- Experience with system software, network stacks, state machines, and SQL databases for robotic systems.

- Python programming expertise and familiarity with C++

- Proficiency in developing applications in the Robot Operating System (ROS)

- Proficiency with working in development environments that comprise Linux, Docker, and Git

- Self-motivated, responsible, and possesses excellent written and verbal interpersonal skills

- Ability to collaborate effectively as a remote team member

- Strong attention to detail, analytical skills, and the ability to learn quickly

- Collaborative team player with a drive to take initiative and ownership.

Roles & Responsibilities :

- Design, develop, and maintain platform-level components for robotic systems, ensuring high performance, reliability, and scalability.

- Work with system software, network stacks, state machines, and SQL databases to build robust and efficient system functionality.

- Develop, integrate, and optimize applications using Robot Operating System (ROS).

- Build and maintain automation scripts, tools, and services using Python and contribute to C++-based system components when required.

- Collaborate closely with cross-functional teams to define system requirements and deliver high-quality platform features.

- Deploy and manage applications in Linux-based environments using Docker, Git, and other DevOps tools.

- Troubleshoot, debug, and resolve system-level issues across software, networking, and platform infrastructure.

- Ensure code quality through best practices, including testing, documentation, and continuous integration.

- Participate in architectural discussions and contribute to improving system design and performance.

- Manage tasks independently, demonstrating ownership and accountability for deliverables.

- Coordinate effectively with remote team members, ensuring clear communication and timely updates.

- Continuously explore new technologies, tools, and methodologies to enhance platform efficiency and robustness.