Full-stack Engineer

• Design, develop, test, and maintain Java application features and services for the LAWGS, PCIT, and VEHCS systems across both O&M and DME work streams
• Develop and maintain document and report generation using JasperReports and iText to produce phytosanitary certificates, veterinary export health certificates, Lacey Act declarations, and program reports in PDF and related formats
• Build, configure, deploy, and maintain application components hosted in Microsoft Azure, and support cloud performance, scalability, and reliability
• Develop and maintain RESTful APIs and integrations, including with USDA eAuthentication and other program services
• Analyze, reproduce, and resolve production defects and service requests reported through the help desk, providing timely fixes and root-cause analysis
• Implement DME enhancements and modernization efforts, translating requirements and user stories into working, tested software.
• Write and maintain unit and integration tests, participate in peer code reviews, and follow secure coding and quality standards
• Contribute to and maintain CI/CD pipelines to support consistent, automated builds, testing, and deployments
• Support release, regression, and user acceptance testing activities and assist with deployment coordination
• Create and maintain technical documentation, including design notes, deployment guides, and knowledge base content
• Participate in Agile/SAFe ceremonies and collaborate with product owners, testers, and O&M staff to improve delivery and system quality.

Software Developer, Mid-Level

• Champion the safety of our employees and customers
• Calibrate and integrate performance features to meet vehicle requirements
• Take ownership of assigned feature on multiple programs in parallel
• Deliver calibrations according to program milestone timing
• Work collaboratively with algorithm team to identify and solve issues
• Work with performance engineers to seek feedback and ensure vehicle performance meets VTS/SSTS
• Develop common approaches and institutionalize them in Calibration Standard Work (Calibration Procedures, LADV, Deliverables, Master Calibration, etc.)
• Improve the efficiency and quality of Standard Work by systematically driving present vehicle-based tasks into virtual, HiL and CoSim workpackages
• Lead technical calibration peer reviews and leadership reviews for assigned program
• Lead resolution of vehicle, plant, service, and customer issues
• Provide input to VTS, STS, SSTS, and CTS specifications as applicable
• Ensure compliance with government regulations and GM policies
• Document and integrate Lessons Learned from development and field issues into algorithms and Calibration Standard Work
• Adhere to all safety precautions and requirements, treating safety as the top priority during all work activities

Senior Chassis Calibration Engineer

• Lead development and application of fuels, lubricants, and fluids for GM vehicles, propulsion systems, and manufacturing processes
• Define material and fluid performance requirements, specifications, validation approaches, and approval criteria
• Lead factory fill, service fill, and specialty fluid activities across global vehicle and propulsion programs
• Provide technical leadership for design reviews, issue resolution, root cause investigations, and warranty prevention activities related to fuels, lubricants, and fluids
• Evaluate supplier technologies, formulations, and change requests to ensure performance, quality, cost, timing, and compliance objectives are achieved
• Partner with Engineering, Validation, Manufacturing, Purchasing, Legal, and Service teams to implement robust fluid and lubricant solutions
• Drive technical problem solving for field, plant, test, and program issues involving fuels, lubricants, and fluids
• Develop and maintain technical standards, test methods, best practices, and lessons learned
• Monitor industry, regulatory, and technology trends related to energy, fuels, lubricants, additives, and functional fluids
• Represent GM in technical discussions with suppliers, industry groups, standards bodies, and external partners
• Influence external industry direction through participation in standards bodies, technical forums, and key supplier engagement.

