Full-stack Engineer

• Technical Leadership & Architecture: Define the long-term technical vision and architectural roadmap for FuzeRx’s B2B and consumer platforms. Drive decisions around microservices design, API design, database schemas, and data pipelines.
• Engineering Excellence & Code Quality: Lead by example by writing clean, highly optimized, and maintainable code for critical system components. Establish engineering standards, champion rigorous code reviews, and advocate for modern testing practices.
• System Scalability & Performance: Own the reliability and performance of our core platforms. Diagnose and resolve complex systemic issues, optimize heavy PostgreSQL workloads, and architect high-throughput infrastructure on AWS.
• Cross-Squad Force Multiplier: Act as a technical consultant and mentor to engineers across multiple squads. Break down ambiguous, massive technical problems into actionable execution phases that junior and senior engineers can successfully deliver.
• Cross-Functional Collaboration: Partner closely with Product Managers, Pharmacy Operations, and Engineering Managers to evaluate technical feasibility, de-risk complex roadmaps, and align technology choices with business objectives.
• Security & Compliance Safeguarding: Architect systems with privacy by design. Ensure our codebase, data-at-rest, and data-in-transit adhere strictly to healthcare regulations (e.g., HIPAA, SOC2), safeguarding sensitive patient data.
• Innovation & R&D: Evaluate emerging technologies, frameworks, and patterns. Build prototypes and proofs-of-concept (POCs) to derisk new initiatives before they are rolled out to the wider engineering team.

Staff Software Engineer – Fuze Health

• Lead Automated Defect Detection and Automated Finesse projects for new paint shops, from early concept and process studies through installation, commissioning, and launch
• Define system requirements, develop SORs, and support sourcing and supplier selection
• Partner with plant teams and suppliers to ensure systems achieve quality, safety, and performance targets
• Support resident engineers and execution teams with implementation of Automated Finesse and Automated Defect Detection systems in existing paint shops
• Troubleshoot technical issues on existing installations and work with plant teams to identify root causes and prevent repeat failures
• Lead continuous improvement efforts to increase uptime, quality, and repair efficiency
• Collect and analyze plant and trial data to identify gaps, trends, and improvement opportunities
• Coordinate with suppliers on new technologies, testing, and validation activities
• Travel to plants and supplier sites to support installations, trials, launch activities, and problem-solving
• Identify opportunities to expand Automated Finesse capabilities and improve defect detection and repair performance.

Technical Lead – Paint Auto Finesse

• Design, develop, implement and test embedded controls algorithms and software for electrification propulsion systems.
• Translate physics-based and controls-based requirements into robust mechatronic control and diagnostics software.
• Demonstrate feature functionality and readiness through testing.
• Contribute to common, scalable software solutions across GM-owned platforms.
• Document requirements, link them to test cases, and ensure thorough verification of software functionality.
• Use automated test tools and environments-including builds, benches, and vehicles-to verify performance at the controller, system, and vehicle level.

Software Engineer – Vehicle Motion Embedded Controls

• Develop world-class, low latency, high availability services that support internal engineering as well as millions of Ford customers; delivering technical initiatives, quickly turning concepts into functioning code
• Partner with cross functional teams to deliver functioning code against the technical vision, technical strategy
• Deliver functional capabilities that are aligned to timelines and roadmaps
• Own code quality (code reviews, testing, collaborate on solutions, application design) with focus on analyzing customer needs
• Attend standup meetings, leverage project management practices, processes and tools to help drive projects to a successful completion
• Adapt in a rapidly changing environment and drive consistency of purpose for a complex organization
• Apply previous experience in driving cross functional teams in multifaceted technical and regulatory constrained environments is essential.

