Signal Integrity / Power Integrity Engineer

Hudson River Trading; Chicago (IL); On-site; USD 200,000 - 300,000; Full time

Benefits offered by this job

Competitive benefits package

Job summary

Hudson River Trading (HRT) is seeking a Signal Integrity / Power Integrity Engineer to join our expanding Hardware team. You will deliver high-performance PCB and package designs for advanced ASIC platforms, applying deep expertise in SI/PI to solve complex system-level challenges across SERDES channels and high-current power delivery.

You will model, optimize, and validate critical electrical interfaces in a dynamic, cross-functional environment, translating requirements into manufacturable

Qualifications

• MS or PhD in Electrical Engineering, Computer Engineering, Physics, or a related field, or equivalent practical experience.
• Experience in signal integrity, power integrity, or both for high-performance electronic systems
• Strong fundamentals in electromagnetics, transmission lines, and PCB/package design
• Experience with high-speed SERDES links, including at least 28+ Gbps signaling; PAM4 at 56/112+ Gbps is preferred
• Experience with high-current (>500 amp) ASIC power supply design
• Proficiency with SI/PI CAE and circuit-simulation tools
• Experience with relevant SI/PI tools such as HFSS, SIwave, Clarity 3D, Sigrity, ADS, SPICE, SIMPLIS, or MATLAB
• Python programming or scripting automation experience for analysis, validation, or debugging
• Ability to translate analysis results into robust, manufacturable PCB and package designs
• Strong collaboration and communication skills, including experience working with external design partners

Responsibilities

• Develop SI and PI solutions for complex system design challenges
• Analyze high-speed PCB, BGA, and advanced package designs from 28+ Gbps onwards
• Run system-level SI simulations for SERDES links and model vias, connectors, and package interfaces
• Drive SI guidelines, post-layout extraction, and improve models against lab measurements
• Analyze power delivery for ASICs drawing 500+ amps across the full power train
• Automate simulation, data gathering, analysis, and visualization workflows
• Collaborate with external design vendors and internal teams throughout the lifecycle

Skills

Signal integrity

Power integrity

High-speed signaling

Python scripting

PCB design

Electromagnetics

Team collaboration

Education

MS/PhD in Electrical Engineering

Tools

HFSS

SIwave

Clarity 3D

Sigrity

ADS

SPICE

MATLAB

Job description

Hudson River Trading (HRT) is seeking a Signal Integrity / Power Integrity Engineer to join our expanding Hardware team.In this role, you will help deliver high-performance PCB and package designs for advanced ASIC platforms. You will apply deep expertise in signal and power integrity to solve complex system-level challenges spanning high-speed SERDES channels, high-current power-delivery networks, packages, PCBs, and supporting infrastructure.

You will work in a dynamic, cross-functional environment to model, optimize, and validate critical electrical interfaces. Partnering closely with hardware engineers and outside design partners, you will translate electrical requirements into timely, performant, robust, testable, and manufacturable designs.

Responsibilities

• Develop creative signal integrity (SI) and power integrity (PI) solutions for complex system design challenges
• Analyze and guide high-speed PCB, BGA, and advanced package designs from 28+ Gbps through the latest signaling technologies
• Run system-level SI simulations for high-speed SERDES links, and model, optimize, and validate vias, connectors, sockets, breakouts, stackups, routing, and package interfaces using 3D EM and circuit simulation tools
• Drive substrate and board-layout SI guidelines, post-layout extraction and analysis, and ongoing improvement of models and methodologies against lab measurements
• Analyze and guide power delivery for ASICs drawing 500+ amps, including static/DC and dynamic/AC analysis across the full power train — PSUs, cables, connectors, voltage regulators, PCBs, capacitor networks, packages, and dies
• Automate simulation, data gathering, analysis, and visualization workflows
• Partner with external design and layout vendors on requirements, deliverables, and tradeoffs, and collaborate with internal electrical, mechanical, package, layout, manufacturing, and validation teams throughout the lifecycle

