Fleet Software Engineer — Robotics Dispatch & Orchestration

Tyson Jay; Singapore; On-site; SGD 90,000 - 150,000; Full time

Job summary

Tyson Jay is seeking an experienced backend software engineer to design services for robot assignment, task dispatch, and mission execution in a warehouse automation environment. You will build robust scheduling and robot-selection algorithms to adapt to changing priorities.

Join a team focused on distributed systems, fleet management, and reliable APIs, driving simulation, testing, deployment, and performance optimization across robotics platforms.

Qualifications

• Strong backend software engineering experience using Python, C++, Java, or Go.
• Strong knowledge of algorithms, data structures, concurrency, networking and object-oriented design.
• Experience with REST APIs, WebSockets, MQTT, TCP/IP and asynchronous messaging.
• Experience in fleet management, robotics, warehouse automation or distributed software systems.

Responsibilities

• Design software services for robot assignment, task dispatch and mission execution.
• Develop scheduling and robot-selection algorithms for changing operational priorities.
• Build traffic-management, resource-locking and deadlock-prevention capabilities.
• Implement charging coordination and robot-availability management.
• Integrate fleet services with warehouse systems and third-party robot platforms.
• Develop reliable APIs and messaging interfaces for distributed system communication.
• Build monitoring, state-management and diagnostic capabilities.
• Participate in simulation, system testing, commissioning, deployment and performance optimisation.

Skills

Python

C++

Java

Go

Algorithms & DS

Tools

REST APIs

WebSockets

MQTT

TCP/IP

Asynchronous messaging

Fleet management

Robotics

Job description

Tyson Jay is seeking an experienced backend software engineer to design services for robot assignment, task dispatch, and mission execution in a warehouse automation environment. You will build robust scheduling and robot-selection algorithms to adapt to changing priorities.

Join a team focused on distributed systems, fleet management, and reliable APIs, driving simulation, testing, deployment, and performance optimization across robotics platforms.