Top Robotics Jobs

Develop and own computer vision and deep learning systems for real-time crop-spraying applications. Build models for segmentation, classification, optical flow, and 3D reconstruction; optimize them for edge devices; and establish production MLOps, testing, and deployment practices. Collaborate with hardware, firmware, software, and product teams, analyze field performance, manage data pipelines, and continuously improve model accuracy, reliability, and inference speed.

Lead perception and robot learning for warehouse robots, owning 3D scene understanding, VLA model training, simulation, deployment, teleoperation data pipelines, and production inference. Build systems from scratch, deploy models on physical robots, optimize for latency and compute constraints, and improve models through active learning based on customer-floor performance. The role requires significant travel to live warehouse operations and close collaboration with the founding team.

Provide high-level support to C-suite executives by managing complex calendars, meetings, travel, communications, expenses, confidential information, and cross-functional initiatives. The role requires proactive problem-solving, executive judgment, stakeholder coordination, and polished communication. The Executive Assistant will also plan events, support budgets, collaborate with other assistants, and use AI and automation tools to streamline executive workflows.

Own accounting close, financial reporting, billing, collections, payroll, benefits, equity administration, AP, treasury, tax compliance, FP&A support, and ERP implementation. Review outsourced accounting work, manage audit and tax-provider relationships, maintain financial models and board reporting, and administer finance systems. The role requires hands-on ownership in a venture-backed B2B SaaS or hardware-enabled SaaS environment.

Designs and owns silicon photonic components, subcircuits, and photonic integrated circuits from architecture and simulation through layout, verification, tapeout, and production handoff. Responsibilities include electromagnetic and optical-circuit simulation, PDK and PCell development, Python workflow automation, design verification, optical and system co-design, test structure definition, characterization analysis, and cross-functional collaboration with silicon, packaging, III-V, IC, and operations teams.

Manages HR data, systems, employee lifecycle transactions, onboarding and offboarding, payroll and benefits support, workforce reporting, audits, and data governance. Supports HR system implementations, process improvements, reporting, reconciliations, and cross-functional initiatives across North America. The role is initially onsite in Duncan, South Carolina, with potential hybrid flexibility after 90 days and up to 10% domestic and international travel.

Develop and deploy motion planning software for autonomous trucks. Own features end-to-end, from design and integration through testing and validation, while solving complex vehicle-behavior challenges. Build high-performance modern C++ and Python for resource-constrained platforms, collaborate across autonomy and systems teams, shape architecture and roadmaps, and use simulation and unit testing to ensure safe, reliable trajectories.

Supports full-cycle accounts payable operations, including invoice intake, payment processing, ACH, wire and check disbursements, vendor statement reconciliation, AP aging, balance sheet reconciliations, reporting, vendor inquiries, documentation, internal controls and cross-functional workflow improvements.

Manages engineering, manufacturing, tryout, and installation projects for manufacturing automation and tooling solutions. Responsibilities include kickoff coordination, scheduling, budget and financial reporting, issue tracking, customer communication, engineering change management, staffing, materials coordination, and advising during equipment debugging and installation. Requires occasional domestic and limited international travel to address customer issues.

Lead hands-on embedded firmware development, architecture, debugging, integration, and production support. Develop RTOS-based firmware, drivers, and communication stacks; integrate software with custom hardware, sensors, and control systems; troubleshoot board-level issues using bench tools; lead technical reviews and roadmap planning; mentor engineers; improve development processes; and communicate technical risks and solutions to engineering and customer stakeholders.