1. System Deployment & Software Integration Lead on-site and remote integration of robot systems, with a strong focus on the software stack (ROS/ROS2) and system-level architecture design. Configure navigation maps, SLAM/localization algorithms, and communication interfaces between the robot system and customer on-site infrastructure (WMS/MES/ERP, PLCs, elevators, access control systems, etc.). Design and implement logical workflows for complex automation scenarios using Finite State Machines (FSM) or Behavior Trees. 2. Technical Support & Troubleshooting Provide L2/L3 technical support, diagnosing and resolving complex technical issues involving software, network communications, and system integration layers. Analyze navigation anomalies, communication failures, and software performance issues using log analysis tools (e.G., rosbag) and network diagnostic tools (e.G., Wireshark). Act as the escalation point for on-site engineers, leading Root Cause Analysis (RCA) (e.G., 8 D reports, 5-Why analysis) and collaborating with the R&D; team to drive permanent fixes. 3. System Monitoring & Performance Optimization Monitor key operational metrics of the robot fleet (uptime, scheduling efficiency, battery health, etc.) and develop data-driven optimization plans. Develop and implement diagnostic tools and automation scripts to minimize equipment downtime and improve overall system reliability. 4. Customer Training & Empowerment Provide technical training to customers and regional partners on system operations, daily maintenance, and troubleshooting best practices. Author high-quality technical documentation, troubleshooting guides, and operation manuals. 5.



Cross-functional Collaboration Act as the "Voice of the Customer," feeding back on-site customer requirements and product improvement suggestions to the R&D; and engineering teams to drive continuous product iteration. Job Requirement s Basic Requirement s Education : Bachelor’s degree or above in Robotics, Computer Science, Automation, Mechatronics, or a related engineering field. Experience : 3+ years of hands‑on experience in robot software development, system integration, or technical support, preferably within the automation or logistics industry. Technical Skills : Programming Languages : Proficient in Pytho n or C+ +. Robotics Middleware : Deep understanding of ROS1/ROS 2 architecture (node development, message interface definitions, system integration). System Integration : Familiar with communication protocols (MQTT, HTTP, g RPC, etc.), with experience integrating third-party SDKs/APIs. System Debugging : Proven ability to debug complex system issues across software, network, and hardware boundaries. Travel Requirements : Ability and willingness to travel frequently within Europe (travel ratio up to approximately 70%). Language Skills : Fluent in English and Spanis h Preferred Qualifications (Pluses )Experience with industrial automation systems (PLCs, HMIs) and familiarity with WMS/MES/ERP system integration. Familiarity with Docker containerized deployment and front-end/back-end collaborative development. Knowledge of control algorithms (e.G., MPC/Model Predictive Control, WBC/Whole-Body Control) and multi-sensor fusion (IMU, Li DAR, cameras, etc.). Familiarity with version control tools (Git) and software testing frameworks (e.G., Google Test) #J-18808-Ljbffr

📌 Aerospace Qa Engineer – Do-178c & Embedded C/C++ (Alcobendas)
🏢 Anybotics
📍 Alcobendas