Jobs at Jabil

Develops demand, master, production, and revenue plans; serves as the customer interface for shipment information; analyzes material and capacity requirements; loads schedules into ERP; monitors planning metrics, revenue performance, and production execution; and drives corrective actions and continuous improvement while coordinating with customers, business units, and operations.

The Lead Design Engineer simulates and analyzes signal and power integrity of optical transceivers, addresses potential issues, collaborates with engineers, and documents results.

Designs, develops, and maintains test procedures, hardware, and software for electronic circuit board production. Supports manufacturing through failure analysis, tester debugging, intermittent failure reduction, and equipment maintenance. Reviews designs for testability, analyzes test data, prepares technical documentation, coordinates test equipment development and calibration, and trains production staff. The role works across office and manufacturing-floor environments and requires compliance with safety, quality, and security procedures.

Monitor and optimize SMT manufacturing lines for quality, throughput, utilization, and cost efficiency. Perform root cause analysis, continuous improvement, solder profiling, process parameter control, tooling design and procurement, line reconfiguration, equipment installation coordination, and maintenance verification. Ensure solder quality meets IPC-610B standards while supporting safety, security, and regulatory compliance.

Manage planning activities for an assigned manufacturing workcell, including master production scheduling, material and capacity planning, PO coverage, BOMs, routings, revenue forecasting, and end-of-life planning. Ensure achievable schedules, on-time delivery, material control, and efficient resource utilization. Serve as the planning expert, coordinate with manufacturing and customers, resolve capacity and demand constraints, and mentor production planners and document coordinators.

The Quality Engineer II is responsible for quality assurance processes, supplier discrepancies, inspections, and developing QA plans in manufacturing settings.

Designs, develops, and maintains test procedures, hardware, and software for electronic circuit board production. Responsibilities include reviewing designs for testability, debugging testers, analyzing test data, developing test equipment, coordinating calibration and installation, preparing technical documentation, training production staff, and leading Process Technicians. Requires a bachelor’s degree in Electronics or Electrical Engineering and three to five years of experience.

Designs, develops, and maintains test procedures, tester hardware, and software for electronic circuit board production. Responsibilities include reviewing designs for testability, debugging testers, analyzing test data, developing test equipment, coordinating installation and calibration, reducing equipment downtime, documenting procedures, training production staff, and leading Process Technicians. Requires collaboration with manufacturing, engineering, management, and customers, along with adherence to safety, security, ISO, and QS standards.

Lead product engineering across design transfer, new product introduction, mass production, and continuous improvement for photonics devices. Optimize manufacturing processes, improve yield and cost, investigate production and customer-return issues, and implement corrective actions. Develop validation and production test plans, fixtures, and equipment; analyze statistical data; provide DFM and DFT feedback; and collaborate with design, quality, and supply chain teams.

Leads SMT and PCBA manufacturing process development, optimization, validation, and high-volume production support. Responsibilities include NPI, DFM/DFA, equipment qualification, automation, yield and throughput improvement, process controls, quality validation, Lean Six Sigma initiatives, audits, and customer technical support. The role also mentors engineering and production teams while driving continuous improvement, cost reduction, and manufacturing readiness across electronics assembly operations.

Ensures products, processes, and systems meet quality, customer, regulatory, and company requirements. Leads CAPA, root-cause investigations, audits, risk management, nonconformance resolution, supplier quality, process validation, NPI, and continuous improvement. Collaborates with R&D, manufacturing, and regulatory teams while monitoring quality metrics and supporting QMS compliance with ISO 9001, ISO 14971, and GMP.

Leads healthcare and IVD manufacturing transfer programs from technology transfer through mass-production release. Directs process, test, quality, manufacturing, automation, validation, regulatory, and NPI engineering activities; ensures manufacturing readiness, equipment and process qualification, ISO 13485 compliance, audit readiness, customer communication, risk management, and post-launch stabilization. Coaches engineering teams and owns technical decision gates, validation approvals, and production-release recommendations.

The Business Systems Analyst conducts process analyses, prepares specifications, and collaborates across teams to enhance IT systems and support business goals.

The Programmer Analyst designs, develops, tests, and maintains software applications, collaborating with IT teams and end-users to enhance system performance and reliability.

Serve as the site-level technical focal point for supplier quality: manage non-conforming materials, guide receiving inspection, perform/component failure analysis, initiate vendor returns, and drive corrective actions while supporting inspection plans in SAP and continuous improvement.

Designs, develops, and maintains test procedures, hardware, and software for electronic circuit board production. Supports manufacturing with failure analysis, tester debugging, test program fine-tuning, and equipment maintenance. Generates test reports, develops test equipment, defines test conditions, and ensures compliance with ISO/QS standards. Provides training and documents procedures from design through production.

Serve as the plant technical lead for sourcing and approving alternate components, driving supplier selection and quality improvements, managing AML/EOL/obsolete recommendations, and maintaining component data to support manufacturing cost, quality, and lead‑free initiatives.

This role involves overseeing the design and manufacturing of Co-Packaged-Optics systems, improving yield, developing test strategies, and training product engineers in a highly technical environment.

Serve as customer interface for demand and shipment plans; develop and load master schedules in ERP; create feasible production plans; monitor revenue and planning metrics; drive corrective actions and continuous improvement; collaborate with operations and customers.

The Product Engineer will lead change management projects, train employees on processes, and conduct audits to enhance change management effectiveness.