Top Tech Jobs & Startup Jobs in Melbourne

Own quality assurance and validation across mobile applications, cloud services, embedded firmware, and IoT products. Develop test plans, automated frameworks, API and network tests, end-to-end validation, firmware update testing, and CI/CD quality gates. Test Android and iOS applications, backend services, device interactions, and network resilience. Collaborate with development teams to resolve defects, maintain regression suites, track results, and improve test coverage and product reliability.

Develop embedded applications, software tools, libraries, SDKs, demos, and documentation for 802.11ah Wi-Fi IoT products. Collaborate with customers to solve technical issues, provide upstream product feedback, lead complex software projects, implement features and infrastructure, and mentor team members. The role involves embedded C, drivers, board ports, networking, hardware interfaces, debugging, Linux, RTOS platforms, and wireless technologies.

Owns end-to-end logistics for the Sydney head office, including receiving, inventory control, picking, packing, domestic and international shipments, customs documentation, freight coordination, and high-value equipment movement. The role manages carriers, brokers, and 3PLs; configures NetSuite logistics functions; develops procedures; resolves system issues; and analyzes logistics data to improve cost, service, and scalability.

Develop and maintain embedded firmware for IoT Wi-Fi HaLow devices, including RTOS drivers, network stack integration, 802.11ah upper layers, bootloaders, interrupt handlers, DMA routines, and performance and power optimizations. Build Python testing tools, troubleshoot customer issues, and collaborate with hardware and systems engineers. The role requires C firmware development, Linux drivers, ARM Cortex and RISC-V architectures, hardware buses, static analysis, and automated testing.

Lead end-to-end DFT for wireless SoCs: define DFT architecture, implement scan/MBIST/JTAG solutions, generate and validate ATPG/MBIST patterns, support gate-level simulation and silicon bring-up, drive post-silicon debug, yield analysis, automation, and cross-functional tapeout collaboration.