Senior Materials Engineer – Fluids and Lubricants

• Develop the Solution Context and Intent at the Software level by defining requirements and communicating the solution vision.
• Analyze technical trade-offs, determine the primary components and subsystems, identify the interfaces and collaborations between them, define Nonfunctional Requirements (NFRs), guide Enablers through the Program and Solution Kanban systems, and work with Product and Solution Management, System Safety, and Suppliers to help ensure the allocated System Safety requirements and strategy are met.
• Provide technical training and establish effective mechanisms of knowledge sharing.
• Lead high severity safety-related investigations and work with other Safety Design Software Architects to resolve safety issues.
• Analyze the full control system and visualize what issues and faults can occur and build designs that mitigate those risks.
• Participate with system safety engineering in planning and defining high-level design of the product solution; explore solution alternatives.
• Operate within the business constraints when analyzing the impact of design decisions.
• Architect the solution for scalability, maintainability, and testability.
• Define subsystems and their interfaces, allocate responsibilities to sub systems, understand solution deployment and communicate requirements for interactions with the solution context.
• Derive lower-level system requirements from the System Safety requirements for function or interfaces.
• Support the ARTs during Planning and Implementation with technical guidance, review system architecture designs in all areas of ART planning.
• Assist in Backlog refinements to identify safety critical features and functions.
• Ensure proper prioritization of safety critical requirements.
• Ensure adherence to Development Vehicle Usage Levels (DVUL) and Automotive Safety Integrity Level (ASIL) requirements and timelines.
• Plan and develop the architectural runway for the SW Safety strategy.
• Create enabler features, stories aligned to program and solution roadmap and safety cases.
• Advocate for enabler requirements supporting the system safety strategy.
• Provide and monitor the necessary adherence to appropriate design guidelines for safety critical software.
• Support built in quality and continuous compliance.
• Perform software safety analyses based on derived requirements allocated by system safety.
• Establish system safety requirements generated by the above analysis or decomposed from the allocated System Safety requirements.
• Define safety critical calibrations jointly with System Safety and Calibration Technical Specialist.
• Participate in the definition of product development requirements.
• Ensure proper completion of all necessary business records and documentation.
• Participate and validate system demonstration adherence to system safety requirements.
• Prioritize, along with other Safety Design System Architects, the scrum team’s backlog.
• Define deliverables for scrum team development of system safety monitors.
• Mentor software and controls engineers into becoming capable Safety System Architects.
• Review system safety monitor designs and confirm overall quality.

Safety Design Software Architect

• Support the design, development, and testing of software applications/tools (e.g., Python, FAST APIs, C, C++, Cloud Deployment, Docker ...) used to support HiL hardware and software development and testing engineering teams.
• Design and architect the frontend and backend of an HiL based test tool platform deployed in HIL, SIL, and MIL simulation environments.
• Assist with architecture and design of the HIL, SIL, and MIL development and validation environments through appropriate application of necessary hardware components and required software and calibration files.
• Lead systems level integration of software components.
• Gather user requirements and turn them into functional specifications.
• Write requirement-based unit test cases for developed code.
• Troubleshoot and debug defects as reported by users.
• Maintenance/refactoring of existing code base in Python.
• Understand and apply industry Software Quality Assurance standards and agile methodologies.

Software Engineer – Full-stack

• Oversee the daily execution of dynamometer testing, interfacing with engineering teams to align on objectives, provide status updates, and deliver accurate results.
• Monitor active tests to maintain rigorous product quality and durability standards throughout the testing lifecycle.
• Provide hands-on troubleshooting and lead root-cause analysis to rapidly resolve mechanical, electrical, or software anomalies (including PUMA system troubleshooting), minimizing downtime.
• Develop and build test cycles using AVL PUMA test software, software integration work to optimize test cell capabilities and ensure seamless data acquisition.
• Integrate external models into the test bed to simulate real-world vehicle interactions and advanced powertrain behaviors.
• Ensure data accuracy and correlation across multiple test cells utilizing statistical process controls (SPC) and other quality tools.
• Manage test schedules, resource allocation, and daily throughput targets to ensure the timely delivery of results.
• Coordinate with lab technicians to properly prepare and calibrate test cells, while standardizing powertrain rigging and teardown procedures.

