Engineer

• Develop ESD/LU rule decks aligned with the ESD Design Rule Manual (DRM) and reliability requirements
• Create and maintain reliability ESD and LU design rule methodologies and specifications
• Collaborate with internal design, reliability, and CAD teams as well as external EDA vendors to define and implement new tool features and requirements
• Build and execute test cases for rule debugging, validation, and signoff
• Define QA requirements and drive related automation to improve robustness and efficiency of rule checks
• Lead innovation initiatives to enhance existing ESD/LU verification automation, tools, and methodologies
• Identify and analyze ESD/LU design problems, define root causes, and drive practical solutions across teams

PERC ESD EDA Engineer

• Develop, author, review, and execute validation protocols, test scripts, and validation reports for MES and computerized systems.
• Support implementation and validation of Rockwell FactoryTalk PharmaSuite and related manufacturing systems.
• Collaborate with IT/OT, Quality Assurance, Manufacturing, System Owners, and Business Process Owners to ensure validation activities align with GMP requirements.
• Develop validation strategies, risk assessments, traceability matrices, and testing plans.
• Execute Computer System Validation (CSV) activities including IQ, OQ, PQ, UAT, and system qualification.
• Ensure compliance with FDA, EMA, 21 CFR Part 11, GAMP 5, and Data Integrity requirements.
• Support change controls, deviations, CAPA investigations, and audit readiness activities.
• Manage testing execution, defect tracking, and validation deliverables throughout the project lifecycle.
• Work with regulated systems such as MES, LIMS, SCADA, ERP, and electronic records systems.
• Provide technical guidance on validation best practices and system compliance.

MES Validation Engineer

• define the Interface Design & Concept Development to implement complex vocational customer requests
• Coordinate specific projects development requests (DR’s) from local vocational projects (47V, 47F and FCCC) that has impact in Vehicle Control & Upfit team (VC&U)
• align with the team and create the implementation plan.
• Plan and ensure the complete migration of existing features in CEEA+ to CEEAce projects
• Interface with feature owners, system owners, SW model in VC&U and Extension Module Cabin (XMC) component owner for the right SW implementation
• Manage all current issues in XMC1.0 series platform, exchange with VC&U team the solution strategy and work with SW team and XMC component owner for the implementation and time planning.
• Coordinate the service packs inputs, SW implementation and deployment to the field, working with SW model team, segment strategy and service team for the SW release announcement.
• Lead the continuous improvement in the team, collecting weakness and opportunities areas to improve, in multiple aspects: process, product, collaboration and behavior.
• Interface with Hardware in the loop and Vehicle validation team for final feature release.

Vehicle Control and Uplift Engineer II

• Investigates potential product defects withing trucks in the field for non compliance or safety related concerns.
• Presents investigations to upper management in order to determine next steps for potential recalls or internal campaigns.
• Ensures DTNA products are in compliance with external regulations and internal standards.
• Files product notifications, approval applications, and quality testing results with applicable government and regulatory agencies.
• Interprets and evaluates proposed regulations and advises management on impact to the organization.
• Implements and audits processes to ensure compliance with applicable regulations and internal standards.
• Provides advice to development and/or marketing teams on product changes, quality testing requirements, product labelling, literature, and advertising.

Product Integrity Engineer III

• Improve manufacturing processes to increase efficiency, throughput, and quality
• Lead Lean and continuous improvement initiatives, including Kaizen, 5S, and waste reduction
• Support daily operations through technical problem-solving and process improvements
• Lead root cause analysis and corrective actions using structured methodologies
• Strengthen quality systems and compliance, including ISO 9001 and AS9100
• Support new product introductions, process validation, and standardization of best practices across sites

Regional Manufacturing Engineer, Quality

• Design, develop, test, and deploy multi-language software solutions using Perl, TCL, Python, Bash, SWIG, C, and C++ technologies
• Provide technical support to an internal engineering team
• Lead regression analysis, debugging, and resolution of software issues
• Collaborate cross-functionally for software performance and reliability
• Drive continuous improvement initiatives for software development lifecycle
• Establish and optimize CI/CD pipelines and software quality assurance methodologies

Senior IP Development Engineer

• Installation of new tools at customer sites.
• Evaluates, analyzes, diagnoses and troubleshoots technical equipment problems related to installation.
• Troubleshooting and repairs of moderate system level problems are based on the IE2's technical knowledge, education and training. IE2 seeks help from senior Engineers and Management when problems occur that may exceed knowledge, education and training.
• Prepares field service reports and daily passdowns on Installation progress and non-conformances. Contributes to post-activity Quality Feedback Report.
• Obtains all necessary international travel documents and manages their personal lives to be ready to travel for extended periods.
• Manages personal finances to prevent disruption to scheduled activities - even when traveling for extended periods.
• Travels domestically and internationally by commercial transportation to customer sites.
• Works with Senior Engineers, TSE, or Managers to formulate and carry out POAs.

