About Us
We’re building next-generation autonomous robotic systems engineered to operate intelligently across complex real-world environments.
Our mission is to create adaptive, interoperable robotics ecosystems that unify sensing, motion, and control through precision software engineering.
If you challenge conventions and see every limitation as a design problem waiting to be solved, this role is for you.
Your Role
As the Co-founder – ROS2 Robotic Engineering , you’ll lead the architecture, sensor integration, simulation, and deployment of robotic systems built on ROS2 , ensuring seamless ROS1–ROS2 interoperability for hybrid platforms.
You’ll architect, test, and optimize systems running on embedded edge computing hardware (comparable to NVIDIA Orin-class platforms), driving high-performance robotics from simulation to real-world execution .
You’ll define not just how the robots move — but how they think and interact with their environment.
Key Responsibilities
- Lead the design and development of robotic software using ROS2 (Foxy / Humble / Jazzy) with DDS middleware (FastRTPS, CycloneDDS).
- Architect ROS1–ROS2 bridge layers and migration pipelines.
- Build and refine sensor pipelines for LiDAR, IMU, stereo / depth cameras, GPS, radar, and ultrasonic systems.
- Lead sensor calibration, tuning, and synchronization for consistent and reliable data fusion.
- Deploy, monitor, and optimize ROS2 stacks on GPU-accelerated embedded edge hardware .
- Develop and maintain simulation workflows using Gazebo, Ignition, Isaac Sim, or Webots .
- Implement Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) validation frameworks.
- Collaborate with embedded firmware and system integration teams for SLAM, navigation, motion control and perception interfacing.
- Define and own the technical roadmap, architecture reviews, and pilot deployments .
What We’re Looking For
8–10 years of robotics software engineering experience with a focus on ROS2 systems .Proven expertise in ROS1–ROS2 interoperability and node migration .Proficient in C++ / Python , URDF / Xacro modeling, TF trees, and parameter management.Experience working on GPU-enabled embedded edge devices (e.g., Jetson-class or Orin-level systems).Hands-on knowledge of sensor fusion frameworks (Kalman / Extended Kalman Filters).Strong background in digital-twin simulation and real-world validation .Understanding of real-time communication protocols (CAN, Ethernet, RS485).Familiarity with Docker, colcon build system, and CI / CD-based robotic software delivery .A creative and adaptive problem-solver who builds beyond conventional limits.Who You Are
A system thinker who thrives at the intersection of software, sensors, and embedded systems.You’re hands-on, pragmatic, and inventive — with an instinct for clean architectures.You value precision, experimentation, and continuous iteration.Why Join Us
Join as a core founding member defining the robotics intelligence stack.Build scalable systems that evolve from simulation labs to real-world deployment .Freedom to innovate + leadership ownership + long-term career growth.