The Platform Engineering Manager defines and governs the architecture, roadmap, delivery standards and operating model for engineering software platforms, automation tools, integrations, and the digital engineering ecosystem.
Locations (2)
Athens, Georgia, United States
Dyersburg, Tennessee, United States
Responsibilities
Define architecture for engineering platforms, automation tools, integrations, and the digital engineering ecosystem.
Prioritize platform work that scales engineering capacity across sites and standardizes how design knowledge is executed.
Manage technical dependencies across software, data governance, and engineering users.
Create the digital backbone needed for repeatable, data-driven decisions and sustainable automation growth.
Own platform roadmap, architecture standards, integration patterns, backlog governance, and release planning.
Build, develop, test, integrate and maintain quality firmware for eHDD using best practices like unit test, CI and Agile methodologies.
Responsibilities
Design, develop, test, integrate and maintain quality firmware for eHDD
Design and implementation of data structures, software algorithms, data path, and drivers for hardware cores using latest standards C++ and Python
Participate in Scrum & Agile processes to bring up new hardware and develop embedded firmware for data storage products
Collaborate and design solutions for challenging yet unique problems across hardware and software platforms, including servers, RAID, and various operating systems (Windows and Linux)
Participate in planning and coordinating significant technical investigations from problem statements to conclusions
Requirements
Bachelor’s or Master’s degree in Computer/Electronics Engineering, Computer Science or equivalent
Nice to have: micro-controller architecture (ARM or ARC)
Senior Maintenance Engineer focused on providing technical support and troubleshooting for tooling and fixture maintenance within a global-scale manufacturing environment to support AI-driven data infrastructure.
Responsibilities
Provide technical support and troubleshooting services for tooling/fixture maintenance
Maintain working knowledge of process flows, fixtures, and other assigned technical areas
Responsible for operations using key indices like Cpk, MTBF, MTTR
Participate in product and technology transfer between work sites
Provide upgrading and modification capability for jigs and fixtures
Requirements
Degree in Engineering (Mechatronics/Mechanical / Electrical / Electronics)
To manage and ensure team delivery within defined timelines and act as a key support member to the UK Life Transformation, focusing on actuarial reporting, Solvency II, and IFRS17 implementation.
Responsibilities
Lead a mid-size team to ensure team SLA’s are met
Carry out training for new hires on the systems and processes
Work with manager to estimate work volume and supports on resource planning
Guide and support team members for development of domain expertise
Carry our periodic performance review and development discussion, provide and record feedbacks on continuous basis
Oversee day-to-day operations of the reliability test lab, including equipment, staffing, and scheduling; manage lab budget, capital equipment procurement, and resource planning; plan and execute reliability qualification tests; support new product introduction; provide reliability test results; lead, coach, and develop a team of reliability engineers and lab technicians; ensure compliance with quality standards and ISO requirements; maintain documentation and audit readiness; identify and implement improvements; support automation and digitalization of lab processes.
Responsibilities
Oversee day-to-day operations of the reliability test lab
Ensure lab infrastructure is maintained and calibrated
Manage lab budget, capital equipment procurement, and resource planning
Plan and execute reliability qualification tests
Support new product introduction (NPI) by providing reliability data and insights
Requirements
Bachelor's degree in Materials Science, Mechanical, Electrical/Electronic, Chemical or Physics Engineering
Own hardware development from requirements and architecture through schematic capture, PCB layout, validation, and production release.
Select components, define footprints, and manage bills of materials with attention to performance, availability, cost, and lifecycle.
Design analog and digital circuits, power supplies, sensor interfaces, communication interfaces (I²C, SPI, UART, USB, Ethernet, etc.), and microcontroller/processor subsystems.
Perform circuit simulation and engineering analysis to evaluate power, signal integrity, timing, and thermal performance.
Bring up and debug prototypes using oscilloscopes, logic analyzers, power supplies, electronic loads, and other lab equipment.
Requirements
Bachelor’s degree in Electrical Engineering
Nice to have: Master’s degree in Electrical Engineering
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