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Builds autonomy and AI software for drone swarms, writing flight-ready C++/Python code with ROS/ROS2 and collaborating with hardware teams in Düzce.
Builds and integrates autonomy, AI, and swarm-control software for multi-drone systems using ROS, PX4/ArduPilot, and computer-vision pipelines.
Principal engineer building cross-platform desktop apps and distributed cloud systems to command and monitor robotics fleets (UAVs, UGVs, USVs) across macOS, Windows, Linux, and bare-metal environments.
Build and maintain CI/CD pipelines for robotics software, automate infrastructure with Docker/Kubernetes, and ensure secure, reproducible deployments for autonomous delivery robots.
Develop ML/AI models and perception systems for next-gen agricultural harvesting equipment using C++/Python, computer vision, and ROS in a Linux/AWS environment.
Architect and deliver robotics perception systems for enterprise clients, integrating sensor fusion, computer vision, and real-time AI pipelines across edge and cloud environments.
Develops software for AI-powered autonomous underwater vehicles, integrating systems, processing data, and maintaining mission-critical code for subsea operations.
Develops autonomous robotics software using ROS2, sensor fusion, path planning, and NVIDIA Jetson boards for next-gen robotic systems.
Builds and optimizes core C++ systems for an AI company in Thiruvananthapuram.
Develop perception software for autonomous trains, integrating computer vision and multi-sensor data (cameras, LiDAR, radar) to detect obstacles and enhance situational awareness in rail environments.
Develops backend software for Kraken’s SeaPower subsea battery systems, including chargers, diagnostics, and simulation tools using modern C++ and Linux.
Build AI-powered robotic perception systems for industrial welding using deep learning, sensor fusion, and 3D computer vision to automate manufacturing workflows.
Designs and runs verification tests for autonomous wheel loaders, validating hardware, software, sensors, and hydraulics in lab, simulation, and field settings.
Design and scale Kubernetes-native environments for distributed robotics AI workloads, including simulation, synthetic data generation, and inference using NVIDIA frameworks like OSMO and Isaac Sim.
Lead architecture and development of safety-rated embedded firmware in Rust for Amazon’s autonomous robot fleets, integrating sensor pipelines and ensuring IEC 61508 compliance.
Tech stack: Autonomous systems algorithms (perception, navigation, planning, control) Simulation tools (e.g. Gazebo, MATLAB, Simulink or similar) Embedded platforms and hardware-software integration System architecture…
Develops ROS2-based trajectory planning algorithms for autonomous underwater vehicles (AUVs) to inspect maritime infrastructure like pipelines and offshore structures.
Develops and maintains upper-level software for a dexterous robotic hand system, integrating C++/Python/ROS, motion control, and AI inference for industrial automation tasks.
Design and deploy ML models for robotics, including perception, planning, and control systems using PyTorch/TensorFlow and ROS/ROS2.
Perception Validation Engineer Team: Perception Location: Santa Clara, CA Commitment: Full-time Workplace Type: hybrid PlusAI is a Physical AI company pioneering AI-based virtual driver software for factory-built…
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