C++ Fleet Control Engineer – Real-Time Robotics Data

Fieldwork Robotics; Portugal; Remote; EUR 60,000 - 85,000; Full time

Benefits offered by this job

Hybrid / remote work options

Profit sharing / share options

Flexible working hours

Career progression in a fast-scaling,跨

Job summary

Fieldwork Robotics seeks a C++ Software Engineer to join our fleet control and data acquisition efforts. You will design real-time data capture, aggregation, and cloud transfer, enabling data-backed performance improvements across autonomous robots deployed in fields.

You will own the data pipeline from on-robot capture through cloud interfaces, optimize software for on-board and on-premise platforms, and collaborate with ML, vision, and hardware teams to deliver reliable, production-grade

Qualifications

• Degree or Master’s in Software Engineering, Computer Science, or related discipline.
• 3+ years’ industry experience developing and deploying modern C++ software.
• Experience with performance testing and analysis.
• Database experience (ideally PostgreSQL).

Responsibilities

• Design and develop modern C++ software for fleet control and data acquisition on embedded platforms.
• Develop and optimise data pipelines from on-robot capture to cloud storage.
• Collaborate with vision, ML, mechanical and electronics teams to meet data reporting needs.
• Own end-to-end data handling, storage, transfer, and analysis strategies.
• Build automated data reporting and performance monitoring for robots in the field.
• Test, debug, and verify software prior to production deployment.
• Produce clear documentation for requirements, design and testing.

Skills

Modern C++

Linux

Performance testing

PostgreSQL

Education

Bachelor’s or Master’s in Software Engineering / Computer Science

Tools

Git

Jira

Docker

CI/CD

Job description

Fieldwork Robotics seeks a C++ Software Engineer to join our fleet control and data acquisition efforts. You will design real-time data capture, aggregation, and cloud transfer, enabling data-backed performance improvements across autonomous robots deployed in fields.

You will own the data pipeline from on-robot capture through cloud interfaces, optimize software for on-board and on-premise platforms, and collaborate with ML, vision, and hardware teams to deliver reliable, production-grade