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Jabil

Designs and builds electronics for other brands

Global Quality Manager

Quality EngineeringConfirmed live in the last 24 hours
Full-timeChihuahua, MexicoNo salary listedIn-person

About the Job

Requirements

  • Strong knowledge of electromechanical systems and system-level quality engineering, including robotics, conveyor systems, motor and drive systems, gear assemblies, device charging modules, cable harnesses, and integrated automation platforms.
  • Understanding of PCBA and SMT-related quality engineering within industrial automation, material handling systems, and system integration environments.
  • Demonstrated expertise in structured problem solving and root cause analysis, including DMAIC, 8D, 5 Whys, failure mode and effects analysis, statistical process control, and measurement system analysis.
  • Ability to read, analyze, and interpret business and technical documentation, as well as regulatory requirements, ensuring alignment with industry standards.
  • Written and verbal communication skills, including the ability to prepare clear technical documentation, present complex information, and influence stakeholders at all organizational levels.
  • In-depth understanding of global quality management systems and the ability to standardize and harmonize practices across multiple sites and regions.
  • Strong expertise in system-level quality engineering for complex electromechanical systems, including robotics assemblies, conveyor systems, gear mechanisms, structural frames, power modules, and large-scale cable harnesses.
  • Strong understanding of automation and material handling systems operating in warehouse or high-throughput logistics environments, including their system integration, operational, and reliability challenges.
  • Knowledge of PCBA manufacturing processes, including surface-mount technology, soldering processes, inspection methodologies, and key failure mechanisms, with the ability to link upstream process performance to downstream system quality and field reliability.
  • Deep knowledge of system integration across mechanical, electrical, and control interfaces, with the ability to identify and mitigate interaction-related failure modes in dynamic operating conditions.
  • Capability in field failure analysis and closed-loop quality systems, including failure trend analysis, root cause investigation, and deployment of corrective and preventive actions across manufacturing sites and external partners.
  • Expertise in structured problem-solving methodologies such as 8D, 5 Why, and DMAIC, with the ability to resolve complex system-level and cross-functional issues.
  • Analytical and data-driven decision-making capability, leveraging quality data from manufacturing, testing, and field performance to identify risks, detect trends, and drive improvements.
  • Understanding of high-volume manufacturing processes for complex system assemblies, including system integration, configuration control, and deployment readiness.
  • Knowledge of quality management systems and the ability to standardize best practices across multiple sites and regions.
  • Demonstrated improvement in quality performance metrics, driving continuous improvement and ensuring customer satisfaction in complex operational environments.
  • Ability to lead cross-functional teams and influence stakeholders across internal organizations and external partners.
  • Communication skills to present technical issues clearly and effectively to different levels of the organization.
  • Leadership in resolving global customer quality escalations, driving issues to timely closure while maintaining clear and effective communication with all stakeholders.
  • Ability to identify current and future quality capability needs across the global organization, assessing individual and team strengths, gaps, and development priorities in support of complex automation and electromechanical systems.
  • Ability to build and sustain technical expertise in system-level quality engineering, including robotics assemblies, conveyor systems, gear and frame structures, power modules, and large-scale cable harnesses, as well as their integration within high-volume manufacturing and field deployment environments.
  • Ability to establish, grow, and manage a Quality leadership pipeline aligned to business growth, global scale, and increasing system complexity.
  • Ability to define and cascade clear, measurable performance objectives aligned to quality outcomes, system reliability, high-volume manufacturing performance, and program execution milestones.
  • Ability to hold individuals and teams accountable through disciplined performance reviews tied to operational metrics, including product quality, field performance, issue resolution effectiveness, delivery commitments, and continuous improvement outcomes.
  • Ability to gather structured feedback from cross-functional stakeholders, manufacturing sites, and external partners to assess performance, execution effectiveness, and leadership impact.
  • Ability to provide regular coaching and targeted development guidance to strengthen technical depth in system-level quality, analytical problem solving, execution discipline, and leadership effectiveness across the team.
  • Ability to execute performance evaluations consistently, professionally, and on schedule, aligning individual development plans with evolving business needs.
  • Ability to drive sustained improvement in team and individual performance through data-driven insights, root cause-based corrective actions, and reinforcement of best practices across sites.
  • Ability to ensure recognition and reward mechanisms are applied fairly, consistently, and transparently.
  • Ability to establish structured communication forums that align global manufacturing sites, cross-functional teams, and external partners.
  • Ability to communicate in verbal and written formats, translating complex technical and quality issues into actionable insights for operations, engineering, and external partners.
  • Ability to facilitate open and transparent dialogue, seeking input, feedback, and diverse perspectives to address system-level challenges and risks.
  • Ability to adapt communication style and approach to audience, situation, and urgency.
  • The role partners closely with site-based quality and manufacturing personnel to provide guidance, ensure adherence to standards, and oversee local execution of global quality strategies.

Responsibilities

  • Develop an understanding of global customer strategic direction and translate business priorities into quality, operational, and system performance requirements across high-volume manufacturing and field deployment environments.
  • Define, develop, and execute a Quality strategy that enables sustained product quality, system reliability, and operational performance across manufacturing, system integration, and deployment activities.
  • Partner with Business Unit leadership to align Quality priorities with customer expectations, production demands, and field performance requirements across multi-site and multi-partner environments.
  • Provide stakeholders with regular updates on Quality strategy execution, including performance trends, field issues, systemic risks, and improvement opportunities.
  • Partner with Business Unit and Operations teams to drive cost optimization through process improvements, efficiency gains, and elimination of non-value-added activities while maintaining product quality, system reliability, and customer requirements.
  • Mentor and develop Quality talent to strengthen capabilities in system integration, reliability, advanced problem solving, and data-driven analysis across manufacturing sites and external partners.
  • Execute performance evaluations and provide coaching, performance feedback, development guidance, and recognition to team members.
  • Establish communication forums and facilitate dialogue across global manufacturing sites, cross-functional teams, and external partners to support timely decisions and consistent execution.
  • Communicate technical and quality issues clearly, adapting information to stakeholders and the urgency of the situation.
  • Coordinate with site-based quality and manufacturing personnel to guide adherence to standards and oversee local execution of global quality strategies.

About the Company

Jabil

Designs and builds electronics for other brands

Jabil designs and manufactures electronics and other products for companies that sell them under their own brands, including makers of AI data center hardware, medical devices, cars, and defense systems. Customers bring a product idea or design, and Jabil handles the engineering, sources the parts, builds the product at scale, and manages the supply chain behind it. The work runs through a global network of factories, so one partner can build products for customers across many markets, from data center racks to medical equipment. Jabil earns revenue through manufacturing and engineering service contracts with these brands. The company was founded in 1966 and is based in St. Petersburg, Florida.

Company size
10,001+
Company stage
IPO
Headquarters
Saint Petersburg, Florida
Founded
1966

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