Operating at the intersection of deep technical expertise and product ownership, the Director is responsible for the end-to-end engineering lifecycle,from early feasibility and architectural definition to production release and over-the-air (OTA) enhancements. By scaling the SPE framework, this leader ensures that every feature is technically sound, safe, and delivered with the rigor required for zero field failures.

Responsibilities:

• Strategic Feature Lifecycle Management: Own and drive the end-to-end technical execution of the IVI portfolio. Ensure technical feasibility, integration, and quality across all vehicle milestones, maintaining a deep architectural understanding of system behaviors (SOA, CAN, and cloud extensions).

• High-Level Design & Traceability: Lead the translation and traceability between Product, Systems, and UX. Oversee the creation of Feature HLDs and system APIs, ensuring they align with platform constraints and vehicle configurations.

• Technical Collaboration & "Product Truth": Act as the engineering lead within the Triad partnership (Product, Design, Technical Strategy). Institutionalize architecture and design reviews to confirm specification completeness and technical alignment before implementation begins.

• Partner & Ecosystem Engineering: Serve as the executive technical liaison to external technology partners. Oversee API integration, feature contract negotiations, and compliance with internal architectural standards.

• Agile Governance & PI Planning: Lead the technical input for Program Increment (PI) Planning. Coordinate development OKRs, document engineering commitments, and ensure that technical gaps or open architecture issues are visible and tracked at the leadership level.

• Risk Engineering & Mitigation: Proactively identify and mitigate architecture-level and integration risks. Lead Change Request (CR) impact assessments, providing technical cost/timing estimates and risk analysis across affected ECUs and software layers.

• Defect Triage & Quality Strategy: Establish the strategy for defect root cause isolation. Prioritize and assign complex defects based on platform impact and customer experience, ensuring the backlog is technically scoped and prioritized for the engineering teams.

• Full-Stack Validation & Sign-Off: Accountable for the technical sign-off of feature releases. Ensure robust validation across simulated environments (HIL/SIL) and in-vehicle testing, covering everything from UI responsiveness to middleware and actuator-level outputs.

• Continuous Improvement & OTA Strategy: Lead the delivery of over-the-air (OTA) enhancements and performance improvements, utilizing platform diagnostics and customer data to drive post-launch excellence.

• Executive Visibility & Metrics: Maintain technical dashboards that track feature coverage, architecture readiness, and open risks. Report to senior leadership with a focus on engineering-level gaps and proposed technical mitigations (Sagas/Epics/Stories).

Qualifications:

• Education: Bachelor’s degree in Computer Science, Electrical Engineering, or a related technical field.

• Experience: 10+ years in automotive software or consumer electronics, with a focus on vehicle embedded development, HMI and Infotainment systems.

• Leadership: Proven success as a "Leader of Leaders," managing large engineering organizations through high-stakes vehicle program deliveries.

• Technical Breadth: Deep expertise in embedded systems architecture, cloud interactions, and the translation of UX intent into implementation tasks.

• Systems Engineering: Mastery of requirement decomposition, API contract negotiation, and cross-stack integration.

• Communication: Exceptional ability to align senior stakeholders across Design, Product, and Safety (ASO) on technical execution paths.

Preferred Qualifications:

• Data-Driven Prioritization: Experience using DTUX or similar analytics to drive engineering prioritization and feature enhancements.

• Safety Expertise: Advanced knowledge of Functional Safety (FuSa) and ISO 26262 standards.

• Advanced Degree: Master’s degree in Engineering or an MBA.

• Ecosystem Experience: Direct experience managing technical relationships with major silicon or software ecosystem partners.

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As a Software Engineer on the Storage team at Cursor, you'll own the data layer that underpins every product surface: the databases, caches, and the strategy for how teams provision, query, and scale their data stores.

Millions of developers depend on Cursor every day, and the future of our storage architecture is one of the highest-leverage problems at the company: get it right, and every team ships faster, every product surface gets more reliable, and Cursor can scale to meet explosive demand. You'll design and execute the path to a robust, multi-database topology built for that growth.

Example projects include...

• Designing the next-generation data architecture: evolving our storage layer into a partitioned, resilient topology that keeps pace with Cursor's rapid growth.

• Building query attribution and guardrails: instrumenting every database query by service, catching bad patterns before they hit production, and making it impossible to ship problematic queries without review.

• Defining the 'when to use what' strategy for data stores: creating clear guidance and golden pathways so every team picks the right engine for their workload without second-guessing.

• Owning cache infrastructure end-to-end: reliability, capacity planning, and patterns that let product teams move fast without worrying about cache correctness.

You may be a fit if

• You have deep experience with relational databases at scale, especially Postgres, MySQL, or similar OLTP systems.

• You've tackled database sharding, migration, or decomposition problems in production environments.

• You understand the tradeoffs between different storage engines and can help teams make the right choices for their workloads.

• You care about operational excellence: backups, monitoring, query performance, and capacity planning are things you think about proactively.

• You have strong software engineering fundamentals and enjoy building systems that other engineers depend on.

