Key Responsibilities

Technical Triage & Investigation

• Issue Identification: Monitor real-time logs and alerts from swap stations and fast chargers to identify emerging software failures.
• Root Cause Analysis: Use Python and SQL to query databases and parse logs to determine if an issue is hardware-based, software-based, or network-related.
• Asyncio Debugging: Analyze and debug asynchronous Python code used in our high-concurrency charging and swapping services.
• System Health: Proactively monitor cloud-to-device connectivity and API health.

Liaison & Communication (SPOC)

• Field Support: Act as the primary technical interface for local field technicians, providing remote guidance for software resets, configuration changes, and on-site troubleshooting.
• Dev Team Liaison: Document complex bugs with reproducible steps, logs, and technical context to hand over to the core development team for permanent fixes.
• Status Reporting: Provide daily summaries of open incidents, resolution times, and recurring patterns to stakeholders.

Immediate Resolution & Maintenance

• Scripting: Develop and maintain internal Python scripts to automate common triage tasks or data extraction.
• Patching: Deploy hotfixes or configuration updates to field devices under the guidance of the development team.
• Database Management: Run complex SQL queries to correct data inconsistencies caused by intermittent connectivity or edge-case software bugs.

Required Skills & Qualifications

Technical Requirements

• Python Proficiency: Strong experience with Python 3, with a deep understanding of Asyncio and concurrent programming.
• Database Skills: Advanced SQL skills for data analysis, complex querying, and troubleshooting.
• Linux/IoT Knowledge: Comfort working in a Linux environment and interacting with IoT devices via SSH or remote management tools.
• API Knowledge: Understanding of RESTful APIs and WebSocket communication.

Professional Experience

• 2+ years of experience in Software Engineering, Site Reliability Engineering (SRE), or a high-level Technical Support role.
• Prior experience in the EV industry, IoT, or telecommunications is a significant plus.
• Proven track record of managing "live" production incidents in a high-pressure environment.

• Monitor real-time logs and alerts from swap stations and fast chargers to identify emerging software failures.
• Use Python and SQL to query databases and parse logs to determine if an issue is hardware-based, software-based, or network-related.
• Analyze and debug asynchronous Python code used in our high-concurrency charging and swapping services.
• Proactively monitor cloud-to-device connectivity and API health.
• Act as the primary technical interface for local field technicians, providing remote guidance for software resets, configuration changes, and on-site troubleshooting.
• Document complex bugs with reproducible steps, logs, and technical context to hand over to the core development team for permanent fixes.
• Provide daily summaries of open incidents, resolution times, and recurring patterns to stakeholders.
• Develop and maintain internal Python scripts to automate common triage tasks or data extraction.
• Deploy hotfixes or configuration updates to field devices under the guidance of the development team.
• Run complex SQL queries to correct data inconsistencies caused by intermittent connectivity or edge-case software bugs.

• Python 3 proficiency
• Asyncio and concurrent programming
• Advanced SQL skills
• Linux environment experience
• IoT device interaction
• SSH or remote management tools
• RESTful APIs understanding
• WebSocket communication understanding

• BA/BSc/HND
• 2+ years of experience in Software Engineering, Site Reliability Engineering (SRE), or a high-level Technical Support role.
• Prior experience in the EV industry, IoT, or telecommunications is a significant plus.
• Proven track record of managing "live" production incidents in a high-pressure environment.