Lead Engineer, Systems Applications – Power Solutions

In this role you drive end-to-end power architectures for strategic markets, translating customer needs into practical solutions and platform concepts. You will collaborate across product, systems, applications, and field teams to shape reference designs and evaluation plans that align with ADI’s portfolio. You’ll convert customer insights into actionable design inputs and create reusable technical collateral to enable field teams and customers. This position offers impact by advancing system-level power solutions for aerospace, defence, and communications systems, bridging engineering with real-world applications.

• medical, vision and dental coverage
• 401k
• paid vacation
• holidays and sick time
• discretionary performance-based bonus

• Define end-to-end power architectures covering conversion, distribution, protection, isolation, sequencing, telemetry, efficiency, thermal, EMI/EMC, reliability, and control
• Translate requirements into solution proposals, power trees, reference architectures, evaluation plans, and product feedback
• Support architecture and application reviews for strategic opportunities ensuring practical, manufacturable solutions aligned with portfolio direction
• Collaborate with product, systems, applications, marketing, BD, sales, field teams, and customers to identify requirements and address questions
• Create reusable technical collateral (design guides, simulations, evaluation concepts, reference design inputs, training material, customer presentations)
• Capture customer and competitive insights to inform product planning, solution strategy, and field enablement
• Communicate findings, trade-offs, and application impact through documentation, reviews, workshops, and presentations

• Bachelor’s degree in Electrical Engineering or related field; Master’s/PhD preferred
• 7+ years of experience in defining or influencing system-level power requirements
• Strong understanding of power conversion, distribution, protection, isolation, thermal trade-offs, EMI/EMC, reliability, safety, and system design constraints
• Background as systems architect, power designer, or lead systems designer
• Experience with low-voltage, high-current power in mixed-signal systems is valuable
• Strong communication skills and customer presence; willingness to travel domestically and internationally
• Hands-on familiarity with lab tools (oscilloscopes, electronic loads, spectrum or network analyzers) and software (Python, LabVIEW)

• strong communication
• customer engagement
• cross-functional collaboration
• power electronics
• power conversion architectures
• EMI/EMC and shielding