Jabil

Administration

• Conduct business process analyses, needs assessments, and preliminary cost/benefit analyses
• Develop, test, debug, document, maintain, modify, and install programs
• Conduct inquiries for new information systems meeting current and projected business needs
• Write functional and technical specifications for application development, enhancements, and testing
• Analyze user requirements, procedures, and problems to improve existing systems
• Prepare project plans, implementation schedules, and project schedules
• Confer with organizational units to determine requirements
• Develop and maintain computer programs for storing, locating, and retrieving documents, data, and information
• Write programs that interface with other system equipment
• Devise sample input data and test program accuracy
• Assist with application rollouts and user acceptance training
• Resolve questions regarding program intent, input acquisition, time sharing, output requirements, coding, modifications, and internal checks/code reviews
• Adhere to development framework standards
• Maintain documentation for the responsible area
• Provide project status updates
• Recommend and conduct training
• Maintain positive relationships with employees, customers, and vendors
• Serve as an escalation point for troubleshooting issues
• Follow safety, health, and company security policies
• Perform other assigned duties

Application Administrator, Blue Prism Enterprise Administrator

Support Engineer

• Support a new factory startup and an existing factory facility
• Support site IT bring-up, early production ramp activities, and steady-state operations
• Load and verify software packages
• Troubleshoot and resolve end-user issues and site-level incident requests
• Install, configure, image, identify, and repair PCs, hardware, peripherals, printers, scanners, and shared devices
• Populate the Knowledge Database and Configuration Management Database
• Manage queues and adhere to SLAs and KPIs
• Troubleshoot scanners, including MES/SAP RF devices
• Provide phone-based or remote support for offsite users
• Purchase software and hardware through the purchase-order process
• Administer user accounts using Active Directory
• Support mobile device enrollment, configuration, and troubleshooting
• Maintain and support audio/visual equipment and standard IT applications
• Monitor Service Desk queues and resolve tickets promptly
• Maintain computer-parts inventory and repair logs
• Provide user training and technical assistance
• Support IT infrastructure and end-user readiness during factory build, commissioning, and early production ramp
• Deploy IT equipment, workstations, printers, scanners, and shared devices across office and manufacturing-floor environments
• Work in factory, warehouse, and construction-adjacent environments with evolving processes and shifting priorities
• Support extended hours or weekends during critical startup and production milestones
• Partner with IT leadership, facilities, manufacturing engineering, and external vendors
• Identify gaps, risks, and recurring issues; escalate or propose improvements
• Participate in idea exchange and provide regular updates to managers
• Drive cost reduction and continuous improvement through trend analysis and metrics
• Maintain efficient procedures and work instructions
• Maintain confidentiality of IT systems and data
• Follow corporate, regional, and site security, safety, and health policies

IT Support Technician II – Shift Rotations

Designer

• Design and maintain complex mechanical assemblies using advanced parametric CAD modeling in SolidWorks and/or Creo
• Develop detailed layouts and assemblies containing structural elements, enclosures, piping systems, thermal components, pumps, valves, and mounting interfaces
• Ensure designs meet performance, thermal, structural, manufacturability, serviceability, and customer requirements
• Resolve system-level mechanical integration challenges, including packaging constraints and interface definition
• Execute configuration- and revision-controlled CAD designs for multiple product variants, options, and revisions
• Maintain model stability and integrity as engineering changes are introduced
• Implement engineering changes, ensuring traceability, configuration compatibility, and minimal production disruption
• Align CAD models, drawings, BOMs, and PLM data across lifecycle stages
• Produce and maintain production-ready manufacturing drawings with GD&T, tolerance stack-ups, materials, finishes, and inspection requirements
• Design parts and assemblies for DFM/DFA, fabrication, welding, machining, and final assembly
• Support prototype builds, pilot production, and manufacturing issue resolution through design updates and documentation corrections
• Ensure designs support repeatable, high-yield manufacturing across sites, suppliers, and production volumes
• Coordinate mechanical-electrical interfaces, routing paths, and packaging clearances with electrical engineering
• Partner with manufacturing, supply chain, quality, and production teams on build issues, component changes, and feedback
• Provide technical input during design reviews, release-readiness assessments, and product change discussions
• Contribute to CAD standards, modeling practices, and documentation quality
• Engage with customers and supply chain partners to assess requirements, identify challenges, and design infrastructure solutions end-to-end