Qualifications

• MS or PhD in Electrical Engineering, Computer Engineering, Physics, or a related field, or equivalent practical experience
• Experience in signal integrity, power integrity, or both for high-performance electronic systems
• Strong fundamentals in electromagnetics, transmission lines, and PCB/package design
• Experience with high-speed SERDES links, including at least 28+ Gbps signaling; PAM4 at 56/112+ Gbps is preferred
• Experience with high-current (>500 amp) ASIC power supply design
• Proficiency with SI/PI CAE and circuit-simulation tools
• Experience with relevant SI/PI tools such as HFSS, SIwave, Clarity 3D, Sigrity, ADS, SPICE, SIMPLIS, or MATLAB
• Python programming or scripting automation experience for analysis, validation, or debugging
• Ability to translate analysis results into robust, manufacturable PCB and package designs
• Strong collaboration and communication skills, including experience working with external design partners
• Experience with 2.5D packages, board/package layout, or PDN evaluation is preferred
• Familiarity with lab measurement equipment, including VNAs, TDRs, and high-speed oscilloscopes is preferred

The estimated base salary range for this position is $200,000 to $300,000 USD per year (or local equivalent). The base pay offered may vary depending on multiple individualized factors, including location, job-related knowledge, skills, and experience. This role will also be eligible for discretionary performance-based bonuses and a competitive benefits package.

Culture

Hudson River Trading (HRT) brings a scientific approach to trading financial products. We have built one of the world's most sophisticated computing environments for research and development. Our researchers are at the forefront of innovation in the world of algorithmic trading.

At HRT we welcome a variety of expertise: mathematics and computer science, physics and engineering, media and tech. We’re a community of self-starters who are motivated by the excitement of being at the cutting edge of automation in every part of our organization—from trading, to business operations, to recruiting and beyond. We value openness and transparency, and celebrate great ideas from HRT veterans and new hires alike. At HRT we’re friends and colleagues – whether we are sharing a meal, playing the latest board game, or writing elegant code. We embrace a culture of togetherness that extends far beyond the walls of our office.

Feel like you belong at HRT? Our goal is to find the best people and bring them together to do great work in a place where everyone is valued. HRT is proud of our diverse staff; we have offices all over the globe and benefit from our varied and unique perspectives. HRT is an equal opportunity employer; so whoever you are we’d love to get to know you.

Please be advised: Use of AI tools by an applicant during interviews or assessments is strictly prohibited, unless otherwise instructed or agreed upon. We employ various methods to evaluate the authenticity of candidate responses. If we determine that AI assistance was used by an applicant during an interview or an assessment, we reserve the right to immediately end the interview or assessment, disqualify the applicant’s candidacy and/or rescind any job offers extended.

You can review our Global Applicant Privacy Notice, which explains how we process applicant information.

Hudson River Trading (HRT) is seeking a Signal Integrity / Power Integrity Engineer to join our expanding Hardware team.In this role, you will help deliver high-performance PCB and package designs for advanced ASIC platforms. You will apply deep expertise in signal and power integrity to solve complex system-level challenges spanning high-speed SERDES channels, high-current power-delivery networks, packages, PCBs, and supporting infrastructure.

You will work in a dynamic, cross-functional environment to model, optimize, and validate critical electrical interfaces. Partnering closely with hardware engineers and outside design partners, you will translate electrical requirements into timely, performant, robust, testable, and manufacturable designs.

