Software Engineer (Solutions & Pre-Sales)

**About us** Libiao Robotics invented the world's first modular parcel-sorting robot system. Today 60,000+ of our robots run in 30+ countries for customers including Walmart, Target, Nordstrom, USPS, JD and Skechers. Our Singapore office, opened in May 2025, is the company's Overseas HQ for Asia-Pacific. **What you'll do** * Develop and maintain software for our sorting and tote-handling systems — dispatch, scheduling and warehouse control (WCS) — primarily in **Java** * Produce **layout and solution drawings** (AutoCAD / SolidWorks / Visio or similar) for customer proposals and site designs * Support **pre-sales** : gather customer requirements, design solutions, prepare technical proposals and respond to RFQ/RFP * Run product demos, POCs and simulations together with the regional sales team * Integrate our systems with customers' WMS/ERP, PLCs, conveyors and scanners * Support deployment, commissioning and troubleshooting at sites across APAC **Who we're looking for** One of these two: * **Fresh graduate** (2024–2026) in CS, Software Engineering, EE, Mechatronics, Robotics or Automation — Java fundamentals, able to produce clear drawings/diagrams, and genuine interest in robotics / warehouse automation * **Experienced engineer** (2–6 years) in smart warehousing — WCS/WMS, AGV/AMR/ASRS, sorter or PLC integration, ideally with pre-sales or solution design exposure **Requirements** * **Java — must have** (backend development; Spring or similar) * **Drawing / design skills — must have** : able to produce layout drawings and solution diagrams (AutoCAD, SolidWorks, Visio or equivalent) * Singapore Citizen or Permanent Resident *(no work-pass sponsorship for this role)* * Fluent English; Mandarin a plus * Comfortable with Linux, Git and SQL * Willing to travel within APAC and go on-site during deployments **Nice to have** * Warehouse / intralogistics domain knowledge, RFQ-RFP experience, customer-facing presentation skills * Simulation tools (FlexSim, digital twin) or 3D layout rendering