Lead Mechanical CAD Designer

SDET

• Lead the technical direction of Advanced Compute Platform NPIs and manufacturing programs
• Balance customer requirements, factory execution, and business objectives
• Collaborate with customers, strategic suppliers, and cross-functional internal teams
• Ensure products meet Jabil’s performance, quality, and reliability standards
• Provide technical guidance and mentorship to junior engineers
• Engage with customers to understand requirements, challenges, and expectations
• Maintain comprehensive manufacturing documentation for server (L10) and rack (L11) test procedures, specifications, and infrastructure
• Collaborate with hardware, manufacturing, and quality engineering teams on testing requirements and quality standards
• Stay current with emerging test technologies, methodologies, and industry best practices
• Define and collaborate on test infrastructure and application architectures for scalable manufacturing solutions
• Lead customer and Jabil operations teams in resolving complex product, process, and material issues
• Execute root cause investigations and drive improvements in FPY, test throughput, and repair yield
• Serve as the primary technical interface for customer product introductions and manufacturing performance across server and storage platforms
• Develop and maintain technical knowledge bases
• Mentor test and debug leads and incorporate feedback to support daily operational excellence

Principal Advanced Compute Product – Server Test Engineer

Data Engineer

• Develop and maintain electrical schematics, panel layouts, and wiring designs for complex industrial systems
• Design and document power distribution, protection, grounding, and control circuits for power distribution and cooling platforms
• Ensure electrical designs meet functional performance, safety, reliability, and serviceability requirements
• Resolve electrical packaging and integration challenges with mechanical layouts, thermal constraints, and enclosure architectures
• Execute configuration-controlled electrical designs for multiple product variants, options, and regional variations
• Maintain design stability and traceability through engineering changes
• Implement ECR/ECNs while preserving compliance, backward compatibility, and production continuity
• Synchronize schematics, wiring diagrams, panel layouts, BOMs, and PLM records throughout the product lifecycle
• Design systems compliant with IEC, UL, regional standards, and customer specifications
• Support compliance activities with documentation and responses to design findings
• Develop detailed panel layouts with component placement, wire routing, and labeling
• Ensure wiring designs are manufacturable, accessible, and service-friendly
• Support prototype builds, production ramp-up, and manufacturing issue resolution through design updates and clarifications
• Collaborate with mechanical engineering on fit, clearance, airflow, and thermal compatibility
• Partner with manufacturing, supply chain, quality, and production teams on build issues, substitutions, and feedback
• Participate in technical design reviews and release readiness activities
• Contribute to continuous improvement of electrical CAD practices, documentation clarity, and configuration discipline
• Engage with customers and supply chain partners to assess requirements, identify challenges, and design infrastructure solutions end-to-end

Lead Electrical CAD Engineer – Data Center Infrastructure

Mechanical Engineer

• Lead end-to-end mechanical design and engineering of hyperscale Data Center Infrastructure systems, including liquid-cooled rack assemblies, CDUs, manifolds, enclosures, structural frames, and hydronic piping systems
• Serve as technical authority for single-phase and two-phase liquid cooling architectures, primary and secondary loop design, in-rack distribution, and system integration
• Define and validate operational performance requirements, including pressure ratings, hydrostatic limits, temperature ranges, flow rates and uniformity, thermal expansion, durability, and serviceability
• Design, analyze, and validate machined components, welded fabrications, manifolds, and structural systems using stress analysis, finite element analysis, flow modeling, and structural load calculations
• Lead wetted material selection and compatibility analysis, including corrosion mitigation, surface treatments, cleanliness standards, and durability
• Develop and review CAD models and technical data packages using CREO, SolidWorks, or equivalent tools
• Author and approve technical specifications for piping systems, rack-level cooling infrastructure, and hydronic components
• Establish and oversee validation protocols, including hydrostatic pressure testing, leak detection and mitigation, flow resistance analysis, and corrosion verification
• Evaluate customer design proposals and technical specifications for feasibility, manufacturability, cost, and risk
• Lead cross-functional design reviews with electrical, thermal, manufacturing, quality, and supply chain teams
• Optimize rack manifold design and manufacturing processes, including machining, welding, surface finishing, connection interfaces, venting, draining, and flow paths
• Drive continuous improvement in manufacturing assembly methods and tooling
• Lead root cause investigations for complex mechanical failures and implement corrective design improvements
• Provide technical leadership in vendor qualification and management
• Identify and mitigate technical risks and contribute to liquid cooling R&D initiatives
• Apply modular data center design principles to liquid cooling integration
• Design cooling systems for prefabricated and skid-mounted deployment, accounting for transport and vibration loads, shipping constraints, and inter-module connections