Product Development Engineer – Dynamometer Powertrain

• You will assist teams in the development and execution of functional safety V&V strategies and their work products to develop a comprehensive Safety Case.
• You will work with Ford Connected Vehicle Software and Product Data Integrity, and supplier engineering teams to identify safety related process and work product gaps and recommend best practice solutions.
• You will develop a FuSa V&V capability maturity plan working with engineering stakeholders.
• You will report to the Director of the Office of Functional Safety Assurance (OFSA).

Senior Functional Safety V & V Engineer

• Design and develop robust C++, C#, and Python software under the direction of a senior software engineer.
• Assist with creating and executing unit and integration tests on software components.
• Participate in code reviews to maintain code quality and share knowledge with the team.
• Troubleshoot and resolve application issues and bugs in a timely manner.
• Use GitLab software pipeline for performing configuration management and automated testing.
• Direct communication with customers, end users, and team members will be required on a frequent basis.

Software Engineer

• Own identity and trust at the core: Set the direction for how users, agents, and services authenticate and authorize across CoCounsel Legal.
• Own the design and evolution of authentication and authorization across CoCounsel Legal – considering roles, autonomous agents, etc.
• Partner with security, platform, and compliance teams on multi-tenancy isolation, data residency, privilege protection, and the audit trails that legal and government customers require.
• Join a tight group of senior engineers and researchers shipping quickly, with direct access to product leadership and customers.
• Technical leadership and cross-functional influence: Lead and/or design initiatives that cut across AI, product, identity, and infrastructure.
• Mentor staff and senior engineers, raising the bar on AI integration practices, system design, code quality, and security across the org.
• Help shape the team’s roadmap, technical strategy, and engineering culture – from experimentation practices to testing, rollout, and postmortems.
• Design for high-throughput, low-latency AI workloads: caching, queuing, rate-limiting, model failover, and cost/performance trade-offs.
• Work with large-scale data: millions of documents, retrieval and search, vector stores, and indexing strategies tailored to legal use cases.
• Establish and refine SLOs, observability, and incident response for AI systems that must be correct, auditable, and trustworthy in professional legal workflows.

Principal Engineer

• Own the end-to-end architecture and cross-product integration strategy for our Kafka-based data infrastructure
• Serve as the primary technical authority for data ecosystems spanning Cisco Identity Intelligence, Duo, and our emerging agentic product lines
• Drive the design and implementation of high-scale, event-driven data flows
• Define the standards for schema management, data quality, and observability
• Influence production readiness and operational maturity
• Use your deep expertise in large-scale Kafka deployments to build resilient, self-healing systems
• Act as a central technical bridge between disparate engineering teams

Senior Software Technical Leader, Duo Identity AI

• Define and implement measures to enhance productivity in core and supportive production processes.
• Apply essential engineering processes and provide input for strategic decision-making.
• Contribute to the development of engineering strategies within key organizational fields.
• Aid in aligning capacity demand with budget and investment projects.
• Support new product introduction processes, including developing routings, fixtures, visual aids, and work instructions.
• Develop standard operating procedures for manufacturing, assembly processes, and various business support functions.
• Participate in continuous improvement initiatives.
• Assist maintenance teams with equipment-related issues as necessary.

Senior Industrial Engineer

• Taking a lead role in the development of advanced automated testing solutions. This includes testing framework and tools, and test libraries that interface with vehicle electronic control units (ECUs) which are consumed by internal and external teams.
• Analyze and decompose complex software systems and collaborate with cross-functional teams to influence design for testability.
• Drive adoption of best practices in code health, testing, and maintainability.
• Actively participate in code reviews and provide coaching to fellow team members on automation practice.
• Partner with the automation architect and cross-functional stakeholders to evaluate, prototype, and integrate new automation technologies, tools, and CI/CD capabilities that improve test coverage, reliability, and delivery speed across vehicle programs.
• Serve as a senior technical partner to fellow developers and the automation architect, contributing hands-on expertise to the design and evolution of shared automation tooling, and helping raise the technical bar across the team through collaboration rather than top-down direction.