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Responsibilities:

• Architectural Strategy: Define the end-to-end architecture for IVI features, ensuring a cohesive integration across cockpit displays and cloud services.
• Requirement Decomposition: Lead the translation of high-level product intent and UX requirements into detailed, actionable technical specifications and implementation tasks.
• Feasibility & Risk Management: Conduct deep-dive feasibility assessments for complex features, identifying technical risks early and driving cross-functional alignment to mitigate them.
• Cross-Stack Integration: Ensure seamless communication and quality across the entire software stack, managing the critical interfaces between other ECU's, cloud and IVI.
• Platform Evolution and Adaptability: Drive the transition from feature-based delivery to a modular, platform-centric architecture that enables rapid scaling across multiple vehicle programs, global markets, and price-points.
• Technical Governance: Act as the primary authority for architectural decisions, utilizing Product Truth sessions to align Design, Systems, and Development teams on technical execution.
• Functional Safety & Compliance: Integrate safety constraints and Functional Safety (FuSa) requirements into the core architecture, ensuring all features meet rigorous ASO standards.
• Cybersecurity and Privacy: Integrate security and privacy requirements into the core architecture, ensuring all the architecture is secure by design, protects user data, and prevents unauthorized access to vehicle systems.
• Lifecycle Visibility: Maintain end-to-end visibility into feature dependencies and delivery milestones, ensuring high-quality software is ready for every program milestone.
• Organizational Leadership: Scale technical excellence by coaching a team of systems thinkers and architects, fostering a culture of rigor, agility, and high-integrity people leadership.

Qualifications:

• Education: Bachelor’s degree in Electrical Engineering, Computer Science, Systems Engineering, or a related field.
• Experience: 7+ years in automotive systems engineering or embedded architecture, specifically within the Digital Experience or ADAS/IVI/HMI domain.
• Systems Thinking: Mastery of systems engineering principles, including requirement decomposition, interface management, and architectural modeling.
• Technical Breadth: Deep understanding of embedded software, Android architectures, and the interaction between vehicle ECUs and cloud environments.
• Program Execution: Proven track record of delivering complex software architectures for major vehicle programs.
• Leadership: Demonstrated experience leading managers and senior architects, with a focus on talent development and technical mentorship.

Preferred Qualifications:

• Data-Driven Design: Experience using DTUX analytics or telemetry to inform architectural trade-offs and prioritization.
• Safety Expertise: Advanced knowledge of ISO 26262 and experience with Functional Safety Architecture.
• Cybersecurity and Privacy: Advanced knowledge of ISO/SAE 21434 Cybersecurity in application to vehicle software architecture.
• Strategic Influence: Proven ability to influence senior stakeholders and drive consensus in Product Truth or design-review environments.
• Advanced Degree: Master’s degree in Systems Engineering or Engineering Management.

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You will work closely with delivery leads, application developers, and other solutions architects, as well as internal and external partners to design, implement, and deliver bleeding edge quantum solutions on state-of-the-art quantum-inspired, quantum annealing, and quantum gate platforms for real-world defense and national security challenges.

The ideal candidate will combine a strong foundation in quantum computing principles with hands-on classical and quantum software development expertise. You will leverage your skills to translate complex problems into (hybrid) quantum algorithms, applications, and services.

This includes developing robust software implementations, and integrate quantum-enhanced solutions into existing and new defense systems.

If you are passionate about applying theoretical quantum concepts to deliver tangible, high-impact results, and thrive in an environment that values innovation, collaboration, and rapid prototyping, we encourage you to apply.

Key Responsibilities: Be a key contributor to the development of next-generation quantum-enhanced Anduril offerings and lead the design, development, and deployment of novel quantum-enhanced applications and services in the defense and national security domain. Develop impactful hybrid quantum algorithms and applications that promise significant decision advantages and focus on practical scalability and real-world applicability. Contribute knowledge of classical and quantum optimization algorithms and tools, evaluating, and communicating their pros and cons, current state-of-the-art, scaling behaviors, trade-offs, and cross-over points. Participate in the full (hybrid) quantum software development lifecycle, from concept and design to testing, deployment, and ongoing maintenance.

Requirements: Bachelor's degree in Computer Science, Quantum Information Science, Physics, Mathematics, or a closely related technical field. 3+ years of hands-on, professional software development experience with C, C++, Python, or another general-purpose compiled programming language. Practical experience in quantum computing, including programming quantum applications, or quantum circuit compilation. Proficiency with one or more leading quantum programming languages, SDKs, or APIs such as Qiskit, CUDA-Q, Q#, Cirq, PennyLane, or similar. Expertise in key mathematical techniques foundational to quantum computing, including linear algebra, matrix decompositions, probability theory, group theory, symmetry, and computational complexity. Proficient with database systems and SQL, with hands-on experience working with relational databases (e.g., PostgreSQL, Oracle, MySQL). Experience with Git version control, build tools, and CI/CD pipelines. Demonstrated understanding and application of software testing principles and practices, including unit testing, integration testing, and end-to-end testing. Strong problem-solving skills, meticulous attention to detail, and the ability to work effectively in a collaborative team environment. Excellent communication and interpersonal skills, with the ability to effectively articulate complex technical concepts to diverse audiences. Eligible to obtain and maintain an active U.S. Top Secret SCI security clearance. Demonstrable hands-on experience using GenAI tools (e.g., OpenAI Codex, Claude Code, Gemini Code Assist, GitHub Copilot, Amazon CodeWhisperer, or similar) for software development, code generation, debugging, and algorithmic exploration.

