SkyGrid

Security Engineer

• Develop and maintain company-wide security policies, standards, and procedures.
• Build and manage core security operations (incident response, IAM, vulnerability management, secure SDLC, vendor/security risk management).
• Partner with Engineering, Product, and IT to embed security into daily operations and across the development lifecycle.
• Manage external audits, customer security reviews, and regulatory/security requirements.
• Support EIS-related cybersecurity work, ensuring security deliverables, documentation, and compliance artifacts meet aviation and regulatory expectations.
• Select, deploy, and operate security tools for SaaS and cloud-native environments.
• Communicate risk, posture, and key metrics to executive leadership.

Cybersecurity Manager

Engineer

• Be a member of the Simulation Team and be the SkyGrid point of contact for customers and partners ensuring delivery of technical and business objectives for SkyGrid.
• Develop and deliver simulation artifacts and requirements tied to program review milestones.
• Establish and maintain a simulation framework and related models to support development and evaluation of concepts and prototypes for emerging automated operations.
• Create and sustain a simulation framework, along with related models, to support development of advanced Airspace Management services and features as part of the Technology Maturation Process.
• Establish and maintain a Simulation framework to support formal verification activities towards product certification.
• Act as the focal point for integration of Simulation tools and resources derived from Boeing, Wisk, and external entities.
• Coordinate the simulation team’s efforts with other internal departments to ensure alignment and integration.
• Serve as the primary point of contact for customer requests involving simulation, ensuring timely and high-quality responses.
• Monitor progress, identify risks, and implement corrective actions when necessary to keep simulation projects on track.
• Foster a collaborative and productive working environment within the simulation team.
• Support continuous improvement of simulation processes, tools, and methodologies.
• Prepare and present technical updates to stakeholders, including internal leadership and external partners.

Simulation Engineer III

QA Engineer

• Develop and coordinate corporate level QMS through business pyramid that also aligns with SMS and SecMS.
• Develop company policies, operating procedures, and work instructions.
• Ensure audit process exists for compliance at company and product/program level.
• Able to understand regulatory standards and decipher level of compliance required.
• Identify company and program risks and communicate to relevant parties for a timely resolution.
• Act as a principal contact to regulatory authorities for quality assurance.
• Monitor new and novel standards that may be levied to the company or program.
• Act as a mentor to team members.
• Represent the voice of regulatory agencies internally.
• Represent SkyGrid at applicable industry organizations and events.

Principal Quality Assurance Engineer

• Review system and subsystem requirements for accuracy, completeness, and testability
• Plan and conduct validation, integration, and verification activities for system and subsystem requirements per ARP 4754A criteria
• Work closely with functional teams to develop comprehensive test plans and procedures
• Identify and design the test setup and environment for “black-box” systems
• Develop and execute test cases and methodologies, including manual and automated test approaches
• Execute complex test procedures in an evolving environment while identifying and documenting modifications
• Document and maintain test results and test reports
• Ensure the testing process aligns with industry standards, regulations, and quality assurance practices
• Prepare documentation, artifacts, and traces to support delivery and review of program deliverables
• Collaborate with customers in support of system integration
• Participate in technical reviews

Systems Validation and Verification Engineer III

• Develops and executes integrated plans, policies and procedures and provides input on business and technical strategies, goals, objectives.
• Acquires resources for cybersecurity activities, provides technical management of suppliers and leads process improvements.
• Develops and maintains relationships and partnerships with customers, stakeholders, peers, partners, and direct reports.
• Provides oversight and approval of technical approaches, products, and processes.
• Leads cost, schedule, and technical execution of the assigned statement of work.
• Develops and executes project and process plans, implements policies and procedures, and sets operational goals across multiple programs.

• Develop and coordinate System Certification Plan (SCP), System Development Plan (SDP), and System Configuration Management Plan (SCMP).
• Generate, allocate, validate/verify System Level certification requirements.
• Support Certification Program Manager with tracking and reporting progress on certification deliverables.
• Identify and communicate certification risks and mitigation strategies to relevant parties for timely resolution.
• Collaborate with technical leads to establish design concepts, criteria and engineering efforts for product development, testing, and integration that meets certification requirements.
• Engage with both domestic and international regulatory authorities on certification related matters.
• Monitor emerging certification standards that may be applicable to SkyGrid systems and services.
• Participate in defining requirements that shape SkyGrid’s corporate Quality Management, Cybersecurity, and Safety Management System in order to meet regulations.
• Represent the voice of the regulator internally.

Certification Engineer

• - Lead the end-to-end development of autonomous air traffic management functions—from concept to prototype.
• - Collaborate with product and systems engineers to define functional and performance requirements for autonomy-based functions.
• - Collaborate with software engineers to design and develop integration interfaces within the overarching product codebase.
• - Specify and execute Software-in-the-Loop (SIL) testing to validate autonomy functions and generate relevant test result artifacts.
• - Drive innovation by brainstorming and developing novel autonomy solutions, contributing to research and development efforts in autonomous airspace management.
• - Foster collaboration by engaging with external organizations, research institutions, and industry partners, as well as supporting technical publications and conference contributions.