Responsibilities

• Develop creative signal integrity (SI) and power integrity (PI) solutions for complex system design challenges
• Analyze and guide high-speed PCB, BGA, and advanced package designs from 28+ Gbps through the latest signaling technologies
• Run system-level SI simulations for high-speed SERDES links, and model, optimize, and validate vias, connectors, sockets, breakouts, stackups, routing, and package interfaces using 3D EM and circuit simulation tools
• Drive substrate and board-layout SI guidelines, post-layout extraction and analysis, and ongoing improvement of models and methodologies against lab measurements
• Analyze and guide power delivery for ASICs drawing 500+ amps, including static/DC and dynamic/AC analysis across the full power train — PSUs, cables, connectors, voltage regulators, PCBs, capacitor networks, packages, and dies
• Automate simulation, data gathering, analysis, and visualization workflows
• Partner with external design and layout vendors on requirements, deliverables, and tradeoffs, and collaborate with internal electrical, mechanical, package, layout, manufacturing, and validation teams throughout the lifecycle

Qualifications

• MS or PhD in Electrical Engineering, Computer Engineering, Physics, or a related field, or equivalent practical experience
• Experience in signal integrity, power integrity, or both for high-performance electronic systems
• Strong fundamentals in electromagnetics, transmission lines, and PCB/package design
• Experience with high-speed SERDES links, including at least 28+ Gbps signaling; PAM4 at 56/112+ Gbps is preferred
• Experience with high-current (>500 amp) ASIC power supply design
• Proficiency with SI/PI CAE and circuit-simulation tools
• Experience with relevant SI/PI tools such as HFSS, SIwave, Clarity 3D, Sigrity, ADS, SPICE, SIMPLIS, or MATLAB
• Python programming or scripting automation experience for analysis, validation, or debugging
• Ability to translate analysis results into robust, manufacturable PCB and package designs
• Strong collaboration and communication skills, including experience working with external design partners
• Experience with 2.5D packages, board/package layout, or PDN evaluation is preferred
• Familiarity with lab measurement equipment, including VNAs, TDRs, and high-speed oscilloscopes is preferred

The estimated base salary range for this position is $200,000 to $300,000 USD per year (or local equivalent). The base pay offered may vary depending on multiple individualized factors, including location, job-related knowledge, skills, and experience. This role will also be eligible for discretionary performance-based bonuses and a competitive benefits package.

Culture

Hudson River Trading (HRT) brings a scientific approach to trading financial products. We have built one of the world's most sophisticated computing environments for research and development. Our researchers are at the forefront of innovation in the world of algorithmic trading.

At HRT we welcome a variety of expertise: mathematics and computer science, physics and engineering, media and tech. We’re a community of self-starters who are motivated by the excitement of being at the cutting edge of automation in every part of our organization—from trading, to business operations, to recruiting and beyond. We value openness and transparency, and celebrate great ideas from HRT veterans and new hires alike. At HRT we’re friends and colleagues – whether we are sharing a meal, playing the latest board game, or writing elegant code. We embrace a culture of togetherness that extends far beyond the walls of our office.

Feel like you belong at HRT? Our goal is to find the best people and bring them together to do great work in a place where everyone is valued. HRT is proud of our diverse staff; we have offices all over the globe and benefit from our varied and unique perspectives. HRT is an equal opportunity employer; so whoever you are we’d love to get to know you.

Please be advised: Use of AI tools by an applicant during interviews or assessments is strictly prohibited, unless otherwise instructed or agreed upon. We employ various methods to evaluate the authenticity of candidate responses. If we determine that AI assistance was used by an applicant during an interview or an assessment, we reserve the right to immediately end the interview or assessment, disqualify the applicant’s candidacy and/or rescind any job offers extended.

You can review our Global Applicant Privacy Notice, which explains how we process applicant information.

Hudson River Trading (HRT) is seeking a Signal Integrity / Power Integrity Engineer to join our expanding Hardware team.In this role, you will help deliver high-performance PCB and package designs for advanced ASIC platforms. You will apply deep expertise in signal and power integrity to solve complex system-level challenges spanning high-speed SERDES channels, high-current power-delivery networks, packages, PCBs, and supporting infrastructure.

You will work in a dynamic, cross-functional environment to model, optimize, and validate critical electrical interfaces. Partnering closely with hardware engineers and outside design partners, you will translate electrical requirements into timely, performant, robust, testable, and manufacturable designs.

