Drive innovation and adoption of GaN power and sensor solutions by conducting market research, defining go-to-market strategies, supporting product roadmaps, leading feasibility studies and lab teardowns, and presenting findings to customers and executives.

Design high-performance mixed-signal CMOS data converters and amplifiers from concept to production; model circuits in Matlab/Verilog-A/SystemVerilog; simulate and verify using Spectre and Maestro; perform chip-level analog-on-top and digital-on-top simulations.

Design and implement RTL digital logic and DSP for mixed-signal ICs. Perform simulation, functional verification, behavioral modeling, integration, tape-out support, and post-silicon validation/production test from concept through mass production.

Design and implement advanced power-conversion mixed-signal ICs from concept through post-silicon validation. Responsibilities include modeling (Matlab/Simulink/Spectre AMS), transistor-level design, layout leadership, lab debug, and support for product validation and production test.

Lead visual and content design for corporate web, intranet, and documentation. Translate complex technical topics into clear, accessible, SEO-friendly pages. Collaborate with stakeholders and developers, apply UX/accessibility best practices, use analytics to refine content, and manage multiple initiatives with strong creative judgment and attention to detail.

Design and implement RTL digital logic and DSP for mixed-signal ICs, perform simulation, verification, synthesis, and behavioral modeling; support integration, tape-out, post-silicon validation, characterization, and production test.

Develop and verify analog/mixed-signal behavioral models and testbenches (SV-RNM, SV-UDT, Verilog-AMS) to support architectural exploration, AMS/UVM verification, chip integration, and automation for mixed-signal IP.

Develop and verify analog circuit behavioral models and AMS/UVM testbenches; collaborate with architects, design, and DV teams for mixed-signal integration, DMS/AMS verification, regression debug, and automation for pre- and post-silicon validation.

Lead development and rollout of formal verification methodologies, mentor engineers, build formal and dynamic verification environments, create test plans, perform failure and coverage analysis, and improve functional verification for mixed-signal audio IP.

Lead architecture and design of ML-centric SoCs and accelerators, defining compute fabrics, memory hierarchies, ISA/compiler co-design, prototyping on FPGA/ASIC, security architectures, and guiding cross-functional teams to validate and scale domain-specific ML solutions.

Lead technical engagements with SoC and OEM partners to define system-level PC audio architectures, build PoCs/demos, capture requirements, enable partners through training, and drive Cirrus silicon adoption across PC platforms.

Lead verification planning and develop UVM-based testbenches for mixed-signal ASICs. Implement functional verification, directed/constraint-random tests, gate-simulations, coverage and failure analysis, digital/mixed-signal modeling, and regression/debug infrastructure.

Lead integration of AI into EDA/CAD workflows: collaborate with internal designers and EDA vendors, apply ML to optimize mixed-signal circuit design and verification, and develop scalable methodologies to boost analog/mixed-signal designer productivity.

Design high-performance mixed-signal CMOS circuits including delta-sigma ADCs and DACs. Model circuits in Matlab, Verilog-A, and SystemVerilog, and simulate/verify performance using Spectre and Maestro with chip-level analog-on-top and digital-on-top methodologies.

Lead verification planning and testbench development using UVM/HVLs for mixed-signal ASICs. Implement functional verification, directed/constraint-random tests, gate-simulations, coverage analysis, failure analysis, and regression/debug infrastructure improvements.

Design and implement RTL for digital signal processing and mixed-signal data converters. Perform logic simulation, verification, synthesis, behavioral modeling, integration, and support tape-out, post-silicon validation, characterization, and production test across device development lifecycle.

Develop, install, customize, and validate PDKs, physical verification decks (DRC/LVS/PEX), and analog/mixed-signal CAD flows. Support tape-outs, collaborate with design teams and foundries, automate EDA methodology, and mentor junior PDK engineers.

Lead customer-facing applications engineering for audio codec/amplifier integration: perform system-level debug, PCB reviews, lab characterization, design enablement, tooling, and training to secure PC market design wins.

Lead technical direction and execution for Windows driver and embedded audio software. Coordinate across customers and cross-functional teams, drive architecture and debugging, plan development and priorities, improve quality, automation, and testing, and document/share knowledge to scale solutions.

Design and implement production test hardware/software for mixed-signal products. Lead ATE board and PCB design, support probecard/loadboard debug, collaborate with cross-functional teams, develop NPI test software, translate datasheets into test requirements, and drive yield and cost improvements while supporting failure analysis and customer returns.