TPM Implementation

Operational Excellence

Restore baseline condition. Improve the system. Standardize and sustain.

Design and implement World Class Manufacturing and Total Productive Maintenance structures, including Focused Improvement, Autonomous Maintenance, Quality, Training & Education, and Early Management, or integrate proven methods into an existing organization without unnecessary rebranding or redundant structures.

Immersive workshops build capability while restoring equipment and processes to baseline condition. The work then converts abnormalities and lessons learned into improvements, standards, ownership, and routine management.

We also design organizational roles, process flows, routine management, training, and skill validation for Continuous Improvement, Project Engineering, and CapEx functions.

WCM · TPM · AUTONOMOUS MAINTENANCE · 5S · FMEA · SMED · DMAIC · SKILL VALIDATION
Autonomous Maintenance workshop team restoring industrial equipment
Hands-on Autonomous Maintenance workshop
Before Equipment condition before Autonomous Maintenance restoration
After Equipment condition after Autonomous Maintenance restoration
Before Interior equipment condition before Autonomous Maintenance restoration
After Interior equipment condition after Autonomous Maintenance restoration
Autonomous Maintenance team reviewing workshop results
Autonomous Maintenance workshop learning documented on a team board
Autonomous Maintenance workshop team after equipment restoration

CapEx Project Delivery

Greenfield & Brownfield Vertical Startup

Coordinate construction, operational readiness, and startup as one integrated plan.

Develop cross-functional Work Breakdown Structures (WBS) that align construction with the workforce, procedures, maintenance systems, materials, suppliers, validation, and other requirements needed for operational readiness.

Support execution through project management, phase gates, DfX design-review checklists, equipment acceptance, workforce development, startup validation, and structured feedback that strengthens future CapEx projects.

WBS, Gantt, and critical-path planning
FAT, SAT, pilot runs, and validation
Workforce and training readiness
Supplier, materials, and inventory readiness
RCM and CMMS work processes
Project Defect Analysis and post-mortems
Cross-functional vertical startup workshop developing an affinity diagram and Work Breakdown Structure for a greenfield manufacturing plant
Cross-functional vertical startup workshop used to develop the affinity diagram, Work Breakdown Structure (WBS), and integrated Gantt execution plan for a $300 million greenfield plant.

Process Improvement

Process Optimization

Redesign the process, not just the metric.

Improve manufacturing, supply chain, administrative, and other business processes through current-state analysis, stakeholder review, targeted kaizen, procedural design, training, and control.

Process mapping, stakeholder analysis, and loss identification
Kaizen from charter development through control
Company-specific procedures and review methods
Training and routine-management systems

Asset Reliability

Reliability Centered Maintenance

Develop maintenance strategies based on failure modes, consequences, and cost.

Develop asset strategies, systems, and technical capability that improve reliability while avoiding unnecessary maintenance activity.

RCM program design, training, and implementation
SAP and other CMMS architecture and work processes
PM strategies, failure codes, MTBF/MTTR, and cost reporting
NDT and condition-based monitoring programs

Advanced Analytics

Simulation Modeling

Quantify uncertainty to improve operating and resource decisions.

Use Monte Carlo simulation modeling to evaluate capacity, bottlenecks, sequencing, equipment requirements, spare requirements, and expected operating performance.

Monte Carlo model design, analysis, and reporting
Bottleneck, capacity, and KPI forecasting
Production sequencing and resource optimization
AnyLogic models delivered as executable Java applications

Applied across our services

Private, Air-Gapped AI

Design for X™ operates a proprietary AI knowledge system built on a locally hosted open-source LLM in a dedicated air-gapped environment. When authorized for an engagement, it can apply our methodologies and technical knowledge to client work without transmitting project information to an external AI provider. Client information remains segregated and is not used to train the model or expand our permanent knowledge base.

Local processing No external AI transmission
Client data segregation No incorporation into our permanent knowledge base
Client-controlled AI DfX knowledge can be structured for client LLM environments

U.S. defense contract work: FCI/CUI/CTI designation, contract requirements, and the applicable system boundary govern use.

Leadership & Asia-Pacific Experience

Noah O’Brien, Technical Director of Design for X

Noah O’Brien

Technical Director, Design for X™

“Working in Malaysia reinforced something I have seen throughout my manufacturing career. Strong local technical expertise can produce exceptional results when it is paired with the right methodology, cross-functional structure, and disciplined facilitation. My experience working within a PTT Global Chemical and Sime Darby joint venture also taught me the importance of understanding local communication and decision-making norms while maintaining clear expectations about what can realistically be delivered.”

Background

Noah began his manufacturing career in the field of reliability engineering before moving into continuous improvement and the development and implementation of manufacturing systems for international industry leaders. His Master of Science in Engineering capstone applied Monte Carlo simulation modeling to manufacturing-process optimization.

TPM / WCM Master-Apprentice Lineage

Seiichi Nakajima → JIPM (Fumio Gotoh) → Toyota Auto Body (Tsutomu Murata) → Procter & Gamble (Technical Director) → Noah O’Brien / Design for X™

Direct transfer of methodology through hands-on implementation and master-apprentice teaching.

Contact

Contact us for a consultation on how we can facilitate your world-class manufacturing journey.