Robotics Engineer

SLS Alliance is building a robotics-driven smart logistics ecosystem in China combining robots smart devices automation systems software and AI.
We are expanding our China-based team and looking for robotics specialists who can help test integrate improve and scale real automation solutions for commercial and industrial environments.
The project will includeseveral robotics and automation directions: indoor delivery robots service robots autonomous cleaning machines mobile manipulation robots DWS / sorting & scanning systems and smart vending / self-service devices.
This is not just about working with separate robots the goal is to build connected logistics infrastructure where robots sorting systems vending devices software and AI work together as one scalable ecosystem.

• Location: full-time onsite work in Hangzhou China.
• Relevant experience: robotics automation industrial equipment warehouse automation smart devices hardware/software integration prototyping testing commissioning or field deployment.
• Languages: Russian or Ukrainian is required; English is required; Mandarin Chinese will be a strong advantage.

Open Roles to strengthen our robotics team in Hangzhou China we are looking for 4 specialistswho will cover the key technical areas of the project: system architecture robotics software mechanical design and AI-driven manipulation.We are looking for a hands-on robotics leader who can define the technical direction of the robotics ecosystem evaluate robotic platforms lead integration and support real-world deployment.

ROS2 Navigation2 / Nav2 SLAM LiDAR cameras CAN / EtherCAT NVIDIA Jetson Linux basic mechatronics.

• Define robotics architecture and technical roadmap.
• Evaluate test and integrate robotic platforms and automation devices.
• Lead ROS2 Nav2 SLAM LiDAR camera and edge-computing integration.
• Support debugging deployment and scaling of robotics solutions in China.
• Work closely with software mechanical electronics R&D product and operations teams.

We are looking for a Robotics Software Engineer who will develop and integrate robotics software for autonomous robots mission planning navigation and fleet-level operations.

C Python ROS2 Navigation2 / Nav2 Docker Linux mission planning fleet management robot integration.

• Develop and maintain ROS2-based robotics software.
• Work with Nav2 localization navigation and mission planning.
• Integrate robots and automation devices into the SLS software ecosystem.
• Support fleet management task assignment robot monitoring and platform communication.
• Debug software and system-level issues during testing and deployment.

We are looking for a Mechanical Engineer who will support the development of mechanical parts robot bodies chassis mounts manipulators and production-ready hardware solutions.

SolidWorks Fusion 360 technical drawings manufacturing documentation production preparation robot bodies chassis manipulators mounts.

• Design mechanical components for robotics and automation systems.
• Develop enclosures chassis manipulators mounts and mechanical assemblies.
• Prepare CAD models drawings technical documentation and production files.
• Support prototyping assembly testing and mechanical improvements.
• Work with production teams and suppliers to prepare components for manufacturing.

We are also open to a Robotics AI / Manipulation Engineer. This is a rare and highly valuable profile combining robotics computer vision machine learning simulation and robotic manipulation.

ROS2 MoveIt2 Isaac Sim Isaac Lab PyTorch Reinforcement Learning Imitation Learning Computer Vision robotic manipulators.

• Develop robotics AI and manipulation solutions for mobile robots and robotic arms.
• Work with ROS2 MoveIt2 Isaac Sim Isaac Lab and simulation environments.
• Build and test perception planning grasping and manipulation pipelines.
• Apply computer vision reinforcement learning and imitation learning to robotics scenarios.
• Test solutions in simulation and real-world environments.

If you are driven by robotics automation hands-on engineering and real-world deployment we encourage you to apply and contribute to building reliable scalable robotics solutions for the future of smart logistics.