Top Tech Jobs & Startup Jobs in Austin, TX

The FPGA Implementation Engineer will synthesize ASIC designs onto FPGA platforms, perform functionality tests, ensure design quality, and assist in prototyping methodology improvements.

Reverse-engineer consumer electronic products to identify subsystems and IC functions; design and run experiments to measure performance; produce schematics, cost estimates, firmware/hardware interaction analysis, and competitive reports; develop new analysis techniques and collaborate with systems, design, and marketing teams.

Participate in full-cycle mixed-signal analog IC design for portable audio amplifiers: specification, transistor-level design, layout supervision, verification, SPICE-based simulation, lab validation, and power/low-voltage interface design.

Collaborate on mixed-signal SoC digital design from concept to tape-out: create and integrate digital/DSP IP blocks, convert subsystems to final designs, and support post-silicon validation, characterization, and product test.

Design high-performance delta-sigma ADCs/DACs, amplifiers, and mixed-signal CMOS circuitry from concept to production. Model circuits in Matlab/Verilog-A/SystemVerilog, simulate and verify performance using Spectre and Maestro, and perform chip-level analog-on-top and digital-on-top verification.

Lead product marketing and management for audio mixed-signal solutions, coordinating with multi-functional teams to drive product development and business growth.

Design high-performance delta-sigma ADCs/DACs and amplifiers in advanced CMOS processes. Model circuits in Matlab/Verilog-A/SystemVerilog, simulate with Spectre and Maestro, and perform chip-level verification using analog-on-top and digital-on-top methods.

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.

Manage and mentor a team of software engineers to design and implement real-time embedded software for mixed-signal IC products. Collaborate with analog/digital teams and project managers to meet requirements, delivery timelines, and quality metrics; interface with customers and maintain modern software development practices including CI/CD.

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.