Principal Mechanical Design Engineer – Data Center Infrastructure

Engineer

• Optimize material movement, storage, and presentation within manufacturing and logistics operations
• Analyze material flow processes, layouts, and material handling equipment to identify bottlenecks, inefficiencies, and waste
• Design optimized material flow strategies, including line-side delivery, supermarket design, kitting, and sequencing solutions
• Use simulation software and lean methodologies to model and validate proposed improvements
• Collaborate with Manufacturing, Operations, Supply Chain, and IT teams to implement material flow systems and processes
• Lead material flow assessments and improvement projects at manufacturing and distribution sites throughout the United States
• Develop and implement standard work procedures for material handling, kitting, and line-side replenishment
• Evaluate and recommend material handling equipment, automation, and technologies
• Lead continuous improvement projects related to material flow, inventory reduction, and space utilization
• Provide training and support to operational teams
• Develop and track KPIs related to material flow efficiency, inventory turns, and cost savings
• Ensure compliance with safety regulations and Jabil quality standards
• Travel up to 75% within the United States for project execution, facility launches, operational assessments, and implementation of best practices

Senior Material Flow Engineer

• Own engineering delivery and system integration for complex industrial and data center infrastructure systems
• Maintain an operational partnership with Technical Program Manager teams managing a portfolio of projects
• Own intake and prioritization of new initiatives and validate technical feasibility, scope, resources, and organizational alignment
• Identify risks, dependencies, and gaps before formal program launch
• Shape programs with cross-functional teams by refining scope, defining success criteria, and establishing ownership
• Drive go/no-go recommendations using data-driven insights and tradeoffs
• Drive closure of critical actions, resolve ownership gaps, escalate risks, and enforce accountability
• Lead end-to-end engineering execution across thermal, electrical, fluid, and control systems from design through deployment
• Own system requirements, architecture decomposition, interface management, verification, validation, and requirements flow-down
• Ensure system performance, reliability, and integration readiness under real-world operating conditions
• Drive alignment across Mechanical, Electrical, Controls, Thermal, Manufacturing, and Program teams
• Lead system-level design reviews, including P&IDs, one-lines, controls architectures, and subsystem interfaces
• Define and drive integration, commissioning, FAT, SAT, and deployment readiness strategies
• Ensure build readiness for skids, modular data centers, and field installations
• Lead system-level failure analysis, corrective actions, engineering change management, and risk mitigation
• Establish visibility into scope maturity, engineering performance, execution risks, and critical dependencies
• Drive program execution cadence, including planning and design reviews
• Standardize execution frameworks, operating rhythms, and lessons-learned processes

Senior Principal Design Engineer – Systems Integration, Data Center & Infrastructure Systems

IT Support

• Run day-to-day IT delivery for approximately 30 Lean & Operational Excellence applications
• Manage incidents, service requests and bug fixes against agreed service levels
• Monitor the tower's ticket queue, produce weekly delivery reporting and drive recurring issues to root-cause resolution
• Own change and release coordination while minimizing operational disruption and maintaining audit-ready records
• Ensure application stability, performance, availability and compliance in a regulated manufacturing environment
• Plan and execute upgrades, patching, version currency and application retirement
• Capture, size and shape enhancement demand into clearly defined, costed work packages
• Assign approved work to internal development teams or contracted partners and hold delivery to scope, timeline and quality
• Track run costs and contracted service spend against budget and flag variances and capacity constraints
• Provide cost, effort and dependency inputs for business cases
• Serve as the working-level IT contact for Lean & Operational Excellence applications across site, regional and global process owners
• Execute the tower roadmap and contribute tower input
• Partner with architecture, security, infrastructure and compliance teams
• Lead, coach and develop the internal team; set priorities, schedules and performance expectations
• Manage contracted external resources and escalate commercial and contractual matters
• Select, develop and evaluate internal and external personnel
• Support internal and external audits with evidence, corrective actions and closure of non-conformances
• Enforce applicable IT and company procedures, policies, safety and health rules
• Perform other assigned duties

IT Manager

• Contribute to end-to-end architecture, definition, development, and production deployment of software applications and infrastructure for multiple customers and manufacturing regions
• Design and develop test systems and procedures for hardware validation during manufacturing
• Create test plans, test cases, and test scripts for motherboard, memory, CPU, storage, and PCIe devices
• Create, validate, release, and maintain test software and scripts that automate testing
• Control test equipment, collect and analyze data, and generate test reports
• Support and maintain manufacturing server (L10) and rack (L11-L12) test software and infrastructure
• Implement minor system configuration changes for new product variants or revisions
• Maintain manufacturing server and rack documentation of test procedures, specifications, and infrastructure
• Collaborate with hardware engineering, manufacturing engineering, quality assurance, and end customers
• Ensure software deliverables meet Jabil manufacturing quality standards