Jobs at LionsBot

Design, execute, and automate tests for web and mobile applications. Log and verify defects in JIRA, perform functional, regression, and exploratory testing, and collaborate with developers and product owners on requirements, test strategy, and release readiness.

Develop and deploy perception systems for robots, including sensor calibration, multi-sensor fusion, point-cloud processing, onboard and offboard vision models, synthetic data, and model lifecycle management. The role also owns experiment tracking, dataset versioning, embedded model deployment, automated benchmarks, and software-in-the-loop regression testing.

Develop production-level, responsive, and accessible user interfaces for robotic products using React and TypeScript. Collaborate with cross-functional agile teams to design, build, test, and optimize software features. Apply software development lifecycle and Git best practices while gaining exposure to real-time protocols such as WebSockets and MQTT. Preferred experience includes Flutter, backend technologies, testing, CI/CD, and cloud platforms.

Build responsive frontend interfaces for operating autonomous cleaning robots across web, mobile, embedded, and touchscreen devices. Develop React and TypeScript applications using live robot state, WebSockets, offline handling, shared components, performance optimization, automated builds, and frequent releases. Collaborate with design and product, maintain high visual and code quality, and support real-time telemetry, device control, internationalization, and potentially robotics communication systems.

Design, implement, and maintain global and coverage path planning for autonomous cleaning robots. Integrate perception and SLAM into costmaps, apply sampling- and graph-based planners, develop learning-based enhancements, validate in simulation and on real robots, and document implementations and tests.

Lead delivery of next-generation cleaning robots from prototype to production. Manage sprint planning, cross-functional coordination (autonomy, software, mechanical, embedded), risks, validation gates, NPI handovers, launch plans, and P&L. Drive stakeholder communication, resource allocation, and transition to sustaining teams to ensure on-time, high-quality product releases.

Develop and maintain ROS-based sensor drivers and the communication bridge between ROS and MCU-based embedded control. Optimize driver performance, debug interfaces (CAN/USB/UART/I2C/SPI), implement robust protocols and bootloader update pipelines, and own end-to-end integration and testing for robot hardware-software interfaces.

Develop behavior, planning, and control systems for autonomous cleaning robots including behavior tree architectures, global and local planners, and controllers. Ensure real-time performance, integrate with SLAM/perception, build simulation and real-world test pipelines, document implementations, and explore advanced methods like reinforcement-learning-based planning.

Serve as highest-level field hardware expert for robots: resolve escalations within SLAs, perform deep root-cause analysis, drive corrective actions, analyze failure trends, maintain documentation, train L1/L2 engineers, support ECNs and production transitions to improve reliability.

Design and build cloud-native backend microservices and distributed systems to orchestrate a global fleet of robots. Develop real-time APIs and data pipelines, drive DevOps and infrastructure-as-code, ensure observability, resilience, security, and compliance (ISO27001, SOC2, GDPR) for production systems at scale.

Own and build a streaming-first data platform for high-volume IoT telemetry: ingestion, medallion modeling (bronze/silver/gold), semantic metrics layer, data quality, observability, database architecture, self-serve analytics, and LLM-friendly tooling. Drive roadmap, dashboards, and rapid operational insights across a global robot fleet.