Senior Software Tools Developer

• Lead the technical configuration, administration, and optimization of Oracle HCM and related technologies.
• Design, develop, and support integrations between Oracle HCM and enterprise applications.
• Configure and maintain security roles, data access, and technical controls that support business and compliance requirements.
• Develop and maintain data conversion, migration, and interface processes.
• Support technical design for new Oracle HCM functionality, enhancements, and module implementations.
• Partner with functional analysts to translate business requirements into scalable technical solutions.
• Lead technical testing activities, including unit testing, integration testing, and deployment validation.
• Manage Oracle HCM quarterly releases by evaluating new functionality, assessing impacts, coordinating technical testing, and supporting production deployments.
• Monitor system performance, troubleshoot complex technical issues, and resolve root causes.
• Develop technical documentation, integration specifications, and support procedures.
• Establish technical standards and best practices for Oracle HCM configuration, integrations, and data management.
• Partner with infrastructure, security, and enterprise application teams to maintain platform reliability and performance.
• Support technical governance, audit readiness, and compliance with security and privacy requirements.
• Evaluate technical solutions that improve automation, scalability, and system performance.
• Provide technical guidance and mentorship to team members and project teams.

Senior Oracle HCM Technical Lead

• Lead calibration activities for the BLE/UWB subsystem — reviewing and approving supplier-provided calibrations, leading smoke tests and SW releases, and driving calibration defects to closure.
• Ensure feature and functional requirements are clear, achievable, and communicated to suppliers, partnering with spec authors and feature owners to keep specifications current.
• Define and validate BLE/UWB/NFC and wireless requirements (Phone As A Key, TPMS, Key Fob) across the ECU and antennas, and ensure the subsystem design supports all expected customer use cases.
• Evaluate wireless performance against requirements through simulation, bench, and vehicle-level validation, and present results to the broader team.
• Support RF/wireless implementation, certification (FCC, CCC, CE, etc.), and verification at supplier facilities, bench, and End of Line.
• Drive resolution of complex RF/wireless and intersystem issues involving BLE modules, other vehicle systems, phone apps, and off-board systems.
• Partner with suppliers and internal teams on system design reviews, PCB/EMC reviews, and quality analysis to ensure interfaces meet requirements.
• Collaborate with the broader BLE/UWB subsystem team (hardware, software, verification), support program milestones/PATs, and assist with vehicle launches (occasional travel may be required).

Calibration Lead Engineer

• Build and maintain APIs, workflows, integrations, and tooling supporting underwriting and policy administration systems.
• Complete assigned stories, tasks, bug fixes, tests, and documentation based on clear requirements and acceptance criteria.
• Write modular, maintainable code with guidance and proactively ask for help when needed.
• Work with engineering leads and business stakeholders to support operational workflow implementation.
• Assist with integrations between internal systems, external vendors, and policy administration platforms under guidance from senior engineers.
• Support debugging, testing, automation, and operational support for production systems, escalating issues appropriately.
• Help improve internal engineering tooling and developer workflows by identifying small opportunities for efficiency and quality.
• Use AI-assisted engineering workflows to support development speed, code quality, testing, and documentation.
• Build understanding of insurance domain concepts including quoting, binding, endorsements, rating, forms, and the policy lifecycle.
• Take ownership of assigned work, follow through on commitments, incorporate feedback, and demonstrate curiosity when working through unfamiliar problems.

Software Engineer I

• Build and maintain APIs, workflows, integrations, and tooling supporting underwriting and policy administration systems
• Write modular, maintainable code and contribute to technical design discussions
• Own assigned features, enhancements, bug fixes, tests, and documentation from implementation through validation and operational support
• Work closely with engineering leads and underwriting or business stakeholders to turn evolving requirements into practical, reliable technical solutions
• Contribute to integrations between internal systems, external vendors, and policy administration platforms
• Participate in debugging, testing, automation, monitoring, and operational support for production systems
• Help improve internal engineering tooling, developer workflows, and team practices that increase delivery speed and quality
• Use AI-assisted engineering workflows daily to improve development speed, quality, and maintainability
• Build practical knowledge of insurance domain concepts and apply that context to technical decisions

Software Engineer II

• Lead and manage a small team of development engineers, acting as a player/coach to mentor and contribute technically.
• Be the internal technical expert on Skimmer's newest systems
• Drive the replatforming of existing features to be AI-first and interactive for our pros and their customers
• Utilize AI tools and best practices to maximize the productivity and efficiency of your development team.
• Work with our integrations team wherever possible in order to have a seamless customer experience.

