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HP Inc.

Makes computers and printers for work and home

MFO MEMS Engineering Manager

Engineering LeadershipConfirmed live in the last 24 hours
Full-timeBatu Kawan, Simpang Ampat, Penang, MalaysiaNo salary listedIn-person

About the Job

Requirements

  • A four-year or graduate degree in Manufacturing Engineering, Mechanical Engineering, Electrical Engineering, Mechatronics, Materials Science, Industrial Engineering, another related discipline, or commensurate work experience or demonstrated competence is recommended.
  • Typically has 7–10 years of job-related experience or 5–7 years of management experience, preferably in MEMS manufacturing, manufacturing engineering, process engineering, equipment engineering, automation, or related high-volume manufacturing environments.
  • Knowledge of MEMS manufacturing processes, Barrier, Drill, and Attach process engineering, manufacturing engineering, equipment engineering, process control and process capability, yield improvement, scrap and cost reduction, root cause analysis and corrective action, statistical process control, data analysis, automation, Lean Manufacturing, continuous improvement, new product introduction, process validation, manufacturing change management, quality systems and manufacturing compliance, project management, risk assessment and change impact analysis, supplier and outsourced partner management, tooling, cross-functional program execution, operational excellence, safety and quality, engineering governance, and people development.
  • Six Sigma Certification, Lean Manufacturing Certification, and Project Management-related Certification are listed as preferred certifications.