Autonomy Engineer II

Full-stack Engineer

• Develop a web-based front-end UI in React.
• Integrate R&D-designed algorithms behind a Python API interface, for use by the front-end UI.
• Support agile processes by joining in daily standups and attending bi-weekly sprint plans and sprint retrospectives with the software team to allocate scope to the next sprint.
• Engage in software design reviews during merge requests.
• Engage in UI design reviews with HF and UI designers.
• Develop automated tests for front-end and back-end and address identified bugs.
• Collaborate with a multi-disciplinary team of HF, Air Traffic Management experts, testers, and autonomy engineers to lead the UI development for prototype technology.

Full Stack Software Engineer III

• Utilize product design requirements and operational use-cases to develop functional architecture and preliminary algorithm.
• Progress service to Technical Readiness Level (TRL) 2 (conceptual development) and TRL 3 (prototype).
• Conduct unit and integration testing (TRL 4/5) and document a minimum viable product version of the service.
• Enhance the service capability and work with software engineers to transition service to high fidelity production environments (TRL 6/7).
• Update concepts, use cases, and engineering artifacts based on technology maturation.
• Lead the end-to-end development of autonomous air traffic management functions—from concept to prototype.
• Collaborate with product and systems engineers to define functional and performance requirements for autonomy-based functions.
• Collaborate with software engineers to design and develop integration interfaces within the overarching product codebase.
• Specify and execute Software-in-the-Loop (SIL) testing to validate autonomy functions and generate relevant test result artifacts.
• Drive innovation by brainstorming and developing novel autonomy solutions, contributing to research and development efforts in autonomous airspace management.
• Foster collaboration by engaging with external organizations, research institutions, and industry partners, and support technical publications and conference contributions.
• Report to the Principal Airspace Automation Manager; hybrid position based in Austin, TX.

Solutions Engineer

• Contribute to the design of novel user interfaces for SkyGrid’s operator-facing services.
• Assess, track, and document the Human Readiness Level (HRL) of in-development SkyGrid products.
• Collaborate with other Human Factors and User Experience specialists to translate customer needs into actionable work items that drive user-interface development.
• Coordinate human-in-the-loop test plans for SkyGrid’s ground-based automation systems supporting the airspace integration of Advanced Air Mobility (AAM).
• Identify and document design philosophy for novel user interfaces based on human factors principles.
• Collaborate with other Human Factors and User Experience engineers at SkyGrid to design innovative user interfaces for Advanced Air Mobility (AAM) traffic management systems.
• Create low-fidelity wireframes to explore and validate workflows, information hierarchy, and interaction patterns early in the design process.
• Create high-fidelity UI designs that accurately represent the final visual design for implementation in software.
• Coordinate human-in-the-loop tests for ground-based automation systems supporting the airspace integration of AAM.
• Monitor and analyze trends in the design of user interfaces for AAM traffic management tools.

Airspace Integration Engineer III, Human-Machine Interface

Systems Engineer

• Lead and execute on critical systems engineering activities for one or more SkyGrid systems through Preliminary and Critical Design Reviews.
• Support the development of the System/Subsystem Design Description documents and update System designs and architectures accordingly in support of Preliminary and Critical Design Reviews.
• Coordinate activities with other team members and support junior staff.
• Advance and support system development activities including planning, requirements, design, implementation, verification, and validation.
• Support compliance in accordance with ARP4754A development practices, including the creation of related artifacts.
• Guide and support system design compliance with certification, cyber security, quality, and safety standards.
• Assist the Systems Engineering Manager in the continuous improvement of system engineering processes and methodologies.
• Support all Systems Engineering aspects of project planning, scheduling, staffing, and resource allocation.
• Provide executive status reports to leadership as required during weekly status updates and monthly Program Management Reviews.
• Perform trade studies to evaluate different concepts and architectures.
• Develop use cases, behavioral diagrams, requirements, and validation methods.
• Implement behavior driven development principles within an agile development process.
• Ensure traceability, justification, and validation artifacts for requirements from CONOPS to proposed design requirements.
• Coordinate with the Systems Engineering Team.
• Provide ownership of all candidate requirements developed for prototypes up tot TRL 5 and model dependencies and assumptions between different prototype development.
• Support standards development, domestic and international research engagements and the development of white papers and CONOPS.
• Support technology roadmap and technology maturation processes.

Senior Systems Engineer

• Lead an internal and public-facing ConOps or white paper initiative.
• Support Product and Systems Engineering teams with definition of product roadmap and engineering requirements.
• Identify region-specific challenges and opportunities associated with the implementation of third-party traffic management services.
• Support the identification of requirements for integrating novel aircraft operations (including Advanced Air Mobility) into diverse airspace environments worldwide.
• Lead the development of technical documentation that articulates the role and necessity of ground-based systems in supporting these operations.
• Monitor and analyze evolving concepts of operation for Advanced Air Mobility proposed by aviation regulators worldwide.
• Work with Product and Systems Engineers to derive and document engineering requirements for a ground-based system that provides traffic management and data services to emerging operations.
• Support refinement of SkyGrid’s product strategy based on airspace integration research.
• Collaborate with a multi-disciplinary team of human factors and autonomy specialists to support technology development from concept to prototype.
• Report to the Airspace Integration Manager within SkyGrid’s Research and Development (R&D) organization.