Octobotics Tech

Octobotics Tech specializes in providing precision robotic inspection and intervention solutions for the maritime, oil & gas, and offshore industries. Their autonomous platforms feature modular manipulators for non-destructive testing (NDT) on corroded surfaces, offering AI-driven autonomy for enhanced efficiency and safety. The company leverages advanced robotics, AI, and specialized NDT techniques to tackle complex challenges, aiming to be the market leader in providing safe, reliable, and efficient robotic solutions. They offer services such as robotic surface preparation, UAV-based visual inspection, hull gauging, and autonomous robotic weld scanning, with a focus on innovation and customer satisfaction.

AIAutonomousInspectionMaritimeNDTOffshoreOil & GasRoboticsoctobotics.tech

Octobotics Tech

AIAutonomousInspectionMaritimeNDTOffshoreOil & GasRoboticsoctobotics.tech

HQNoida, IN

Team Size12

Open Jobs15

Total Funding$150K

Latest Fundraise4 years ago

Join the Team

Roboticsl Engineer (Precision Robotics)

On-SiteNoida, Uttar Pradesh, IN

On-Site • Noida, Uttar Pradesh, IN

Teeming tracks opportunities at over 24,000 AI startups, then works with you to find (and land) the one you'll love.

Frontend Developer

Part-timeHamburg, DE

Part-time • Hamburg, DE

Data Scientist

Full-timeBelgrade, RS

Full-time • Belgrade, RS

Mobile Developer

ContractUtrecht, NL

Contract • Utrecht, NL

Frontend Developer

Full-timeAmsterdam, NL

Full-time • Amsterdam, NL

Data Scientist

Full-timeBelgrade, RS

Full-time • Belgrade, RS

Machine Learning Engineer

InternshipAustin, US

Internship • Austin, US

Job Description: Senior Robotics Engineer (ROS 2 Migration & Systems)

Department: R&D Engineering

Location: Octobotics HQ (Noida/On-Site)

The Mission: To successfully migrate our legacy ROS 1 architecture to a high-performance ROS 2 Native ecosystem, architecting a navigation stack that survives the "unheard-of" edge cases of the real world.

1. The Context: The Great Migration

Octobotics is at a pivot point. Our legacy stack was built on ROS 1 (Noetic). It got us to MVP. But to scale, we are tearing it down and rebuilding in ROS 2 (Humble/Iron).

We are not looking for someone to maintain old code. We are looking for an Architect to lead this migration. You will deal with the pain of bridging ros1_bridge, porting custom messages, and rewriting node lifecycles from scratch. If you are afraid of breaking changes and complex dependency hell, stop reading now.

2. The "Scorecard" (Outcomes)

3. Technical Requirements (The Hard Skills)

The Stack (ROS 1 & ROS 2):

Deep ROS 2 Mastery:

The Math (The "Weeder"):

Linear Algebra & Geometry:

Rigid body transformations are your second language. You understand Quaternions

, homogeneous transformation matrices ($T \in SE(3)$), and how to avoid Gimbal Lock.
Kinematics:

You can derive Forward and Inverse Kinematics for Differential Drive and Ackermann steering chassis.

The Code:

C++ (14/17):

Real-time safe coding standards. RAII, Smart Pointers, and template metaprogramming.
Python:

For prototyping and complex orchestration.

4. The "Topgrading" Filter (Do NOT apply if...)

You think roslaunch is the same as ros2 launch.
You have never defined a custom .msg or .srv file.
You struggle to visualize a TF tree in your head (map -> odom -> base_link).
You think latency "doesn't matter" in a control loop.

5. The Challenge: Surfing the Tsunami

Let’s be honest: AMR (Autonomous Mobile Robots) is hard.

We are solving problems that are unheard of in the standard "warehouse" world. We deal with dynamic crowds, changing lighting, and network black holes.

There will be days when the Sensor Fusion drifts for no reason. There will be days when the DDS discovery fails because of a multicast storm. There will be architectural "Tsunamis" that threaten to wipe out our sprint.

We are looking for the engineer who doesn't run for higher ground, but grabs a board and says, "I’m ready to surf."

The Migration:

Port our core navigation and control logic from ROS 1 to ROS 2. This involves rewriting nodes to utilize Lifecycle Management

and Node Composition

for zero-copy transfer.

Nav2 Architecture:

We don't just "install" Nav2. You will write custom Behavior Tree plugins

and Costmap layers

to handle dynamic obstacles in unstructured environments.

Middleware Optimization:

You will own the DDS layer

(FastDDS/CycloneDDS). You must tune QoS profiles for lossy WiFi environments and debug discovery traffic issues that traditional network engineers don't understand.

Sensor Fusion & State Estimation:

Implement and tune EKF/UKF pipelines (robot_localization) to fuse IMU, Wheel Odometry, and LiDAR. You must understand Covariance Matrices

—if your covariance grows unbounded, you have failed.

Serialization Strategy:

Implement Protocol Buffers (Protobuf)

for high-efficiency, non-ROS internal data logging and inter-process communication where overhead must be zero.

You know the difference between spin(), spin_some(), and Multi-Threaded Executors. You understand why

we are moving to ROS 2 (Real-time constraints, DDS security, QoS).

Navigation Stack:

In-depth knowledge of Nav2

(Planners, Controllers, Recoveries). You understand Global vs. Local planners (A*, DWB, TEB).

SLAM & Localization:

Experience with Graph-based SLAM

(Cartographer, SLAM Toolbox). You know how to close loops and optimize pose graphs.

Probabilistic Robotics:

Understanding of Bayesian estimation. You know that sensors are noisy and that "Ground Truth" is a myth.