Principal Software Engineer

• Identify high-value opportunities to improve engineering effectiveness across tools, workflows, build processes, and the overall developer experience within VMEC Chassis Controls.
• Design, develop, and deliver embedded controls software in C, including requirements analysis, functional decomposition, implementation, and testing.
• Drive first-time quality at every step of the software development process, from design and code reviews through test strategy and release readiness.
• Build practical software solutions, tools, automation, and dashboards that simplify, unify, and optimize software development workflows for engineers at every level.
• Partner closely with teams to understand pain points and root causes, then implement durable structural improvements rather than surface-level fixes.
• Improve the usability, correctness, and discoverability of engineering systems, dashboards, and self-service tools.
• Contribute to and improve CI/CD pipelines, automated testing, and validation strategies for platform software.
• Use Git/GitHub and code review best practices to maintain code quality, test coverage and traceability across a multi-team environment.
• Influence software design decisions across projects and products by engaging early with the SW architecture team and other key technical stakeholders to ensure architectural soundness.
• Work with SQAs to understand and anticipate architectural blocking rules, helping SW development teams minimize disruption and maintain delivery momentum.
• Serve as a domain expert and go-to resource for chassis controls software, helping engineers across the organization navigate complex technical questions.
• Contribute to the technology roadmap for tools, processes, and software practices, advising leadership on forward-looking strategy and innovation opportunities.
• Mentor engineers at all levels through code reviews, design guidance, one-on-one coaching, and leading by example.
• Lead technical forums across the organization to streamline tools, align practices, eliminate redundancy, and identify efficiency opportunities.
• Champion and lead software process development updates within GM's process tool "Stages".
• Teach and enable partner teams so that improvements remain sustainable after the initial work is complete.
• Drive initiatives from concept through implementation and adoption, ensuring solutions take hold and deliver lasting value.
• Support the team in delivering quality software on time for program milestones, maintaining awareness of delivery timelines and priorities.
• Work with a high degree of independence, owning technical execution end to end with limited oversight.

Staff Software Engineer, Chassis Controls

• Provide expert technical guidance to application development teams concerning matters of application containerization, building, deploying, running and monitoring Cloud Native, legacy and COTS applications in Ford’s Container-based platforms (Kubernetes and GCP Cloud Run)
• Work with other teams to evaluate and adopt new container, cloud and Kubernetes related technologies
• Develop detailed guides, patterns, videos, workshops, sample code, reference CI/CD pipelines and utilities for members of the Ford Software Development community
• Identify and solve complex production and CI/CD pipeline issues while being able to dive deeply into application code

Software Engineering Consultant, Container-Based

• Strategic Planning & Execution Oversight: Defining and updating priorities and roadmaps aligned with Program Increments, overseeing test design progress, leading review sessions, driving critical defect follow-up, reporting, and resolution, and tracking overall execution status.
• Data Collection, Analysis & Insight Generation: Gathering critical project data, analyzing performance through KPIs, and generating insightful reports and dashboards to inform planning, track progress, and highlight defect trends.
• Stakeholder Collaboration & Communication: Engaging with cross-functional teams and stakeholders for alignment on plans, disseminating information (including defect status), and addressing needs effectively.
• Utilizing Key Tools & Methodologies: Employing Jira, TestRail, Confluence, data analysis tools (SQL, Python, BI platforms), and Agile/Scrum practices to facilitate planning, execution, and defect management.

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