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Leo Panda
Focus in embedded systems, high-speed electronics, and hardware validation.
Senior design emphasis in digital systems and PCB-based product development.
Principal Hardware Engineer with 13+ years of experience leading architecture, design, validation, and production launch of compute, networking, and embedded hardware platforms. Expert in high-speed digital systems, cross-functional program leadership, and design-for-manufacturing execution. Proven record of improving reliability, accelerating schedules, and reducing product cost in regulated, high-volume environments.
Named co-inventor on 3 U.S. patents related to power delivery optimization and thermal-aware board architecture for edge compute platforms.
Drove component and layout standardization strategy that reduced annualized hardware BOM and test fixture costs by $2.1M across two product families.
Established enterprise hardware design review framework adopted by four business units, improving first-pass validation success rate from 68% to 89%.
- Lead end-to-end hardware development for embedded compute and control platforms, delivering seven production releases that met performance, reliability, and regulatory requirements across industrial customers.
- Architect high-speed digital and mixed-signal boards using DDR4, PCIe, Ethernet, and power management circuits, improving signal margin by 18% during validation.
- Partner with firmware, mechanical, sourcing, and manufacturing teams to drive NPI execution, reducing prototype-to-production cycle time from 11 months to 8 months.
- Established structured design reviews, FMEA, and failure analysis workflows that decreased post-EVT critical defects by 37% and improved first-pass lab bring-up consistency.
- Negotiated component alternates and layout optimizations during supply constraints, avoiding $1.4M in expedite costs and protecting on-time delivery for three flagship programs.
- Designed multilayer networking and control boards for enterprise platforms, supporting successful launch of four products with aggregate annual revenue exceeding $120M.
- Owned schematic capture, component selection, and lab debug for CPU, memory, and interface subsystems, reducing design respins from three to one on average.
- Developed validation plans and coordinated compliance testing for EMC, safety, and environmental requirements, helping programs pass certification on initial submission.
- Mentored six hardware engineers on debugging methodology, design documentation, and release readiness, strengthening team throughput and succession for technical leadership roles.
- Drove root-cause analysis of field returns with quality and manufacturing partners, lowering repeat hardware failure rate by 41% within twelve months.
- Led architecture and board-level tradeoff analysis for an edge compute controller integrating DDR4, PCIe, Ethernet, and secure boot, enabling a 25% processing increase.
- Directed prototype bring-up, SI and PI issue resolution, and compliance preparation, achieving first customer pilot shipment six weeks ahead of plan.
- Coordinated firmware, mechanical, and manufacturing teams through validation closure, reducing open critical defects from 19 to 3 before release candidate build.
- Designed an automated bench validation environment for power sequencing, thermal cycling, and interface stress testing, cutting manual test effort by 60%.
- Standardized test scripts and failure logging workflows across three programs, improving defect reproducibility and shortening root-cause turnaround from five days to two.
Leo Panda
Focus in embedded systems, high-speed electronics, and hardware validation.
Senior design emphasis in digital systems and PCB-based product development.
Principal Hardware Engineer with 13+ years of experience leading architecture, design, validation, and production launch of compute, networking, and embedded hardware platforms. Expert in high-speed digital systems, cross-functional program leadership, and design-for-manufacturing execution. Proven record of improving reliability, accelerating schedules, and reducing product cost in regulated, high-volume environments.
Named co-inventor on 3 U.S. patents related to power delivery optimization and thermal-aware board architecture for edge compute platforms.
Drove component and layout standardization strategy that reduced annualized hardware BOM and test fixture costs by $2.1M across two product families.
Established enterprise hardware design review framework adopted by four business units, improving first-pass validation success rate from 68% to 89%.
- Lead end-to-end hardware development for embedded compute and control platforms, delivering seven production releases that met performance, reliability, and regulatory requirements across industrial customers.
- Architect high-speed digital and mixed-signal boards using DDR4, PCIe, Ethernet, and power management circuits, improving signal margin by 18% during validation.
- Partner with firmware, mechanical, sourcing, and manufacturing teams to drive NPI execution, reducing prototype-to-production cycle time from 11 months to 8 months.
- Established structured design reviews, FMEA, and failure analysis workflows that decreased post-EVT critical defects by 37% and improved first-pass lab bring-up consistency.
- Negotiated component alternates and layout optimizations during supply constraints, avoiding $1.4M in expedite costs and protecting on-time delivery for three flagship programs.
- Designed multilayer networking and control boards for enterprise platforms, supporting successful launch of four products with aggregate annual revenue exceeding $120M.
- Owned schematic capture, component selection, and lab debug for CPU, memory, and interface subsystems, reducing design respins from three to one on average.
- Developed validation plans and coordinated compliance testing for EMC, safety, and environmental requirements, helping programs pass certification on initial submission.
- Mentored six hardware engineers on debugging methodology, design documentation, and release readiness, strengthening team throughput and succession for technical leadership roles.
- Drove root-cause analysis of field returns with quality and manufacturing partners, lowering repeat hardware failure rate by 41% within twelve months.
- Led architecture and board-level tradeoff analysis for an edge compute controller integrating DDR4, PCIe, Ethernet, and secure boot, enabling a 25% processing increase.
- Directed prototype bring-up, SI and PI issue resolution, and compliance preparation, achieving first customer pilot shipment six weeks ahead of plan.
- Coordinated firmware, mechanical, and manufacturing teams through validation closure, reducing open critical defects from 19 to 3 before release candidate build.
- Designed an automated bench validation environment for power sequencing, thermal cycling, and interface stress testing, cutting manual test effort by 60%.
- Standardized test scripts and failure logging workflows across three programs, improving defect reproducibility and shortening root-cause turnaround from five days to two.
