Seagate Technology

Machine Learning Engineer

• Collaborate with Data Scientists and Engineers to explore and develop innovative GenAI applications for smart manufacturing
• Design and prototype GenAI models for factory use cases
• Develop AI-powered tools for automated report generation, anomaly explanation, and digital twin simulations
• Integrate GenAI solutions with factory control systems

Global Factory IT Intern, Machine Learning, Generative AI

Architect

• Solve challenging multidisciplinary technical problems and lead extendibility initiatives in Embedded System design to ensure a sustainable roadmap for HDD Areal Density & Performance growth
• Focus on enabling the servo code and electronics architecture to enable next generation features
• Identify code and hardware setting that pose technical problems and engineering bottlenecks in product development
• Develop and Implement in HDD solutions addressing the design problems
• Perform design validation and verification
• Participate in cutting edge technology development in HDD Multi-actuator/Parallelism initiatives
• Work in an open-minded environment which: supports and fosters Innovation
• supports solutions deployment in Factory for successful product development on a high volume manufacturing scale

Servo Architecture Engineer – Early Career

Full-stack Engineer

• Work on a variety of projects including silicon development and design / verification of power distribution systems
• Participate in silicon development activities centering on specification, design and validation of full custom integrated power electronics
• Conduct behavioral level modeling and design to help guide vendor efforts
• Work closely with other functional teams to integrate silicon into Seagate end products
• Own voltage budgeting to ensure critical voltage constraints will be satisfied in volume production
• Collaborate with stakeholders to identify requirements and generate system level models
• Perform simulations to highlight issues and areas for improvement

Senior Power Electronics Engineer

SDET

• Work in Teparuk factory reporting to Characterization and Analytic Group (CAG) Director
• Collaborate with the DVL Test team for transducer design activities
• Include requirements from design team into the test setup and plan experiments
• Monitor results, analyze data, and provide feedback
• Manage design experiment requests and conduct data analysis
• Lead activities for electrical and physical failure analysis
• Mentorship and arranging specific training for team members
• Allocate work within the team when assigned as project owner or leader

Senior Test Development Engineer – Recording Head

Engineer

• Develop, characterize, and optimize RIE, ICP and plasma ash processes for wide range of applications
• Design and tune process recipes to achieve target etch rates, profiles, uniformity, critical dimension control, and material selectivity
• Support pattern transfer challenges for advanced device architectures at the nanoscale
• Process owner for multiple ICP, RIE and Plasma Ash tools to ensure process stability and repeatability
• Diagnose and resolve process excursions and hardware-related issues in collaboration with equipment suppliers and maintenance teams
• Support tool qualification, acceptance testing, and process transfers
• Utilize metrology and characterization techniques such as SEM, AFM, ellipsometry, and profilometry to characterize patterned features
• Maintain thorough documentation of processes, results, and best practices
• Partner with lithography, deposition, integration, and device engineering teams to ensure seamless integration of etch and ash steps into the overall fabrication flow
• Participate in technology transfers to the product development engineering team
• Manage and analyse datasets to correlate experimental results with device performance and reliability
• Contribute to Seagate’s IP portfolio in the form of invention disclosures, patents, trade secrets, peer-reviewed journal articles, and/or white papers

Plasma Dry-Etching Engineer, ICP/RIE, Ash Process

Hardware Engineer

• Design, develop, and optimize firmware for prototypes, new features, and new product certification processes.
• Lead and contribute to R&D initiatives targeting improvements in test process yield and test time.
• Write clean, efficient, and well-documented firmware [C] and software [Python] solutions.
• Analyze test data to uncover trends, anomalies, and opportunities for optimization.
• Develop and execute test plans for validation, reliability testing, and compliance verification.
• Collaborate with cross-functional teams from concept to mass production.
• Document technical findings and present results to stakeholders.

Senior Staff Engineer – Test Firmware Engineering

• Assist in the design, development, and maintenance of web applications using modern front-end and back-end technologies
• Collaborate with Data Scientists, Art designers, and other developers to understand requirements and deliver solutions
• Implement responsive and user-friendly interfaces using HTML, CSS, and JavaScript frameworks (e.g., React, Angular, Vue.js)
• Develop server-side logic and APIs using languages such as Node.js, Python, Ruby, or Java
• Participate in code reviews and contribute to maintaining code quality and organization
• Create and maintain documentation for developed features and applications
• Participate in team meetings, brainstorming sessions, and continuous learning activities.

