Computer Vision Engineer: SLAM, Sensor Fusion & Mapping

OXTS; Bicester; Presencial; GBP 60.000 - 90.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Discretionary profit share bonus

27 days annual leave plus bank holiday

5% employee and 5% employer pension

Group Income Protection Insurance

Private Medical Insurance

Death In Service Scheme

Electric Vehicle Scheme

Smart casual dress code

Descripción de la vacante

OXTS is seeking a Computer Vision Engineer to join a collaborative team developing SLAM, perception and sensor-fusion for real-world navigation and mapping. The role sits at the intersection of computer vision, navigation, geospatial data and embedded systems.

Work with LIDAR, cameras, GNSS and inertial sensors on moving platforms to deliver highly accurate positioning and mapping products across automotive testing, autonomous systems and mobile mapping projects.

Formación

• Degree in Computer Science / Software Engineering or related.
• Curiosity and commitment to continuous learning.
• Experience in CV, SLAM, robotics, mapping, perception or sensor fusion.
• Proven track record delivering production-grade software.
• Knowledge of architecture, code quality, testing and CI/CD.

Responsabilidades

• Apply software engineering and analytical skills to develop OXTS software.
• Develop software integrating LiDAR, cameras, GNSS and inertial data for precise positioning.
• Contribute to investigations, algorithm evaluation and innovation.
• Own deliverables and grow expertise while collaborating with the team.

Conocimientos

Computer Vision

SLAM

Robotics

Mapping

Perception

Sensor Fusion

C++

Python

Docker

CUDA

Linux

Educación

BSc in Computer Science / Software Eng or related

Herramientas

C++

Python

Linux

Docker

CUDA

Descripción del empleo

OXTS is seeking a Computer Vision Engineer to join a collaborative team developing SLAM, perception and sensor-fusion for real-world navigation and mapping. The role sits at the intersection of computer vision, navigation, geospatial data and embedded systems.

Work with LIDAR, cameras, GNSS and inertial sensors on moving platforms to deliver highly accurate positioning and mapping products across automotive testing, autonomous systems and mobile mapping projects.