Top Robotics Jobs

Field service engineer responsible for assembling, testing, installing, commissioning, and troubleshooting industrial automation control systems. Duties include configuring VFDs, verifying I/O and machinery communications, supervising electrical contractors, performing preventative maintenance, supporting system commissioning, training maintenance personnel, documenting work, and providing client support. Requires industrial electrical experience, schematic interpretation, electrical and mechanical knowledge, troubleshooting ability, and extensive domestic travel.

Owns the Finance function for a venture-backed robotics startup, including equity and debt fundraising, FP&A, financial modeling, treasury, banking, accounting, AP, tax, compliance, facilities, and vendor management. The role partners with the CEO, board, investors, and lenders; manages equipment financing and operational finance processes; and builds the Finance team as the company scales.

Owns an AI/LLM product area from concept through launch and end of life. Defines product strategy, roadmaps, requirements, priorities, success metrics, pricing, packaging, and go-to-market plans. Partners with customers, Sales, Engineering, Operations, and leadership to validate needs, guide UX decisions, manage phase gates, and deliver commercial outcomes. The role also supports product marketing through collateral, webinars, seminars, tradeshows, and reference materials.

The Sr. Product Marketing Manager will lead go-to-market strategies for AI-driven automation solutions, develop messaging, and enable sales teams to drive revenue.

Develops, optimizes, and sustains metal fabrication processes for laser cutting, punching, forming, welding, and finishing. Creates routings, work instructions, tooling, and fixtures; supports new product introduction, quoting, first-article builds, and production launches. Leads Lean and Six Sigma improvements, troubleshooting, root cause analysis, and scrap reduction. Maintains ERP/MRP data, supports fabrication programming and automation, and collaborates with production, quality, sales, and supply chain to ensure manufacturability, quality, efficiency, and safety.

Leads global data operations for robotics and AI training datasets, overseeing collection, annotation, quality control, delivery, vendors, budgets, compliance, and process scaling. Builds and manages distributed teams, establishes operational KPIs, coordinates with clients and technical teams, and ensures training-ready multimodal data meets quality and regulatory standards.

Design, develop, test, deploy, and support C#/.NET Windows applications that directly control industrial machinery and interface with sensors, motors, drives, and data acquisition hardware. Collaborate with controls engineers and technicians through machine debug, factory acceptance testing, and customer startups. Maintain software libraries, troubleshoot plant-floor issues, improve machine reliability and data visibility, and apply sound architecture, debugging, documentation, and version-control practices. Travel approximately 10% for customer support.

As an Electrical Engineer, you'll design, prototype, and integrate electronics for robotic systems, ensuring reliability in space operations. You'll collaborate with teams on power systems, embedded firmware, and PCB design, contributing directly to missions in low-Earth orbit.

Lead electrical architecture for critical subsystems of a rugged legged UGV. Drive PCB schematic and layout from prototype to volume production, design power and BMS solutions, integrate diverse sensors and compute modules, debug hardware in lab and field, mentor junior engineers, and coordinate with firmware, mechanical, controls, and contract manufacturers.

The job description does not provide specific responsibilities or team details. Based on the title, the role is a senior mechanical engineering position focused on actuators, likely involving mechanical design, development, testing, and integration.