Jobs at Lunar Energy

Designs, deploys, and maintains hybrid data infrastructure across Vertica, SQL Server, PostgreSQL, Windows, Linux, virtualization, and shared storage environments. Develops Python and PowerShell automation, builds ETL pipelines, manages database performance and availability, administers hypervisors and operating systems, implements infrastructure as code, and leads incident response, monitoring, capacity planning, and post-mortems.

Develop and maintain firmware for high-volume home energy products across the full product lifecycle. Responsibilities include designing wireless communication solutions, implementing RF protocols, mobile interfaces, diagnostics and updates, shaping system architecture, conducting code reviews, and collaborating cross-functionally to deliver reliable products. The role requires hands-on embedded development using C and Python, IP networking protocols, Bluetooth/BLE, WiFi, Espressif hardware, and laboratory test equipment.

Build and maintain BI dashboards and KPI reporting for manufacturing, supply chain, quality, and fulfillment. Create internal tools and workflow automations, integrate APIs and business systems, and consolidate ERP/MES/PLM data into unified operational reporting tied to recurring decisions.

Design, develop, and optimize embedded firmware across the full stack (bootloader to application) for constrained hardware. Implement and maintain RTOS and platform firmware (flash file systems, communication stacks), deliver power-electronics control functionality, integrate hardware and software, support testing, reliability, and manufacturing, participate in architecture and code reviews, and use modern engineering practices (Git, CI).

Design, implement, and maintain embedded firmware across the full stack (bootloader to application) for constrained hardware. Develop RTOS-based and bare-metal systems, platform firmware (flash filesystems, communication stacks), and power-electronics control firmware. Collaborate on architecture, code reviews, testing, manufacturing support, and performance optimization.

Design, develop, and optimize embedded firmware across the full stack (bootloader to application) on constrained hardware. Implement and maintain RTOS ports, flash file systems, communication stacks, and power-electronics control firmware. Collaborate on system architecture, code reviews, testing, reliability, and manufacturing support.

Lead development of embedded firmware across the full stack (bootloader to application) for constrained devices. Design, code, test, and optimise RTOS and bare-metal systems, support platform components (flash FS, comm stacks), collaborate on architecture and code reviews, and support testing, reliability, and manufacturing.

Design and own power conversion systems (10W–10kW) from specification through manufacturing. Tasks include topology and semiconductor selection, magnetics, schematics and layout review, EMC and safety design, test plan creation, system bring-up, cross-functional optimization, and validation.

The Systems Test Engineer role involves system integration testing, debugging complex systems, creating automated tests, and collaborating across teams to ensure quality and functionality of products.

Lead reliability activities for power electronics and battery systems across design, testing, and field performance. Provide DfR input, run DFMEAs, develop ALT test plans using physics-of-failure, analyze failures (test and field returns), track reliability metrics, and drive corrective actions and warranty insights to improve product robustness.

Ensure reliability of power electronics and battery products across the lifecycle: provide DfR inputs, drive DFMEA, develop ALT test plans, track field metrics and warranty, perform failure analysis, and drive corrective actions.

Design, develop, and own firmware across the full product lifecycle for home energy products. Implement and optimize communications (WiFi/mesh, BLE, CAN, TCP/IP, powerline), control algorithms, diagnostics, OTA updates, and manufacturing support. Collaborate cross-functionally, validate designs with lab tests, and deliver reliable 24/7 connectivity for high-volume production.