Full-Stack Software Engineer – Vehicle Software Release & Deployment

• Architect, build, and maintain high-performance, enterprise-grade applications, spending the majority of your time actively writing clean, secure, and optimized code in Java (Spring Boot, JPA, Kafka) and Python (Flask, Pandas, NumPy).
• Design and build cutting-edge data science and pricing optimization dashboards using Plotly Dash, Dash Mantine Components, AG Grid, React JS, and Angular.
• Pioneer and champion the use of AI-assisted development tools (e.g., GitHub Copilot, MCP integrations, and LLM-assisted engineering) to rapidly prototype internal AI-powered tools and accelerate team-wide developer productivity.
• Apply Ford finance, pricing, and yield management domain knowledge to design systems that accurately reflect complex financial constraints and opportunities.
• Deploy, scale, and manage containerized applications on Google Cloud Platform, utilizing GCP Cloud Run, BigQuery, Docker, and OpenShift/Kubernetes.
• Define and implement robust infrastructure-as-code using Terraform and establish automated deployment pipelines utilizing Tekton or Jenkins.
• Work closely within a tight-knit, agile team of AI engineers and business stakeholders to drive immediate business value.
• Work closely with business SMEs, data scientists, and architects to define solution architectures, non-functional requirements (NFRs), and robust security integrations (including Azure AD authentication and RBAC).

Senior Specialist, Yield Management – GTM AA Software Engineer

• Lead virtual engineering activities supporting body manufacturing requirements
• Use Teamcenter, TcVIS, NX, and Tecnomatix Process Simulate/Designer to assess manufacturability
• Evaluate weldability, access, sealing, part handling, and related body-in-white requirements
• Partner with Product Engineering, Stamping, Paint, Body Manufacturing Engineering, and IT to resolve issues early
• Drive best practices, process improvements, and tool innovation across global teams
• Support KPI tracking, issue reporting, engineering changes, and virtual manufacturing studies
• Help develop and improve tools, automation, and data-driven workflows

Lead Engineer – Virtual Engineering

• Perform deep technical analysis of incoming features and experiences.
• Lead gap definition and test case development for the feature/experience you own.
• Leverage automation to build & run efficient and effective tests.
• Establish methodology to improve software quality Subject Matter Expert for at least one feature/experience
• Drive consistent adoption of modern engineering practices, ensuring solutions are secure, scalable, and resilient.
• Detailed oriented follow-through and tracking of Jira tickets.
• Provide technical direction and architectural guidance to across all pillars.
• Serve as a trusted advisor for critical design decisions, technology adoption, and integration strategies.
• Partner with product and business stakeholders to align technical strategies with long-term business outcomes.
• Champion engineering best practices including CI/CD pipelines, observability, performance optimization, and automation.
• Ensure adherence to coding standards, design patterns, and maintainable architecture across diverse teams.
• Drive customer experience prioritization for your feature(s).
• Foster alignment and collaboration across globally distributed engineering organizations.

Senior Software Engineer – Feature & Experience

• Own end-to-end team delivery, including workflow redesign and transformation execution for Product Engineering and Quality.
• Partner with the business sponsor to translate goals into a prioritized roadmap.
• Lead the team across engineering, quality stakeholders, and matrixed platform and change resources.
• Run discovery activities including collaboration-pattern analysis, review process mapping, knowledge-flow assessment, use case identification, and pilot planning.
• Enforce architectural compliance and ensure reuse of approved platform capabilities.
• Drive adoption and behavior change in partnership with embedded change leads.
• Define and track success metrics tied to engineering productivity, knowledge reuse, decision speed, and user adoption.
• Deliver a validated sustainment plan, complete documentation, and signed handoff to the business sustainment owner.

Transformation Team Lead, Product Manager – Product Engineering / Quality

• Lead a team of iOS and Android engineers through the full delivery lifecycle: scoping, estimation, architecture, implementation, testing, release, and post-release monitoring.
• Own the mobile technical roadmap, including platform strategy, dependency management, CI/CD pipelines, release cadence, and store submission processes for both Apple App Store and Google Play.
• Set and enforce engineering standards: code review discipline, automated testing coverage (unit, integration, UI/E2E), crash-free session targets, performance budgets, and accessibility compliance.
• Drive a test-first culture. You are responsible for defining what "done" means and ensuring the team meets it. Expect to defend coverage thresholds and reject work that does not.
• Operate as an AI-first engineer and require the same of your team. Use Cursor, Claude Code, GitHub Copilot, or equivalent for code generation, refactoring, test scaffolding, and review.
• Establish team norms for prompt patterns, model selection, review of AI-generated output, and where AI tooling should and should not be trusted.
• Partner with product, design, backend, QA, and DevOps to translate ambiguous requirements into concrete, shippable work.
• Coach and grow engineers through 1:1s, pairing, structured feedback, and performance reviews. Hire when needed.
• Be the escalation point for production incidents affecting mobile clients.

