Lead the design and development of next‑generation DC‑DC power conversion products for AI infrastructure, hyperscale data centers, telecom, and advanced computing applications.
Responsibilities
Lead design and development of advanced DC‑DC power converters
Define and optimize power architectures for efficiency, power density, thermal performance, reliability, EMI/EMC compliance, and fast transient response
Drive topology selection and optimization using simulation tools
Lead schematic development and guide high‑density PCB layout
Perform hands‑on prototype validation, debugging, characterization, and failure analysis
Requirements
B.S. in Electrical Engineering or related field (M.S. preferred)
Nice to have: Strong experience with intermediate bus converter (IBC) architectures
Nice to have: High‑voltage DC bus systems
Nice to have: Low‑voltage high‑current power delivery
A senior contributor role working highly independently to provide engineering design and analysis services for DC/DC power converters and filters for space and Hi-reliability applications.
Compensation
Salary range: $166,067.99 - $194,682.84.
Responsibilities
Model and simulate circuit or system performance of dc-dc power converters and filters using analytical tools.
Detailed design and analysis of discrete implementation of power converter control circuitry that is resistant to performance degradation due to radiation effects.
Filter modeling, analysis, and design.
System integration, test and development of DC power conversion hardware for spaceflight and Hi-Rel applications.
Investigate and evaluate new power topologies and control for spaceflight applications.
Lead the design and development of advanced power-conversion technologies for Panduit’s product portfolio.
Compensation
The expected annual base salary range for this role is $120,000 - $160,000. This role qualifies for an incentive plan based on individual and company performance.
Responsibilities
Develop and lead power-electronics architectures for advanced AC/DC and DC/DC converters
Drive circuit design and component selection, including schematics, sensing, protection circuits, gate drives, control interfaces, and power-stage development
Perform simulation and engineering analysis to evaluate converter performance, control loops, power losses, transient behavior, and overall design optimization
Lead PCB development and design using Altium Designer or comparable ECAD tools
Design and specify magnetic components, including transformers and inductors
Requirements
Bachelor's degree in Electrical Engineering
Nice to have: Master's degree in Electrical Engineering
Nice to have: PhD in Electrical Engineering or Power Electronics
As a Senior Signal & Power Integrity Engineer, you will join a board design team to support AMD’s AI server product, working with cross-functional teams to deliver high-quality proposals and products.
Responsibilities
Response for Server PCB stack up design, SI/PI simulation and analysis
Create layout guideline and layout quality check
Review electrical validation reports and provide solution for failure items
Cross Function work ability – able to work with function to design AMD AI product solutions
Issue Investigation ability - able to debug issues for electrical violation
Seeking a Sr. Electrical Engineer to contribute expertise in power electronics development and production for multi-kilowatt high-voltage designs and developing next-generation SMPS laser diode driver technologies for the defense market.
Compensation
Senior Electrical Engineer: $110,000 - $145,000 annually. Target Cash Bonus of 6% of earned wages.
Responsibilities
Create functional SIMPLIS circuit analysis models of existing SMPS converters
Create SPICE simulations for analog circuitry and device equivalent circuits
Propose suggestions and execute trade studies for next-gen converter designs
Execute engineering experimentation to qualify new designs and/or processes
Characterize and benchmark electrical and thermal performance of existing converter designs
Requirements
BS or MS in Electrical Engineering
Computer Engineering or similar
Nice to have: Altium Designer
Nice to have: harsh environments experience
Nice to have: conductive electronics cooling techniques
Senior Field Applications Engineer supporting strategic customers across datacenter, AI, server, and advanced computing markets, with a focus on power electronics and board-level debug.
Compensation
The expected annual pay range for this position is $135,000-168K. This position is also eligible for bonus opportunities.
Responsibilities
Serve as a key technical interface for customer accounts, supporting power architecture and voltage regulator engagements.
Provide technical guidance on digital multiphase power controllers, power modules, and server class power delivery solutions.
Support schematic reviews, layout reviews, board bring up, debug, and validation activities.
Generate customer facing technical materials including program updates, validation reports, controller configuration files.
Assist customers during system validation, including VR performance, telemetry, protection behavior, and interaction with CPU, GPU, ASIC, or SoC power domains.
Requirements
BS or MS in Electrical Engineering or related field
Senior Field Applications Engineer to support strategic customers across datacenter, AI, server, and advanced computing markets.
Compensation
The expected annual pay range for this position is $120-$168K. This position is also eligible for bonus opportunities.
Responsibilities
Serve as a key technical interface for customer accounts, supporting power architecture and voltage regulator engagements from design phase through production.
Provide technical guidance on digital multiphase power controllers, power modules, and server class power delivery solutions.
Support schematic reviews, layout reviews, board bring up, debug, and validation activities.
Generate customer facing technical materials including program updates, validation reports, controller configuration files, issue summaries, and supporting waveform data.
Assist customers during system validation, including VR performance, telemetry, protection behavior, and interaction with CPU, GPU, ASIC, or SoC power domains.
Requirements
BS or MS in Electrical Engineering or related field.
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