About the Role
The role involves monitoring, improving, and maintaining the reliability of robotic fleets through data analysis, incident response, and cross-functional collaboration to ensure consistent field performance.
Responsibilities
- Monitor robotic system performance across operational zones
- Identify root causes of hardware and software failures
- Develop and implement corrective action plans
- Collaborate with engineering teams to relay field data
- Maintain uptime and availability benchmarks
- Respond to critical field incidents promptly
- Track reliability metrics over time
- Support deployment of software updates in production
- Optimize maintenance workflows for robotic units
- Work with logistics teams on hardware replacements
- Document operational issues and resolutions
- Improve remote diagnostics capabilities
- Contribute to failure mode analysis
- Ensure compliance with safety protocols
- Assist in scaling field operations
- Evaluate new tools for monitoring and alerting
- Coordinate with field technicians
- Analyze system logs to detect anomalies
- Support post-incident reviews
- Drive continuous improvement in system reliability
- Use data to forecast potential failures
- Enhance robotic fleet availability
- Implement preventive maintenance strategies
- Work across time zones as needed
- Maintain detailed operational records
Nice to Have
- Master’s degree in a technical discipline
- Experience with autonomous delivery robots
- Background in urban logistics
- Knowledge of electric vehicle systems
- Experience in Scandinavian operational environments
- Familiarity with Nordic regulatory frameworks
- Proficiency in Swedish
- Experience with robotic fleet management
- Exposure to AI-driven decision systems
- Track record of improving MTBF/MTTR metrics
Compensation
Competitive salary with equity and benefits
Work Arrangement
Hybrid work model with presence required in Sweden
Team
Part of the engineering and operations team focused on autonomous robotics
About the Role
This position ensures robotic systems operate reliably in dynamic city environments. The engineer will diagnose issues, improve system resilience, and support large-scale deployments.
Impact
Your work will directly influence the uptime and efficiency of autonomous robots delivering goods in urban areas, enabling sustainable last-mile logistics solutions.
Available for qualified candidates