Mobile Engineering Team Lead

• Design and build AI-powered applications, agents, and intelligent workflows that improve discovery, recommendation, and management of enterprise ontology and metadata assets.
• Evaluate and recommend technical approaches for semantic search, knowledge management, retrieval, and recommendation challenges.
• Design and implement scalable backend services, APIs, and AI-enabled capabilities.
• Build retrieval, ranking, and recommendation systems that support intelligent user experiences.
• Collaborate with product managers, ontology experts, and domain stakeholders to translate business needs into technical solutions.
• Conduct technical evaluations and proof-of-concepts for emerging AI technologies.
• Drive architecture decisions, engineering best practices, and operational excellence.

Software Engineer, AI Enablement

• Development of axles (mechanics) for medium and heavy-duty truck & bus applications on component and system level
• Responsible for the development of Axle Components and systems which include Product Specification, Concept, Design, Packaging, DFMEA/DVP, Tolerance Calculations, Simulations, Prototype Assy, Testing and Documentation
• Collaborate globally on development of hardware components with Detroit, Stuttgart & Portland colleagues
• Collaborate with colleagues inside and outside of engineering to release Axle components and systems to production
• Manage component suppliers
• Conduct and thoroughly document project work, draw conclusions, and make recommendations and review with management
• Create project plans and timelines, and assist management with defining budget requirements
• Promptly resolve plant issues, field problems, and customer requests
• Cross-functional activities with regional and Global counterparts in Engineering, Quality, Manufacturing, Sales, Purchasing, and Suppliers
• Communicate effectively and maintain professional/social interaction in a multi-cultural and International environment
• Improve knowledge and skills through training; actively identify areas of potential self-improvement and alert management of opportunities for training
• Generate and implement ideas to continuously improve the work environment, systems, tools, and processes as well as product cost and quality
• Intensive Collaboration with Stuttgart on sustaining and axle projects
• Other activities as necessary and/or assigned

Mechanical Product Engineer II

• Execution of full development lifecycle including Requirements Analysis, Software Architecture, Software Detailed Design, Unit Test Development, Integration Test Development, Embedded Software Development, Software Unit Verification and Validation
• Coordinate with cross-functional teams inclusive of Hardware, Mechanical, Product, Software Project Engineering and System Engineering
• Implement new features for Gentex embedded platforms, including, but not limited to, bringing up new cameras, SoC’s, sensors, chipsets and other driver development
• Participate in code reviews, estimation and planning meetings
• Active involvement in process improvement and software compliance activities
• Identify, triage and resolve challenging hardware/software issues
• Other duties as assigned

Embedded Software Engineer I

• Develop comprehensive software project plans, include scope definition, task breakdown, resource allocation and budget management.
• Collaborate with cross functional teams to understand and document project requirements and track them through completion.
• Act as the primary point of coordination for software scope across engineering, QA, commissioning, and customer stakeholders.
• Develop project risk management plans and identify potential mitigation strategies with project teams.
• Proactively manage changes to project scope, schedule, and budget, following established change control processes.
• Communicate project status, risks, and dependencies to internal and external stakeholders.
• Ensure adherence to standard execution processes, tools, and governance models.
• Manage project punch list through the project lifecycle.
• Understand the technical impact of decisions on business operations for Customer’s operation.
• Mentor Software Leads on process and projects with higher complexity.
• Prepare and analyze project reports using data metrics.
• Review change order quotes and project variance estimates.

Senior Software Lead

• API Development & Integration: Design, build, and expose robust, secure, and scalable SAP APIs (OData v2/v4, RESTful APIs, SOAP, RFCs, and BAPIs) to support seamless integration with external applications.
• BTP Extension Development: Develop side-by-side and on-stack extensions on SAP BTP (using the SAP BTP ABAP Environment / Steampunk) to keep the core S/4HANA ERP clean.
• Modern ABAP Development: Write clean, optimized, and modern Object-Oriented ABAP (OO-ABAP) code. Develop business objects and services using RAP (ABAP RESTful Application Programming Model).
• Data Modeling: Create and optimize complex Core Data Services (CDS) Views, Table Functions, and AMDP (ABAP Managed Database Procedures) on SAP HANA.
• Collaboration: Partner closely with middleware teams (SAP Integration Suite / CPI), frontend developers (SAPUI5/Fiori), and business analysts to translate functional integration requirements into technical designs.
• Testing & Code Quality: Write automated unit tests using the ABAP Unit Testing framework to ensure high code quality, reliability, and regression protection.
• Performance Tuning: Analyze and resolve performance bottlenecks in custom ABAP code, database queries, and API payloads.

