Senior mixed-signal electrical engineer (Board Level)

ASML•San Jose, CA

About The Position

Lead the design, analysis, and implementation of high-performance analog and mixed-signal circuits on board level. This includes high-speed (>50 MSPS), high-precision (≥16-bit) DAC/ADC signal chains and low-noise, high-linearity, high dynamic range analog front-end (AFE) designs. The role also involves designing and developing precision high-voltage circuits with specific characteristics like high frequency (>5 MHz), low distortion, and ultra-low offset (<1 mV), operating in high-voltage environments up to ±225V with robust stability and reliability. The engineer will architect and optimize complete end-to-end signal chains, perform modeling, simulation, and performance validation, and drive laboratory debugging, validation, and system bring-up. Collaboration with cross-functional teams, support for the full product lifecycle, and technical leadership are key aspects of this position. The role also requires producing high-quality documentation and providing mentorship to junior engineers.

Requirements

Master’s or PhD degree in Electrical Engineering or a related field
Minimum 5+ years of experience in analog or mixed-signal circuit design (PhD graduates may qualify with less experience)
Strong background in analog circuit fundamentals, with experience in: Operational amplifiers and precision analog design ADC/DAC interfacing and signal chain optimization High-speed and/or high-voltage analog systems
Proficiency in circuit simulation tools: LTspice, TINA, Cadence, ADS, or equivalent
Programming skills for modeling and data analysis: Python, MATLAB, or similar
Hands-on lab experience with measurement and debug tools: Oscilloscopes, function generators, spectrum analyzers, network analyzers
Deep understanding of non-ideal analog effects: Noise, distortion, offset, drift, parasitic
Knowledge of signal integrity (SI) and power integrity (PI) principles
Strong system-level thinking, able to optimize across full signal chains
Ability to balance physical limitations with system performance requirements
Strong root cause analysis and debugging capabilities
Ability to solve complex, cross-domain engineering problems
Effective decision-making under uncertainty
Results-driven with strong ownership and accountability
Capable of working effectively in high-pressure, dynamic environments
Able to work both independently and collaboratively
Clear, concise, and professional technical communication
Ability to present complex technical concepts to both engineers and management
Familiarity with full product development lifecycle (design → validation → production)
Ability to work within structured processes and meet project timelines
Proficient in Microsoft Office Suite (Word, Excel, PowerPoint)
Capable of producing high-quality technical documentation and presentations

Nice To Haves

Experience in one or more of the following areas is highly desirable: Low-noise design (nV/√Hz level) High-linearity systems (>16-bit ENOB) Precision measurement systems High-frequency analog design (MHz range and beyond)
Experience in high-end equipment or precision systems, such as: Semiconductor equipment (e.g., SEM, lithography, metrology systems) Precision control systems (e.g., scan control, motion control) High-speed data acquisition systems
EDA tools, Xpedition preferred
Familiarity with high-speed interfaces (e.g., JESD204B-based ADC systems)
Experience working in global, cross-site teams
Prior experience in technical leadership or leading complex subsystem development

Responsibilities

Lead the design, analysis, and implementation of high-performance analog and mixed-signal circuits on board level, including: High-speed (>50 MSPS), high-precision (≥16-bit) DAC/ADC signal chains Low-noise, high-linearity, high dynamic range analog front-end (AFE) designs
Design and develop precision high-voltage circuits with the following characteristics: High frequency (>5 MHz), low distortion, and ultra-low offset (<1 mV) Operation in high-voltage environments up to ±225V, with robust stability and reliability
Architect and optimize complete end-to-end signal chains, including: DAC/ADC interfaces, amplification, filtering, driver stages, feedback loops, and calibration
Perform modeling, simulation, and performance validation: Develop both system-level (behavioral) and circuit-level (SPICE) models Analyze key performance parameters such as noise, distortion, offset, drift, bandwidth, and stability
Drive laboratory debugging, validation, and system bring-up: Utilize advanced lab equipment (oscilloscope, spectrum analyzer, network analyzer, etc.) Identify and resolve issues related to signal integrity, EMI/EMC, thermal effects, and parasitic
Collaborate cross-functionally with digital, FPGA, system, power, and software teams: Define hardware/firmware/software interfaces Support system-level integration and validation
Support full product lifecycle, from concept to volume production: Design validation (DV), engineering validation (EVT), and manufacturing support Root cause analysis (RCA) for field and production issues
Drive adoption of advanced technologies and architectures in high-performance systems
Produce high-quality documentation, including design specifications, simulation reports, and test reports
Provide technical leadership and mentorship to junior engineers