Top Tech Jobs & Startup Jobs

Lead electrical architecture and delivery for high-density AI data center infrastructure across design, construction, commissioning and operation. Develop standards, protection strategies, resilient power and energy-storage solutions; evaluate power-conversion technologies; direct consultants; support testing, site acceptance, operational readiness, incident investigations and cross-disciplinary collaboration. Mentor engineers and engage utilities, authorities and industry bodies.

Develop, deploy and maintain system-level test (SLT) content, automation, diagnostics and characterization for AI processors. Execute margining, reliability screening and performance correlation; debug failures and perform root-cause analysis across lab, ATE and manufacturing. Build SLT hardware and automation tools, support manufacturing transfer and ramp, and mentor junior engineers to improve test coverage and manufacturability.

Lead post-silicon functional validation for AI SoCs: plan, develop and debug bare-metal tests on FPGA/emulator and first silicon, build Python automation and regression suites, analyse failures, collaborate across hardware, firmware and platform teams, and improve test infrastructure and methodologies.

The Electrical Engineer will design hardware systems for AI applications, develop schematics, create PCBs, and collaborate on designs through production.

Lead strategic sourcing for memory and storage technologies, manage supplier relationships, negotiate commercial agreements, develop cost models and risk mitigation plans, support NPI and production ramps, and collaborate cross-functionally to secure capacity and optimise cost, quality, and supply resilience for AI infrastructure platforms.

Lead global sourcing strategy for contract manufacturing partners: build and mentor a sourcing team, negotiate long-term agreements, develop cost models, ensure capacity and supply continuity, drive cross-functional alignment and supplier performance.

Design and optimize AI data center networks, focusing on high-performance computing and network fabrics, while collaborating with cross-functional teams.

Lead development and deployment of system-level test (SLT) hardware and software for AI processors. Drive SLT workstreams from requirements through production readiness, develop test boards and automation, perform characterization and reliability screening, lead failure analysis and yield learning, collaborate with DFT, OSATs, and manufacturing, mentor junior engineers, and support production ramp and vendor engagements.

Lead post-silicon bringup and validation for high-performance AI chips. Develop and debug bare-metal C/C++ tests on FPGA/emulator and deploy on first silicon, build Python automated test frameworks, analyze failures, improve test infrastructure, and collaborate across teams to characterize and stabilize silicon.

Lead architecture and design of power delivery from grid to chip for data center AI systems. Define roadmaps, specify rack- and board-level power hardware and firmware, drive vendor engagement, ensure reliability/efficiency, develop prototypes, validate designs, resolve complex hardware/firmware issues, and ensure industry compliance.