Autonomous Robotics Software Engineer (Hybrid — Reading)

Cortech talent solutions; Reading; Hybrid; GBP 30,000 - 45,000; Full time

Job summary

Cortech Talent Solutions in Reading is seeking a Robotics Software Engineer to join our growing engineering team. You will develop, integrate and test software across autonomous robotic platforms, including embedded devices, central computers, operator interfaces, sensors, actuators and cloud services.

You will begin by learning the architecture and technologies used, then take increasing responsibility for implementing features, fault resolution and validation on physical platforms, in a hybrid

Qualifications

• Strong practical programming experience in C++ and Python.
• Experience with Linux development environments and Git workflows.
• Background in robotics or embedded systems is preferred.
• Experience with ROS 2 is advantageous.
• Degree in a STEM field or equivalent.

Responsibilities

• Develop robotics software using modern C++ and Python.
• Design and implement ROS 2 nodes and hardware drivers.
• Deliver features from design to integration and testing.
• Integrate cameras, sensors and embedded devices into systems.
• Write unit and integration tests and validate on hardware.
• Participate in code reviews and provide constructive feedback.
• Document testing procedures and results.
• Communicate progress, risks and delays.

Skills

C++

Python

Linux

Git

Testing

Problem solving

Education

STEM degree or equivalent

Tools

ROS 2

Docker

CAN bus

Embedded systems

Git workflows

Job description

Cortech Talent Solutions in Reading is seeking a Robotics Software Engineer to join our growing engineering team. You will develop, integrate and test software across autonomous robotic platforms, including embedded devices, central computers, operator interfaces, sensors, actuators and cloud services.

You will begin by learning the architecture and technologies used, then take increasing responsibility for implementing features, fault resolution and validation on physical platforms, in a hybrid