Preferred Qualifications: Master's or Ph.D. in Quantum Information Science, Physics, Computer Science, or a related quantitative field. Familiarity with leading classical optimization tools and solvers (e.g., CPLEX, Gurobi, OR-Tools) and knowledge of mathematical modeling and classical optimization solution techniques. Experience building and deploying applications to solve complex business or defense problems for customers. Proven record of successful on-time delivery of complex software projects with a high degree of predictability and quality. Experience with deployment of code in distributed environments, cloud application development (e.g., AWS, Azure, GCP), and RESTful API-driven architectures. Experience with high-performance computing (HPC) environments or parallel programming. Familiarity with quantum hardware platforms and their unique characteristics. Prior experience in defense, aerospace, or related industries applying advanced technologies. Willingness to travel up to approximately 10%.

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In this role, you will collaborate closely with programmatic leadership to determine the appropriate System Engineering level of effort, System Design Teams to decompose solution designs to actionable levels of detail, and System Development & Test to define system architectures.

Key responsibilities include:

• Defining end-to-end system requirements, from solution level to specific implementations of software
• Supporting the design & development process for the software system architecture
• Using MBSE tools to document, maintain & extend existing architecture in support of new integrations & capabilities
• Developing and maintaining models using Unified Modeling Language (UML), Systems Modeling Language (SysML), and/or Unified Profile for DoDAF/MODAF (UPDM)
• Collaborating with SMEs for improved tooling and connection to code for automated system models
• Leading cross-functional teams on projects
• Collaborating to define implementations of the systems engineering processes
• Engaging cross functionally with product management, program management, mechanical engineering, embedded engineering, business development, and other company leaders
• Reporting status, risks, accomplishments, expectations to senior leadership

Required qualifications include:

• A minimum of 5 years of systems engineering or related experience with a Bachelor’s degree; or 4 years and a Master’s degree; or 2 years with a PhD; or equivalent work experience
• B.S. degree in a STEM discipline (e.g., Software, Aerospace, Mechanical, Electrical, Systems Engineering)
• Experience with Systems Engineering practices and principals, including writing, organizing, and verifying requirements
• Experience with MBSE and related efforts
• Experience working in cross-functional teams
• Excellent communication skills, both written and verbally
• Organized and methodical
• Software engineer experience in C++ and/or Python
• Experience in reading, interpreting, and applying engineering drawings, including assembly drawings, parts lists, wiring diagrams, and schematics
• Demonstrated record of working hard, being a trustworthy teammate, holding yourself and others to high standards, and being kind to others
• The ability to obtain and maintain a US Security Clearance. US citizenship is required as only US citizens are eligible for a security clearance

Preferred qualifications include:

• Expertise with MBSE, inclusive of use of Cameo API and Velocity Template Language (VTL)
• Expertise with Requirement & Design decomposition
• Experience in any/all of the following: Autonomy, Aircraft, Unmanned Vehicles

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You will be responsible for planning and managing the schedule, cost, development, and delivery of strategic products to customers. This role requires a versatile individual who can understand the aviation autonomy market and empathize with users, plan and manage a complex software development program, and make difficult and informed decisions regarding integrated hardware, software, and systems engineering efforts.

Responsibilities:

• Coordinate engineering execution and operations hand-offs to crush schedule, cost, performance objectives.
• Establish clear objectives: Work closely with product managers, and technical leads to establish clear objectives traceable to mission impact, strategic impact, financial outcomes, and program objectives.
• Project Management: Define project plans including milestones, timelines, and interdependencies. Estimate, allocate, and track resources. Establish efficient and effective battle rhythm for communication, coordination, decision making, quality control, and work-product delivery
• Drive Timely, High Quality, Critical Decisions: While TPMs aren't expected to design systems, they shall possess a strong technical understanding to drive the process of swift, rigorous, good technical decision making.
• Communicate with excellence: Ensure stakeholders with dependencies are aware of status, milestones, and any challenges. Ensure suppliers understand stakes, intent, and expectations.
• Empower the team: Obsess over whether your teams are empowered with a) the time, information, and tools to be effective b) clear and appropriate accountability, authority, and resourcing c) effective, efficient, swift processes and policies. Destroy obstacles to progress – anything that diminishes the capabilities of the team.
• Deliver outcomes: Oversee and material contribute to the curation and creation of technical documentation to ensure engineering outputs are properly delivered to “customer” organizations. RTM packages, Work Instructions, Engineering Change Orders, Service Bulletins, Flight Crew Information Files, Flight Manuals and Service Manuals.
• Collaborate and coordinate with HMS personnel and teams at other international locations.

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