Arc Shift stabilizes and transforms global manufacturing operations — restoring process control, building quality systems, and deploying intelligent automation where it delivers measurable business impact.
We deploy where the stakes are highest — failing operations, critical launches, regulatory exposure, and automation decisions that carry eight-figure consequences.
Rapid stabilization of high-risk operations. Process control restoration, safety and compliance remediation, and customer confidence recovery under time pressure.
Gap assessments, QMS documentation, PFMEA/Control Plan deployment, and full readiness programs for ISO 9001, IATF 16949, and ISO 13485 certification.
MES/ERP/PLM integration, real-time SPC, IoT monitoring, AI/ML predictive analytics, and digital twin deployment — connected to business outcomes, not infrastructure.
Equipment selection, line layout, capacity modeling, robotics/AGV specification, FAT/SAT acceptance, and OEE/UPH commitment frameworks for SMT, PCBA, and FATP environments.
Precision mechanical and electronic failure analysis, GD&T review, tolerance stack-up, Monte Carlo modeling, and supplier capability assessment. Litigation-grade deliverables when required.
Org design, leadership development, OKR frameworks, PMO rigor, and accountability systems built for sustainable high performance across multi-site, multi-vertical operations.
Four major technical investigations and operational turnarounds across semiconductor, GPU, and electronics manufacturing — all resulting in measurable, documented outcomes.
Led technical investigation into substrate and die cracking attributed to structural weakness at the ENIG (Electroless Nickel Immersion Gold) intermetallic layer. Lab-led root cause analysis identified the failure mechanism and enabled a successful out-of-court supplier liability recovery.
2002 · Intel · Out-of-Court SettlementDirected technical investigation into the NVIDIA bump crack issue — a systemic GPU package reliability failure affecting notebook platforms. Developed and executed environmental stimulus methods and lab-based root cause analysis, producing litigation-grade findings that underpinned a $70M out-of-court settlement.
2004–2006 · NVIDIA · Out-of-Court SettlementLed cross-functional technical investigation and root cause analysis for a potential class-action matter involving a semiconductor device. Partnered directly with Foxconn corporate legal to build and document the technical case, resulting in a successful $50M supplier liability recovery resolved out of court.
Foxconn Technology Group · Out-of-Court SettlementLed consolidation and restructuring across multiple BUs — achieving 30% improvement in production efficiency with 20% fewer resources. Elevated both Notebook and Display BUs to #1 quality ranking across three strategic customers, safeguarding critical accounts and unlocking $4.8M in additional monthly revenue.
Foxconn Technology Group · Operational TurnaroundTransformational engineering and quality leader with 25+ years operating across Asia, Europe, and the Americas. Former AVP of Engineering & Quality at Foxconn Technology Group, and Senior Manager of Notebook Quality at Hewlett-Packard.
Recognized for bridging engineering, quality, and procurement to deliver scalable automation ecosystems and measurable cost-and-yield improvements across billion-dollar manufacturing operations.
"Strategic. Detail-driven. Equally effective engaging C-suite leadership, suppliers, and cross-functional engineering teams to deliver sustainable competitive solutions."
Technical frameworks, qualification standards, and analytical tools developed through decades of hands-on manufacturing leadership.
Three of the resources below are fully interactive web applications — no download, no Excel required. They run in your browser and calculate live as you type. Cards marked Interactive Tool open the full application.
End-to-end tooling qualification requirements covering tolerance analysis, RSS vs. worst-case methods, mean shift, Cpk requirements, and part collection protocols for precision mechanical programs.
Structured methodology for characterizing and optimizing injection molding process windows, with application to cosmetic and dimensional yield improvement on precision plastic components.
Live Arrhenius-Peck calculator — enter use and test conditions to compute acceleration factor, simulated life in days/months/years, and field-equivalent hours. Includes failure mechanism reference table.
Three-mode reliability tool: sample size from defect rate targets, chi-squared MTTF and FIT demonstration from test results, and formal test planning with sensitivity matrices and reliability life tables.
Live two-model calculator: OEE from weekly actuals with A/P/Q bars, loss driver identification, and recommended focus; plus fixture sizing from demand, cycle time, and retest burden with capacity status.
Professional 1D linear tolerance analysis with multi-loop stackups, GD&T callouts, Monte Carlo simulation, sensitivity analysis, and project save/load. No download. No Excel required.
Arc Shift FMEA Handbook covering DFMEA and PFMEA development, team roles and responsibilities, AIAG-VDA timing and information flow, severity/occurrence/detection criteria, RPN methodology, and complete form completion guidance.
Arc Shift engages at the point of maximum consequence — where process failure, competitive pressure, or a strategic transition demands experience, precision, and accountability.
All enquiries are treated with full confidentiality. Expect a response within one business day.