Collaborate with research and applied engineering teams across multiple projects Explore, design, and implement advanced robotics and AI solutions from simulation environments to real robotic platforms Contribute to Physical AI, Embodied AI, Autonomous Systems, and Sim-to-Real workflows Build intelligent robotic systems using modern software engineering practices from simulation through real-world deployment Develop and optimize robotics workflows using simulation environments, digital twins, 3D technologies, and computer graphics Apply AI, Machine Learning, and Reinforcement Learning to create adaptive, autonomous robotic systems Design computer vision and sensor-processing capabilities for environmental understanding and interaction Implement navigation, localization, motion planning, sensor fusion, kinematics, and robotic control solutions Integrate, deploy, debug, and validate systems in real-world environments Evaluate emerging technologies, prototype research concepts, and transform them into production-ready solutions Collaborate with multidisciplinary international teams in an AGILE innovation environment Participate in phone screening, case-study presentation, team interview, and final management interview Requirements Strong software engineering background with C, C++, C#, Python, and Linux development Experience with robotics frameworks and simulation environments such as ROS 2, Gazebo, MuJoCo, and NVIDIA Isaac Sim / Isaac Lab Understanding of 3D environments, simulation technologies, spatial computing, and computer graphics concepts Experience with Evergine, Unity, or Unreal Engine is highly valued Hands-on experience in computer vision and perception systems, including OpenCV, PCL, Open3D, LiDAR, depth sensing, and point cloud processing Knowledge of Machine Learning, Reinforcement Learning, PyTorch,



and Gymnasium Interest or experience in Physical AI, Embodied AI, and Sim-to-Real workflows Understanding of SLAM, localization, navigation, motion planning, sensor fusion, kinematics, and robot control systems Experience with robotic platforms such as humanoids, quadrupeds, drones, AGVs/AMRs, mobile manipulators, or robotic arms Familiarity with embedded systems and robotics hardware, including Arduino, ARM platforms, NVIDIA Jetson, FreeRTOS, sensors, and actuators Ability to integrate, test, debug, and deploy solutions in real-world robotic environments Research-oriented mindset with ability to evaluate new technologies, read technical documentation and papers, and rapidly prototype innovative solutions Fluent English communication skills, written and spoken Based in Seville or surrounding areas Core Competencies Demonstrates expertise in advanced robotics and AI solutions, including software engineering with C, C++, Python, and Linux. Proficient in robotics frameworks, simulation environments, and computer vision systems, with a strong focus on real-world deployment and integration. Highest-signal resume keywords C++ Programming Robotics Frameworks Computer Vision Machine Learning Simulation Environments ATS Optimization Keywords Hard Skills C Programming C++ Programming C# Programming Python Programming Linux Development Robotics Frameworks Computer Vision Machine Learning Reinforcement Learning Navigation and Localization Soft Skills Collaboration Research-Oriented Mindset Fluent English Communication Industry Keywords Physical AI Embodied AI Sim-to-Real Workflows SLAM Sensor Fusion Kinematics Robotic Control Systems Digital Twins 3D Technologies AGILE Innovation Tools & Technologies ROS 2 Gazebo MuJoCo NVIDIA Isaac Sim OpenCV PCL Open3D Unity Unreal Engine NVIDIA Jetson

📌 Robotics Engineer – Simulation (Andalucía)
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📍 Andalucía