Responsibilities

• Develop creative signal integrity (SI) and power integrity (PI) solutions for complex system design challenges
• Analyze and guide high-speed PCB, BGA, and advanced package designs from 28+ Gbps through the latest signaling technologies
• Run system-level SI simulations for high-speed SERDES links, and model, optimize, and validate vias, connectors, sockets, breakouts, stackups, routing, and package interfaces using 3D EM and circuit simulation tools
• Drive substrate and board-layout SI guidelines, post-layout extraction and analysis, and ongoing improvement of models and methodologies against lab measurements
• Analyze and guide power delivery for ASICs drawing 500+ amps, including static/DC and dynamic/AC analysis across the full power train — PSUs, cables, connectors, voltage regulators, PCBs, capacitor networks, packages, and dies
• Automate simulation, data gathering, analysis, and visualization workflows
• Partner with external design and layout vendors on requirements, deliverables, and tradeoffs, and collaborate with internal electrical, mechanical, package, layout, manufacturing, and validation teams throughout the lifecycle

Qualifications

• MS or PhD in Electrical Engineering, Computer Engineering, Physics, or a related field, or equivalent practical experience
• Experience in signal integrity, power integrity, or both for high-performance electronic systems
• Strong fundamentals in electromagnetics, transmission lines, and PCB/package design
• Experience with high-speed SERDES links, including at least 28+ Gbps signaling; PAM4 at 56/112+ Gbps is preferred
• Experience with high-current (>500 amp) ASIC power supply design
• Proficiency with SI/PI CAE and circuit-simulation tools
• Experience with relevant SI/PI tools such as HFSS, SIwave, Clarity 3D, Sigrity, ADS, SPICE, SIMPLIS, or MATLAB
• Python programming or scripting automation experience for analysis, validation, or debugging
• Ability to translate analysis results into robust, manufacturable PCB and package designs
• Strong collaboration and communication skills, including experience working with external design partners
• Experience with 2.5D packages, board/package layout, or PDN evaluation is preferred
• Familiarity with lab measurement equipment, including VNAs, TDRs, and high-speed oscilloscopes is preferred

The estimated base salary range for this position is $200,000 to $300,000 USD per year (or local equivalent). The base pay offered may vary depending on multiple individualized factors, including location, job-related knowledge, skills, and experience. This role will also be eligible for discretionary performance-based bonuses and a competitive benefits package.

Culture

Hudson River Trading (HRT) brings a scientific approach to trading financial products. We have built one of the world's most sophisticated computing environments for research and development. Our researchers are at the forefront of innovation in the world of algorithmic trading.

At HRT we welcome a variety of expertise: mathematics and computer science, physics and engineering, media and tech. We’re a community of self-starters who are motivated by the excitement of being at the cutting edge of automation in every part of our organization—from trading, to business operations, to recruiting and beyond. We value openness and transparency, and celebrate great ideas from HRT veterans and new hires alike. At HRT we’re friends and colleagues – whether we are sharing a meal, playing the latest board game, or writing elegant code. We embrace a culture of togetherness that extends far beyond the walls of our office.

Feel like you belong at HRT? Our goal is to find the best people and bring them together to do great work in a place where everyone is valued. HRT is proud of our diverse staff; we have offices all over the globe and benefit from our varied and unique perspectives. HRT is an equal opportunity employer; so whoever you are we’d love to get to know you.

Please be advised: Use of AI tools by an applicant during interviews or assessments is strictly prohibited, unless otherwise instructed or agreed upon. We employ various methods to evaluate the authenticity of candidate responses. If we determine that AI assistance was used by an applicant during an interview or an assessment, we reserve the right to immediately end the interview or assessment, disqualify the applicant’s candidacy and/or rescind any job offers extended.

You can review our Global Applicant Privacy Notice, which explains how we process applicant information.