Product Install Engineer – SWIFT, 90% Travel

• Execute manual test cases for software features and workflows to verify accuracy and functionality
• Document testing processes, results, and defects to support traceability and continuous improvement
• Record and track test results and defects in systems (e.g., Jira, Azure DevOps)
• Collaborate with developers and analysts to seek clarification on requirements and reproduce issues
• Participate in Agile ceremonies (stand‑ups, sprint reviews, retrospectives) and provide testing updates
• Assist in creating and updating test plans, test cases, and testing documentation
• Participate in UAT activities by executing assigned test cases and validating outputs against defined expectations
• Develop familiarity with automation tools and frameworks (e.g., Playwright, Pytest, JUnit)
• Learn and apply quality assurance best practices, testing methodologies, and DevOps concepts
• Contribute to continuous improvement efforts by flagging observed inefficiencies process gaps to senior QA and QC engineers for review

Quality Control Engineer I

• Partner closely with our US validation partners, some of our most important partnerships.
• Ensure that they receive sterling service through upgrades and close monitoring.
• Align closely with them, with our supporting partners, and with other end-customers.
• Analyze complex datasets and identify/report deviations with our high priority validation partners.
• Perform rigorous analysis in close collaboration with the Cube Success team in Norway.
• Conduct advanced root cause analysis on system failures and performance issues.
• Analyze system logs, data sets, and diagnostic outputs to identify trends and anomalies.
• Set up complex analysis using tools as e.g., PowerBI.
• Perform on-site installation, commissioning, and maintenance of complex technical systems and equipment.
• Diagnose and resolve system issues in the field, ensuring minimal customer downtime.
• Provide technical support during deployments, upgrades, and service interventions.
• Collaborate with partners, customers and internal teams to ensure successful implementation/upgrading and operation.
• Regular travel to customer sites is expected.

Advisory Engineer

• Understand the design & implementation focusing on Memory Management unit
• Define the verification scope
• Develop the verification infrastructure (Testbenches, BFMs, Checkers, Monitors)
• Implement test/coverage plans
• Verify the correctness of the design
• Collaborate with architects, designers, software engineers across sites
• Plan and work on strategic direction of the methodology for the testbench

Senior ASIC Verification Engineer

• Embed with enterprise retail customers and partners to understand their technical environments, data systems, and business workflows.
• Design, build, and deploy AI and agentic solutions tailored to each customer's specific infrastructure and needs.
• Extend, adapt, and integrate Instacart's core AI capabilities to fit customer ecosystems.
• Maintain a close working relationship with R&D.
• Collaborate closely with the AI Solutions Architect to translate domain requirements and architecture into working software.
• Serve as the primary technical point of contact for customers during implementation engagements.

Forward Deployed Engineer

• Develop schematic symbols, CDFs, and callbacks
• Develop device layout generators (PCELLs)
• Develop as well as improve physical verification (DRC/LVS) rule decks
• Develop rule decks for verifying Electrical Rule Checks (ERC)
• Develop and validate Parasitic Extraction (PEX) technology files and flows
• Develop and improve automated QA procedures to improve the efficiency and integrity of the design kits
• Develop runsets for performing Layout vs Layout (LVL) and Schematic vs Schematic (SVS) checks
• Enhancing and maintaining netlist generation procedures for internal/external analog circuit simulation tools
• Work closely with the EDA software vendors to resolve tool bugs and drive new feature additions
• Work closely with the design teams to understand their requirements and collaborate with device modeling, process development, and foundry groups to enable the efficient use of CAD tools and methodologies
• Provide technical CAD support for ADI design community.

Staff PDK Engineer

• Develop, test, and validate mathematical models, numerical algorithms, prototypes, simulations, data analysis and data synthesis
• Learn about and work with a variety of data types, including raw or derived data originating from GNSS receivers, communications systems, radio frequency systems, and other space and ground-based sensing modalities, as well as any related data formats
• Assist in shaping and refining new and existing products
• Provide subject matter expertise to the capture teams in the review and evaluation of funding opportunities and the subsequent bid and proposal process
• Support product demonstrations, business development, customer engagement, and company outreach functions
• Author or co-author various forms of internal and external reports, presentations and documents, including journal and/or conference papers
• Attend industry events to present the findings of your work and network with industry leaders
• Perform other duties as assigned (to be less than 10% of the responsibilities listed above)

Signals Engineer II

• Collaborate with organizational leadership and cross-functional teams to analyze complex business data, identify risks and opportunities, and develop data-driven models and reports
• Drive the long-range capacity strategy by integrating considerations for product roadmaps, factory capability, affordability, and forecast uncertainty
• Forecast build plans and contribute to facility designs to meet evolving business and customer requirements
• Partner with supply chain and manufacturing stakeholders to communicate and execute strategies for capital, capacity, layout, and product roadmaps
• Utilize advanced data analysis techniques to extract insights, influence strategies, and present actionable recommendations to leadership
• Develop and communicate requirements for critical systems and business process improvements
• Investigate, design, and optimize production capacity models and layouts to enhance efficiency
• Contribute to the spatial optimization of first-of-a-kind equipment, layout methodologies, and building designs
• Develop execution plans and systems to enable the organization's strategic vision while monitoring performance

