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Urgent! RTL Developer — AI ASIC Accelerator Job Opening In Dubai – Now Hiring MBR Partners

RTL Developer — AI ASIC Accelerator



Job description

Overview

RTL Designer / ASIC Design Engineer – Senior ASIC Design Engineer to own the end-to-end design of critical AI ASIC subsystems, from PLLs and compute clusters to interconnects and multi-die orchestration.

The RTL you create will become production silicon, powering real-world AI workloads faster and more efficiently.

In this role, every microsecond, watt, and millimeter directly impacts AI economics at scale.

Responsibilities

  • Lead the end-to-end design of complex ASIC subsystems, including specification, architectural exploration, IP evaluation/selection, integration, verification planning, and post-silicon validation.

  • Drive architecture and micro-architecture trade-offs across features, performance, power, and area.

    Define clean interfaces and deliver production-quality RTL (Verilog/SystemVerilog).

  • Implement and verify designs at both block and subsystem levels (using UVM/formal as needed); set coverage goals and drive sign-off.

  • Define constraints and close timing: author SDC, run STA (setup/hold, OCV/derates), perform CDC/RDC analysis, and collaborate with PD on floorplanning and CTS.

  • Perform simulation and emulation (FPGA/emulator), debug waveforms/logs, and correlate pre- and post-silicon behavior.

  • Define and implement DFT/DFD strategies (scan, MBIST/LBIST, boundary scan/JTAG); support ATPG and test bring-up.

  • Maintain high code quality with lint, CDC/RDC, LEC, and synthesis-friendly design practices; manage ECOs where necessary.

  • Build automation flows: develop Tcl/PrimeTime scripts for skew analysis, clocking, and core-to-IO interfaces (PCIe, 400GE, UCIe).

  • Write clear specifications, micro-architecture docs, and user guides for downstream engineering teams.

Collaboration

You will work closely with:

  • Silicon architects shaping next-generation AI compute platforms.

  • Verification engineers ensuring design robustness.

  • Firmware and Linux driver engineers building the software stack.

  • Security teams protecting customer assets.

  • Compiler and ML framework teams optimizing workload mapping.

  • System validation engineers ensuring enterprise-grade reliability.

Minimum Qualifications

  • 7+ years of experience in RTL design and ASIC development.

  • Strong proficiency in Verilog/SystemVerilog .

  • Hands-on experience across the entire chip development lifecycle.

  • Proven expertise in complex IP integration (e.g., multi-core CPUs, NoCs, GPUs/NPUs, or high-speed interfaces like PCIe, 100/400G Ethernet, UCIe).

  • Experience writing specifications and converting them into robust designs.

  • Deep understanding of multiple clock domains and asynchronous interfaces .

  • Familiarity with AMBA bus protocols (AXI, AHB, APB).

  • Experience in power and clock management design .

  • Proficiency with formal equivalency checking (RTL Netlist).

  • Experience with DFT implementation .

Preferred Qualifications (Nice-to-Haves)

  • Understanding of AI accelerator architectures (systolic arrays, dataflow, tiling).

  • Experience with memory bandwidth optimization and HBM/GDDR integration .

  • Exposure to first-silicon bring-up with real AI workloads.

  • Strong scripting skills (Tcl, Python) for automation and timing/debug flows.

What This Person Brings

  • Deep RTL Mastery : 7+ years of building and shipping production-quality RTL (Verilog/SystemVerilog).

  • Subsystem Ownership : Has taken IP or subsystems from spec → RTL → timing closure → silicon validation.

  • IP Integration Experience : Worked with complex IPs like CPUs, NoCs, GPUs/NPUs, or high-speed I/O (PCIe, 400GE, UCIe).

  • Timing & Debugging Skills : Knows how to close timing, write constraints (SDC), run STA, and debug across FPGA/emulation and silicon.

  • Breadth Across the Flow : Comfortable with DFT/DFD, power/clock domains, CDC/RDC, and automation scripting.

  • AI Accelerator Insight (bonus): Exposure to systolic arrays, dataflow architectures, and high-bandwidth memory subsystems (HBM/GDDR).

Contact: Mano Caderamanpulle for a full discussion.

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