Top Tech Jobs & Startup Jobs

Design mechanical systems and components for AI-driven robots; create detailed 3D models and fabrication drawings; perform simulations and testing; collaborate with electrical and software teams; optimize designs for cost, efficiency, and manufacturability. Travel approximately 25%.

Own and grow strategic customer relationships for AI-powered robotics solutions, drive onboarding, adoption, retention, and expansion, act as trusted advisor to stakeholders, deliver measurable ROI, coordinate with Product/Engineering, and build Customer Success processes and playbooks.

Create and maintain clear, standards-compliant documentation for robotic hardware and software, including installation, operation, maintenance, safety/compliance, and API references. Build documentation standards, visuals, workflows, and collaborate with cross-functional engineering teams to keep content accurate and localized.

Hands-on internship operating robots via VR for data collection, labeling images and point clouds, running and modifying bash/Python tooling, performing basic debugging and log collection, collaborating with the engineering team, and traveling to sites within the EU as needed.

Lead product marketing for AI robotics products: define messaging and positioning, run go-to-market launches, enable Sales with materials and training, create content and thought leadership, gather market/customer insights, and track GTM KPIs to drive pipeline and revenue.

Lead implementation, installation, and optimization of robotic systems at client sites, ensuring performance and integration into workflows. Provide technical support and training while collaborating with development teams.

The Mechanical Engineer will design and optimize mechanical systems for AI-driven robots, creating 3D models and collaborating with engineering teams.

Lead the design of mechanical systems for AI-driven robots, collaborate cross-functionally, and optimize designs for cost and manufacturability.

Design, customize, and deploy robotic applications for industrial use. Debug application-level issues, optimize motion planning and perception, develop task workflows and user tools, conduct onsite testing, provide technical support and training, and document workflows and user guides.

Design, implement, and optimize perception, planning, and control software for mobile manipulators. Build motion planning, trajectory optimization, collision avoidance, sensor fusion, localization, and mapping systems. Integrate software with hardware (arms, grippers, sensors), use ROS 2 and simulation tools, and ensure real-time, production-ready performance. Collaborate with multidisciplinary teams and adopt state-of-the-art robotics and ML methods.