Jobs at Elevate Semiconductor

Lead architecture, design, simulation, and validation of high-speed precision CMOS ATE analog circuits. Own blocks through layout, verification, and post-layout analysis. Drive mixed-signal simulation strategy, mentor engineers, and collaborate with test, applications, and manufacturing to deliver robust silicon.

Lead analog architecture for ATE ICs, mentor engineers, drive innovations in circuit techniques, oversee design processes, and collaborate with stakeholders to achieve technical excellence.

Lead NPI from first silicon to high-volume manufacturing for precision analog and mixed-signal ICs. Develop and optimize wafer sort and final test solutions (Teradyne UltraFlex IGXL), correlate bench and ATE results, establish production limits, design/validate test hardware (load boards, probe cards, sockets), perform silicon debug/root-cause analysis, support qualification and transfer to OSAT, and create automation tools using Python and JMP to improve throughput and quality.

The Staff Analog IC Layout Engineer will lead the physical layout of complex analog and mixed-signal integrated circuits, ensuring optimal design and verification while collaborating with various engineering teams.

Design, simulate, and optimize high‑speed, precision CMOS analog circuits for ATE products. Perform layout, verification, and post‑layout simulation (Monte Carlo, SOAC, corners). Support mixed‑signal channel/chip simulation, IC characterization, test development, and qualification while collaborating with digital, layout, test, and applications teams.

Provide inside sales support to sell Elevate Semiconductor products, manage accounts, prepare proposals and forecasts, maintain CRM data, collaborate cross-functionally, and support revenue growth. Onsite in San Diego.

The Customer Quality Engineer manages customer RMA processes, resolves quality issues, and drives product improvement through collaboration with internal teams and customers.

Lead architecture and hands-on design of advanced ATE instrumentation including high-voltage analog, precision references, DACs, ADCs, and high-speed pin electronics. Own concept through tapeout, validation, and production; develop behavioral models (Octave/Verilog-A); collaborate with layout, VLSI, packaging, and test teams; mentor designers and influence methodology and cross-functional execution.

Design, simulate, and layout high-speed, precision analog and mixed-signal ATE ICs. Perform Monte Carlo/corner analysis, chip-level mixed-signal simulation, stability/compensation work, and support IC characterization and test development to optimize power, performance, and density.

Own and maintain test hardware, equipment, and programs for analog/mixed-signal IC production. Perform bench validation, DAC characterization, PCB debugging, data analysis, and documentation. Collaborate with hardware/firmware and applications teams to improve EVMs, reduce test time, support GR&R and correlation, and assist customer deployments and silicon validation.

Serve as the technical bridge between customers, engineering, and product teams to translate system-level customer requirements into product direction. Lead technical engagements, support product bring up, characterization, qualification, and debugging. Create technical collateral and training, support sales to drive design wins, and channel detailed customer feedback to engineering.