Jobs at AeroVect

The Senior Technical Program Manager will oversee the ATL program, ensuring cross-functional execution and managing program schedules, risks, and stakeholder meetings, while maintaining program governance and tracking health ahead of milestones.

Own and productionize core localization systems (state estimation, mapping, calibration). Build monitoring, diagnostics, validation, and deployment tooling. Integrate sensors, tune performance, run regression testing, and iterate using data from real autonomous airport operations to enable driverless capability.

The Test Engineer will operate autonomous tractors, optimize processes, report issues, debug, and analyze system data as part of testing features.

The Recruitment Coordinator will partner with various stakeholders to enhance recruitment efforts, manage scheduling, and support talent acquisition initiatives.

In-person HR Coordinator supporting Atlanta operations: manage onboarding, I-9s, badging, employee records, shift scheduling, timekeeping, asset and office management, vendor coordination, and administrative reporting for operational teams.

As a Platform Engineer, you will develop and maintain software for an autonomous vehicle fleet, focusing on system reliability, data optimization, and collaboration with engineering teams.

Lead and build the end-to-end accounting function: monthly and annual close, GAAP financials, multi-entity consolidation, revenue recognition for hardware and software, inventory and COGS, ERP selection/implementation, audit readiness, tax coordination, debt reporting, internal controls, and month-end reporting for board and investors.

The Senior Mechanical Engineer will design and integrate mechanical systems for autonomous vehicles, leading projects from concept to production, while collaborating with multiple teams and mentoring junior engineers.

The Software Engineer will focus on ML Ops, developing deep learning models, creating redundancy systems, and generating performance diagnostics, ideally with a robotics background.

As a Staff Platform Engineer, you will guide the architecture of software for autonomous vehicles, manage technical standards, and support vehicle performance, while collaborating across teams and driving technical hiring.

The Senior UX Designer will establish and lead design standards for AeroVect's Autonomous Ground Support Equipment, focusing on user experience for fleet operations and customer interfaces, collaborating with Product and Engineering teams, and conducting user research.

As a Senior Technical Recruiter for AeroVect, you will source and recruit talent in robotics and autonomy, partnering with engineering leaders to build a strong team.

The Senior Technical Recruiter will source talent for robotics and autonomy roles, partner with leadership to align strategies, and enhance the candidate experience.

Seeking a Staff Cloud Software Engineer to architect and manage scalable cloud systems on AWS, improve security, and mentor engineers.

The Founding Associate will support AeroVect's sales and marketing efforts by creating customer-facing materials, managing contracts, updating the CRM, and facilitating customer communications throughout the sales cycle.

The Senior Reliability Engineer will establish AeroVect's reliability engineering practice, leading reliability analyses and managing external testing programs to ensure product durability and performance across operational environments.

Design and build planning systems for autonomous driving. Responsibilities include optimizing algorithms, collaborating with engineering teams, and mentoring engineers.

Lead the autonomy organization at AeroVect, managing the entire autonomy team and technical roadmap, ensuring successful execution across various modules.

The Principal Engineer for Autonomy leads technical direction in Perception, Prediction, and Planning within the autonomy organization, ensuring robust integration and execution on real vehicles.

The Principal Engineer, Hardware will lead design, integration, and manufacturing of autonomous vehicle systems, ensuring reliability and compliance with safety standards across mechanical and electrical disciplines.