Top Robotics Jobs

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.

Develop and test safety-critical, real-time embedded firmware in C++ for automotive microcontrollers and vehicle systems. Build communication interfaces, support board bring-up, collaborate on hardware-software debugging, troubleshoot board- and vehicle-level issues, and assist with manufacturing tests and vehicle software deployment.

Build and own prediction and planning machine learning models for vehicle intelligence, including training, validation, dataset curation, deployment, and field testing. Develop scalable data ingestion and model improvement pipelines, identify software performance bottlenecks, and help shape the technical roadmap. The role involves hands-on work with prototype and customer vehicles and collaboration with company founders.

Develop and optimize modern C++ software for embedded Linux systems supporting autonomous robotic platforms. Responsibilities include multithreaded programming, interprocess communication, networking, system-level performance optimization, hardware and software integration, debugging, testing, and deployment. The role collaborates across software, hardware, and engineering teams to deliver reliable autonomous systems to customer sites.

Build and deploy backend or full-stack Foxglove solutions for Korean robotics customers. Partner with engineering teams in Korean and English, develop prototypes through production, deploy software in cloud, on-premises, and offline environments, install and update customer systems, write runbooks and documentation, train users, and relay customer insights to product and engineering teams. The role requires strong customer engagement, technical ownership, robotics interest, and up to 50% travel.

Leads the engineering organization responsible for electric motors and controls, including research and development, sustaining engineering, motor design, manufacturing-process improvement, and new product development. The role manages technical staff, projects, vendors, budgets, succession planning, customer requirements, and strategic engineering initiatives. It also partners with executive leadership to identify market opportunities, improve organizational effectiveness, and deliver high-quality products.

Leads hotel sales and marketing strategy to achieve revenue, occupancy, market share, and profitability goals. Manages sales, catering, and event teams; develops budgets and integrated marketing campaigns; negotiates client contracts; monitors accounts and market trends; conducts sales calls and client tours; trains and evaluates staff; and builds relationships with community, industry, and marketing partners. Weekly travel is required.

Supports manufacturing operations through process routing, CNC programming, continuous improvement, automation, and capital equipment projects. The role improves quality, efficiency, and cost by reviewing blueprints, maintaining manufacturing databases, supporting production issues, and implementing improved processes and technologies. It also requires collaboration with manufacturing teams, safety initiatives, technical development, and occasional travel to conferences, customer sites, and workshops.