SAP Technical Lead

• Responsible for delivering key software framework functionality in the development of Advanced Driver Assist System (ADAS) technologies at Ford.
• Responsible for delivering industry-leading software development capabilities to support high-demand features.
• Work closely with the ADAS feature teams to deliver software solutions to support the development of critical software products.
• Participate in the design and implementation of core infrastructure frameworks on embedded devices in C++.
• Contribute to development of offboard support tooling in Python.
• Design and execute test tooling for software verification and validation.
• Facilitate integration, testing, and debugging of developed software on target embedded hardware platforms.
• Follow and help shape a process for rigorous production software development and delivery.

ADAS Software Engineer

• Develop C/C++ application layer software for Ford’s SYNC infotainment system
• Develop Java/Kotlin application and background services software for Ford’s SYNC infotainment system
• Investigate and resolve issues in Android OS Framework
• Implement graphical user-interfaces using QML / Qt Quick
• Integrate APIs / SDKs that provide services for: media, phone, navigation, and speech recognition
• Integrate support for mobile devices: Android Auto, Apple CarPlay, and SmartDeviceLink / AppLink
• Participate in system design, documentation, and testing to deliver a best-in-class infotainment system
• Analyze, root cause, and provide fixes for defects found in all stages of development

Infotainment Software Developer – User Interface (HMI), APP

• Design and develop Autosar-based embedded software components.
• Design and development of Low-level IoHW drivers for micro-controller-based products.
• Analyze, design, program, debug, and modify low-level drivers using high-level languages (C, Python) and assembly code.
• Contribute to product success through consistent on-time delivery of high-quality, functioning complex device driver code.
• Scale, modify and re-factor existing software components to meet new architecture requirements.
• Work with Ford architecture and validation teams, tool vendors, and AUTOSAR basic software partners to create reusable software components, supporting documentation, and integration guides.
• Perform code-level integration-related tasks such as replicating build environments, source code debugging, and continuously improving and streamlining deployments.

Embedded Software Engineer

• Working with fellow Nava engineers to design, review, and build well-crafted software
• Collaborate with government partners and other contractors to architect, implement, and deploy new systems and improvements to existing systems
• Working in an agile manner to efficiently ship new features that meet user needs
• Write and maintain documentation for test plans, test cases, and test results
• Monitor and analyze test results, and report defects and performance issues to development teams
• Ensure compliance with security best practices in all testing activities
• Participating in an on-call rotation to support production systems and investigate issues when they occur
• Taking part in hiring activities (e.g., submitting referrals, conducting interviews, and attending interview debriefs), as needed

Software Engineer, Test Automation

• Conduct advanced problem solving to resolve post-market product issues impacting field performance and manufacturing
• Analyze and correct complex product design issues, using independent judgment
• Code development time/resource estimation to support projects
• Generate and maintain documentation supporting design changes, CAPAs, and post-market software updates
• Advance solutions by applying knowledge of product performance, customer feedback, and field data
• Follow and mentor others on post market/sustainment procedures like design controls and risk management, per the Quality Management System
• Work cooperatively with R&D, Quality, Manufacturing, Regulatory, Clinical, Marketing and Project Management to ensure project success as a leader on the team
• Build relationships and influence across the engineering groups within the business
• Support post-market / sustaining engineering activities, including investigation and resolution of product issues in the field and manufacturing
• Drive design changes and continuous improvement efforts for released products (e.g., CAPAs, nonconformances, reliability issues)

Staff Software Engineer – Product Engineering, Sustainment

• Designing and implementing code for assigned projects, both independently and with teammates
• Writing unit and integration tests for your team's code
• Testing, debugging, and troubleshooting all across the CrashPlan technology stack
• Documenting code and design, and reviewing code and design docs from others
• Demoing progress on team deliverables
• Participating in story mapping and sizing sessions for small to medium-size product features
• Synthesizing requirements into cohesive designs, identifying gaps and contradictions
• Collaborating with the UX team by providing feedback on designs, accessibility, and performance

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