Strategic/Development Functional Area Industrial Engineer

• Partnering closely with technology development, supply chain/sourcing, HVM factories, finance, and other organizations to develop and maintain data, systems, models, and business processes that enable decision analysis and operations to take place.
• Provide strategic guidance to organizational leadership by collecting, analyzing, and interpreting complex business data to identify trends, risks, and opportunities.
• Facilitating business processes and leading focused efforts tied to decision timing milestones across large and diverse groups of stakeholders that ensure execution toward targets and commitments.
• Coordinating and/or performing scenario-based analysis across multiple teams/disciplines to quantify risks, opportunities, and impacts of changes, and then communicating the results of these at all levels of the organization to influence effective decision making and execution.
• Developing should-cost, NPV/ROI, and other types of financial models to assess both baseline and what-if trade-offs/alternatives for products, architectures, processes, technologies, equipment, and other areas.
• Maintaining data systems and reports that are used across Intel Foundry.
• Proactively develop and drive strategic initiatives for improving department capabilities and/or efficiencies.
• Partners with internal stakeholders to define the long-range capacity strategy, with consideration of product roadmaps, architecture, demand, parameters, factory capability, affordability, space, and forecast uncertainty.
• Works with leadership to determine, articulate, and execute the go forward vision, strategies, and tactics to develop a world-class organization.
• Leverages various data analysis techniques to collect, explore, and extract insights to make recommendations and influence strategies.
• Investigates, designs, and develops production capacity models, layout models, and data systems to balance production efficiency, eliminate waste, and reduce costs, while adhering to technical process requirements and maintaining quality standards.
• Develops and optimizes equipment schedule durations, schedule logic, and procurement requirements to ramp new technologies.

Foundry Strategic Industrial Engineer

• Define and develop targeted IPU solutions to meet cloud service providers' requirements
• Develop and execute system level use case and workload testing
• Collaborate closely with engineering teams and customers to enable rapid debugging and issue resolution
• Create technical collaterals such as release notes, application notes, user guides, and white papers to simplify customer design and adoption of Intel IPU solutions
• Engage with technologists across Intel and the broader industry

Software Optimization Engineer

• Designing and evolving pipelines that enable efficient sharing of technology, systems, and tools across multiple projects
• Supporting and guiding teams through code and system merging processes, minimizing conflicts and ensuring consistency
• Driving and supporting refactoring efforts to improve modularity, maintainability, and reusability of existing systems
• Collaborating with engineers and technical leaders to identify opportunities for standardization and consolidation
• Reviewing architectures and implementations with a focus on scalability, modularity, and long-term sustainability
• Acting as a mentor and consultant for teams on best practices related to code sharability and cross-project development
• Driving adoption of shared solutions and reducing duplication of effort across the studio
• Identifying fragmentation risks and proactively proposing improvements to the overall tech ecosystem
• Contributing directly to shared systems, especially in areas that unblock multiple teams, and re-architecting solutions to be reusable across different contexts

• Develop the next generation of IO family for Software Define Vehicle, and scalability for all Truck and Buses platforms
• Lead and coordinate with all regions, in truck and Buses platforms, the development of IO Cabin, IO Cab. Expansion and IO Chassis
• Lead and create with the regions the technical specification of the IOs for RfQ
• Align with regions the pinning for all IOs. Identify best technical concept to guarantee a flexible PIN control, independent from VMM updates
• Coordinate with multiple teams for the technical spec development: powernet, architecture/communication network, FuSa, CyberSecurity, SW stack and etc.
• Meet with I/O suppliers to align the technical concept and review best product offering
• Align project timelines, system design, validation and issue resolving with our Global team
• In parallel, support Demo Truck activities and adapt current ASAM for first SDV demonstrations.
• Mentor junior engineers in the team by delegating technical asks and guide them through the resolution.
• Report to stakeholder.

Vehicle Control and Upfit I/O Component Development Engineer – SDV

• Drives technology development and enablement for both high volume manufacturing and future technology
• Provides process integration and equipment solutions
• Performs feasibility studies to meet desired device specifications
• Leads design and development of technically sophisticated manufacturing processes and/or repair reverse engineering including material selection, parameter optimization, equipment metrology, and system design to enable new product designs and functional requirements
• Performs pathfinding activities in support of process and hardware development enabling manufacturing of innovative device architectures
• Develops roadmaps for technologies enabling future roadmap
• Recommends and implements modifications for operating equipment to improve production efficiency, manufacturing techniques, and optimizing production output for existing products
• Partners with key equipment and materials suppliers to develop and implement enabling elements of the technology
• Remains updated on relevant industrial process and material manufacturing technical trends

Module Development Engineer

• Project Design for Site Development
• Grading and Stormwater Plans
• Utility Systems for Water and Sewer
• Report Preparation and Master Planning Studies
• Preparation of Specifications and Cost Estimates
• Project Management Assistance: Budgeting, Schedules, Client Care, Invoicing
• Design team collaboration and support
• Roadway Design: Streetscape, Green Streets, Bicycle Path Plans
• Knowledge of Federal, State, City and County Standards
• Preparation of Specifications and Quantity Takeoffs and Cost Estimates

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