Responsibilities

  • Lead and govern MEMS engineering activities across Barrier, Drill, Attach, and Plating/Mandrel WorkCentres, ensuring process controls, equipment readiness, and manufacturing standards are implemented and sustained.
  • Drive engineering ownership for WorkCentre performance, including yield, scrap, productivity, machine availability, process capability, quality excursions, and cost performance.
  • Lead structured problem solving and continuous improvement initiatives to address chronic manufacturing issues, reduce variation, improve process robustness, and strengthen operational discipline.
  • Establish and enforce engineering governance, process change control, documentation discipline, and standard work to ensure compliance with internal manufacturing, quality, and safety requirements.
  • Oversee engineering validation for process changes, equipment improvements, material changes, tooling changes, and new capability deployment within Barrier, Drill, Attach, and Plating/Mandrel operations.
  • Provide direct and ongoing leadership for engineers and technical contributors responsible for manufacturing engineering support, process improvement, equipment troubleshooting, and project execution.
  • Lead technical specialists supporting broader MEMS BDAP and Mandrel scope, including Barrier, Drill, Attach, and Plating/Mandrel, MEMS maintenance, equipment support, and refresh of obsolescence items, parts, tools, and equipment needed to sustain manufacturing capability and operational continuity.
  • Own and drive the MEMS PME operating model for Barrier, Drill, Attach, and Plating/Mandrel WorkCentres; PME leads coordinate daily WorkCentre meetings with Production, Maintenance, Equipment, and Engineering teams to review performance, align priorities, escalate issues, and close actions.
  • Partner with the Operations Manager to provide accountability, direction, and governance through PME leads, ensuring production and engineering metrics are managed, reviewed, and improved through daily execution and cross-functional follow-up.
  • Manage headcount, deliverables, schedules, priorities, and costs for multiple engineering projects, allocating resources and identifying, assessing, and mitigating risks.
  • Partner with operations, quality, planning, maintenance, NPI, supply chain, suppliers, and outsourced partners to align deliverables, product quality, schedules, cost, capacity, and manufacturability.
  • Collaborate with the FCI organization to ensure MFO MEMS engineering actions support end-to-end quality delivery, issue containment, root cause resolution, and prevention of downstream quality impact.
  • Ensure effective communication and collaboration among engineering team members, manufacturing teams, cross-functional stakeholders, and external support resources.
  • Identify opportunities for yield and productivity improvement, cycle time reduction, process simplification, cost savings, material usage optimization, and automation aligned with business tactics and strategy.
  • Contribute to productivity initiatives and collaborate with Operations to prioritize and deliver engineering-driven improvements that enhance output, efficiency, cost performance, and WorkCentre execution.
  • Perform talent management responsibilities, including recruitment, performance management, coaching, and career development.
  • Develop engineering and technical specialist capability through coaching, skills development, succession planning, knowledge transfer, and structured career growth.
  • Ensure knowledge and career development tools are in place to support ongoing team member and process development.
  • Deliver committed yield targets across Barrier, Drill, Attach, and Plating/Mandrel WorkCentres through engineering controls, structured problem solving, and sustained process improvements.
  • Drive quality performance by reducing defects, excursions, rework, scrap, customer quality issues, and repeat failure modes across assigned engineering WorkCentres.
  • Achieve productivity and output commitments by improving equipment capability, process stability, cycle time, labor efficiency, and WorkCentre execution discipline for Barrier, Drill, and Attach.
  • Improve equipment uptime, availability, and maintenance effectiveness through preventive maintenance, troubleshooting, and timely equipment recovery.
  • Deliver cost reduction and material usage improvement through scrap reduction, consumable optimization, tool life improvement, automation, and process efficiency initiatives.
  • Ensure effective PME daily management, including timely escalation, action closure, metric review, and sustained follow-up through PME leads and WorkCentre teams.
  • Execute obsolescence management plans for critical equipment, parts, tools, and support items within the broader MEMS BDAP and Mandrel technical specialist scope.
  • Strengthen safety, compliance, and audit readiness by ensuring engineering changes, process documentation, maintenance practices, and WorkCentre controls meet internal requirements.
  • Lead and influence cross-functional teams across Engineering, Operations, Maintenance, Quality, Planning, NPI, Supply Chain, suppliers, and partners.
  • Partner with Operations to align WorkCentre priorities, drive productivity, and deliver engineering improvements.
  • Provide PME governance through daily metric reviews, escalation management, and action closure with PME leads.
  • Communicate with stakeholders to align expectations on yield, quality, cost, output, and equipment readiness.
  • Prioritize resources, risks, and improvement actions to balance production needs with long-term capability.
  • Build team capability through coaching, accountability, and people development.
  • Drive manufacturing performance across Barrier, Drill, and Attach WorkCentres by improving yield, quality, productivity, cost, equipment readiness, and engineering execution.
  • Influence broader MEMS BDAP and Mandrel manufacturing continuity through technical specialist leadership covering equipment support, maintenance interface, obsolescence refresh, parts, tools, and critical capability sustainment.
  • Partner with Operations, Quality, Maintenance, Planning, NPI, Supply Chain, suppliers, and outsourced partners to align priorities, resolve risks, and deliver WorkCentre improvements supporting business goals.
  • Provide accountability and governance through PME leads to ensure daily management discipline, escalation effectiveness, action closure, and sustained improvement of operations and engineering metrics.
  • Manage complex manufacturing, process, equipment, quality, and productivity issues across multiple MEMS WorkCentres involving cross-functional dependencies, material variation, equipment capability, process controls, and operational execution.
  • Use engineering judgment, data analysis, structured problem solving, and managerial discipline to prioritize competing issues, balance short-term production recovery with long-term process robustness, and drive corrective and preventive actions.
  • Lead cross-functional decision making for changes that may affect yield, quality, cost, output, safety, qualification status, equipment availability, and customer commitments.
  • Apply managerial concepts, technical knowledge, and business objectives to resolve issues in practical and sustainable ways while developing engineering and technical specialist capability.

About the Company

HP Inc.

Makes computers and printers for work and home

HP designs personal computers, printers and related supplies for households, businesses and public institutions, with products for everyday work and professional computing. Its Z workstations support demanding technical tasks, while its commercial printing systems serve offices, print shops and industrial manufacturers. It sells devices and replacement supplies directly and through partners, and earns service revenue from software, support and managed computer and printer fleets. Founded as a partnership in 1939, the company is headquartered in Palo Alto, California, and retained the PC and printing businesses after separating Hewlett Packard Enterprise in 2015.

Company size
10,001+
Company stage
IPO
Headquarters
Palo Alto, CA
Founded
1939

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