KEY RESPONSIBILITIES
Develop and execute verification plans for digital control-loop features and functions.
Translate feature requirements and system intent into measurable test scenarios and pass/fail criteria.
Verify control-loop behavior across operating conditions, configurations, limits, sequencing, and corner cases.
Develop tests covering compensation, stability, bandwidth, transient response, latency, sampling, quantization, saturation, mode transitions, sensing behavior, telemetry, protection, and feature interactions.
Analyze feature behavior using behavioral models, RTL simulations, analog/mixed-signal simulations, emulation, bench measurements, and silicon results where applicable.
Correlate results across models, simulation, emulation, bench validation, and silicon to identify differences and support engineering decisions.
Evaluate interactions between digital loop functions and analog components, including sensing paths, ADCs, DACs, references, PWM generation, timing paths, and power stages.
Produce clear verification evidence that documents test conditions, configurations, metrics, plots, waveforms, results, and conclusions.
Develop and maintain automation for parameter sweeps, corner testing, waveform analysis, regression testing, and verification reporting.
Investigate discrepancies between expected feature behavior and results obtained from simulation, emulation, bench testing, or silicon.
Collaborate with systems, analog design, digital design, firmware, design verification, validation, applications, and software/tool teams.
Identify missing requirements, test coverage, observability, or infrastructure that could prevent effective feature verification.
Document test intent, assumptions, test configurations, results, limitations, and identified risks clearly.
Qualifications
Bachelor’s degree in Electrical Engineering, Computer Engineering, or a related technical discipline.
5+ years of relevant experience in digital power control, mixed-signal verification, semiconductor validation, systems engineering, power electronics, design verification, or related product development.
Solid understanding of feedback control systems, including compensation, stability, bandwidth, transient response, latency, sampling, quantization, saturation, and nonlinear behavior.
Experience testing or verifying digital control functions, mixed-signal systems, power-management features, or other complex electronic systems.
Understanding of mixed-signal building blocks such as ADCs, DACs, sensing paths, amplifiers, references, timing circuits, PWM paths, and power stages.
Experience developing and executing test plans, test scenarios, pass/fail criteria, and measurable engineering results.
Ability to analyze waveforms and data, isolate behavioral differences, and relate observed results to feature requirements and implementation.
Experience with scripting or programming for test automation, data analysis, or verification infrastructure.
Ability to work effectively across systems, analog, digital, firmware, verification, validation, applications, and software/tool disciplines.
Strong written and verbal communication skills, including the ability to explain technical results clearly.
PREFERRED
Experience with digital multiphase controllers, DC/DC converters, voltage regulators, power management ICs, or high-current datacenter power applications.
Experience verifying digital compensation, current balancing, current estimation, adaptive control, transient enhancement, telemetry, protection, or other loop-related features.
Experience with behavioral modeling, model correlation, real-number modeling, Verilog-AMS, SystemVerilog RNM, MATLAB, Python, SIMPLIS, or equivalent environments.
Experience with RTL simulation, mixed-signal simulation, bench automation, or semiconductor validation.
Experience automating parameter sweeps, corner testing, waveform analysis, regression testing, or verification reporting.
Familiarity with Bode analysis, gain and phase margin, load-transient testing, output-impedance analysis, timing measurements, latency measurements, and power-system measurement techniques.
Familiarity with structured test results, dashboards, databases, or API-driven engineering workflows.
Experience debugging differences among feature specifications, behavioral models, RTL implementation, bench results, and silicon measurements.
Additional Information
Renesas is an embedded semiconductor solution provider driven by its Purpose, To Make Our Lives Easier. With a global team of over 21,000 engineers and problem solvers in more than 30 countries, we offer the opportunity to work on world‑leading technology for Automotive, Industrial, Infrastructure, and IoT, shaping a safer, healthier, greener, and smarter future.
At Renesas, TAGIE is our culture, grounded in being Transparent, Agile, Global, Innovative, and Entrepreneurial. It shapes how we work, grow and deliver on our purpose together. This collaborative spirit and mindset drive our semiconductor technology to transform industries and impact millions of lives.
We believe in rewarding our employees with a competitive benefits package alongside their salary. More information will be provided during the hiring process.
Are you ready to join our team and shape the future with us?
Renesas Electronics is an equal opportunity and affirmative action employer, committed to supporting diversity and fostering a work environment free of discrimination on the basis of sex, race, religion, national origin, gender, gender identity, gender expression, age, sexual orientation, military status, veteran status, or any other basis protected by law. For more information, please read our Diversity & Inclusion Statement.
Renesas Electronics deals with dual-use technology that is subject to U.S. export controls regulations. Under these regulations it may be necessary for Renesas to obtain U.S. government export license prior to release of technology to certain persons. The decision whether or not to file or pursue an export license application is at the sole discretion of Renesas.