Full Stack Developer Intern

Software Engineer

• Be responsible for material handling and inspection
• Order pick and ship
• Work with assembly
• Work with Manual/CNC toolroom machine set-up and operation
• Read blueprints and shop work requests
• Conduct routine machine maintenance
• Implement 5S activities
• Deal with quality inspection with calipers, micrometers, surface gages and Cadillac gages

Senior Engineering Specialist – Rapid Prototype Shop Tech

• Maintain and enhance internal engineering tools that support day-to-day operations and productivity
• Modernize a legacy Windows desktop GUI originally built with Borland into a modern, cross-platform capable GUI using C++ and Qt
• Assess and understand an existing Borland-based GUI application: screens, workflows, data flow, and dependencies
• Translate UI/UX and workflows from the legacy GUI into a modern Qt-based UI (Qt Widgets and/or QML depending on design direction)
• Implement new UI components in Qt (forms, dialogs, table views, charts if needed), ensuring usability and consistency
• Integrate UI with existing C++ backend or refactor where appropriate for clean separation
• Fix defects and refactor code during migration (stabilize and improve maintainability)
• Add a “Smart Diagnostics” panel in the Qt GUI which collects logs, error codes, status snapshots and helps summarize, classify, or suggest likely causes
• Create/maintain documentation: migration notes, build instructions, and UI mapping from old to new

Product & Process Qualification Intern, Software Development Intern – GUI Development

Supply Chain

• Assist in join our team as a Supply Chain Analyst Intern.
• Learn to collect, organize, and analyze data related to supply chain, demand planning, and production processes.
• Create & maintain visualizations using tools such as Tableau, Power BI, or similar.
• Collaborate with cross-functional team & support on process improvement opportunities.
• Develop your ability to communicate insights by creating reports and dashboards.
• Document processes and findings in a clear and organized manner.
• Support in performing ad hoc analysis for special projects.
• Troubleshoot data-related issues and provide technical support.

Supply Chain Intern, Sales & Operations Planning

Recruitment

• Support end-to-end intern lifecycle processes, from recruitment and onboarding to engagement and conversion.
• Enhance employer branding efforts by contributing to content creation, social media engagement, and outreach strategies.
• Assist in the planning and execution of university engagement initiatives, including career fairs, industry talks, and networking events.
• Drive intern engagement by improving existing programs and organizing meaningful events.
• Refine job descriptions to improve clarity, consistency, and appeal for early careers talent.
• Enhance hiring manager resources and develop an onboarding kit to improve the intern experience.

Talent Acquisition Intern – University Relations

Data Scientist

• Work closely with data scientist mentors to formulate business and engineering challenges as well‑defined AI problems, developing anomaly detection (AD) and root cause analysis (RCA) solutions for complex manufacturing processes and capacity planning controls
• Apply advanced data science techniques—including time series foundation models for machine sensor AD problems, causal AI for RCA problems, and AI-driven optimization and reasoning of actionable parameters—to accurately model manufacturing behavior and enable data driven, resilient operational decision making
• Design and implement scalable data and AI systems for large‑scale manufacturing datasets, leveraging Python, advanced AI/ML modeling, and enterprise analytics platforms to deliver reliable, production‑ready insights in real operating environments

Data Science, AI Intern

• Perform maintenance, troubleshooting, and repair of Photo, Plate, and Test equipment in wafer fabrication.
• Possess knowledge of electronic circuits, PLCs, and robotics, with the ability to read and interpret schematics.
• Follow and complete preventive maintenance (PM) instructions accurately.
• Maintain, repair, and troubleshoot equipment in accordance with company standards to ensure minimal equipment downtime.
• Establish and maintain preventive maintenance programs and procedures.
• Administer training programs to ensure proper equipment operation, preventive maintenance, and repair procedures are followed.
• Work on assignments requiring considerable judgment and initiative, understanding the implications of work and making recommendations for solutions.
• Determine methods and procedures for new assignments.
• Provide guidance to other non-exempt personnel as needed.
• Complete tasks in creative and effective ways.
• Be available to work nights and weekends.

Engineering Specialist III

Analyst

• The role’s primary objective is related to managing design center development team’s drive and materials inventory and physical movement.
• You will provide time critical tracking and management of incoming drive and materials shipments, communicating shipment schedules and other materials logistics information to core teams and key stakeholders across multiple sites.
• Utilize the SAP Fiori - S/4 shipment software tools for shipment activities and tracking.
• Have a skillset to enable understanding and generation of multiple reports using internal query tools related to inventory and shipment tracking information.
• Ability to modify or specify changes to queries to facilitate the updates needed.
• You will be able to utilize standardized internal processes and excel to generate and summarize materials cost and cost recovery outlook.
• You will assist the product development team by coordinating with overseas factories and stakeholders at multiple sites to evaluate and coordinate material disposition after the product development activities have been completed.
• Coordinate and assist with physical drive and materials movement and inventory evaluation.
• Additional responsibility requires generation and summarization of information from the development core team development drive build plan to Seagate’s Finance team to support core team materials cost and budget outlook.
• Coordinate with multiple engineering development teams to gather input into the Advanced Development Integration drive build and materials acquisition plan and monitor / coordinate if any constraints or gaps to current plans and update potential changes.
• Publish the Advanced Development Integration materials and drive build plan document to the stakeholders and coordinate with the factory teams to execute the development drive builds.
• Assist in coordination of local pilot development materials and drive builds with other functions as needed, assist with review of required parts inventory to accomplish local pilot line builds.

Senior Logistics Analyst

• Balance long range planning with short term execution and coordination for tool purchasing, installs and tool moves.
• Work in collaboration with facilities, equipment, operations teams.
• Proactively identifying risks, constraints and dependencies in space and tool planning.
• Own planning deliverables from concept through implementation.
• Work in dynamic environments where priorities evolve.
• Manage site wide projects.
• Own the CAD layout for the factories.
• Understand and help manage complexities of facilities requirements and its impact on placement of tools.