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PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now

Analog Devices

PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now

full-timePosted: Feb 9, 2026

Job Description

PCB Design Engineer Careers at Analog Devices in Durham, North Carolina

Overview: Powering the Future of Datacenter Infrastructure

Analog Devices stands at the forefront of semiconductor innovation, bridging the physical and digital worlds to enable breakthroughs at the Intelligent Edge. With over $9 billion in revenue and 24,000 employees worldwide, we're not just building chips—we're powering the datacenters that define modern computing. In Durham, North Carolina, our PCB Design Engineers within the Datacenter Infrastructure team play a pivotal role in creating next-generation power modules and systems that keep the world's data flowing reliably and efficiently.

Datacenter infrastructure represents the backbone of our digital economy. From massive hyperscale facilities to edge computing nodes, these environments demand PCBs that can handle extreme power densities, maintain signal integrity at multi-gigabit speeds, and survive the thermal rigors of 24/7 operation. As a PCB Design Engineer at Analog Devices in Durham, you'll layout complex multi-layer boards for power delivery systems, employing cutting-edge techniques in stack-up design, via optimization, and signal isolation that directly impact datacenter efficiency and reliability.

Durham's strategic location in the Research Triangle Park positions Analog Devices at the epicenter of technological innovation. Surrounded by Duke University, North Carolina State University, and the University of North Carolina at Chapel Hill, our Durham facility attracts top engineering talent and fosters collaboration with academia and industry leaders. Here, PCB design isn't just a job—it's a mission-critical function that enables Analog Devices to deliver solutions combating climate change through energy-efficient datacenter technologies while supporting advancements in AI, cloud computing, and digital healthcare.

A Day in the Life of a PCB Design Engineer in Durham

Your morning begins with a stand-up meeting with the Datacenter Solutions team, reviewing progress on critical power module layouts. You'll dive into Allegro, routing high-current power planes while meticulously controlling impedance for high-speed digital interfaces. Mid-morning brings collaboration with the signal integrity team, running IR drop simulations and TDR analysis to validate your stack-up choices.

Lunch in the Durham campus cafeteria offers networking opportunities with colleagues from mixed-signal design, packaging engineering, and systems architecture. The afternoon focuses on manufacturability—working with our CAM engineers to optimize drill files and panelization while addressing fab house feedback on via reliability. Before end-of-day, you'll prepare layout review slides for tomorrow's peer review, documenting your design decisions on dielectric selection, lamination sequences, and DFM optimizations.

This rhythm repeats with variety: one week you might be tackling a 40-layer SiP for liquid-cooled rack power delivery; the next, optimizing a compact laminate for edge AI inference servers. Travel to assembly partners (up to 20%) provides hands-on factory floor experience, ensuring your designs transition flawlessly from silicon to system.

Why Durham, North Carolina? The Perfect Tech Ecosystem

Durham combines Southern charm with Silicon Valley innovation. The Research Triangle Park—home to 300+ companies and 55,000 workers—creates unmatched networking opportunities. Living costs 30% below national averages while offering proximity to pristine beaches (2 hours) and Appalachian mountains (3 hours). Duke University's basketball culture and vibrant food scene (from farm-to-table Southern cuisine to international fusion) make Durham endlessly appealing.

For engineers, RTP means collaboration with Cree, IBM, Cisco, and startups born from university research. Analog Devices' Durham campus features state-of-the-art labs, fitness centers, and shuttle services, creating an ideal work environment. North Carolina's business-friendly climate, combined with no state tax on Social Security benefits and reasonable property taxes, makes long-term career growth financially rewarding.

Career Growth: From PCB Layout to Technical Leadership

Analog Devices invests heavily in talent development. PCB Design Engineers in Durham follow clear career ladders: Senior PCB Designer → Principal Layout Engineer → Technical Lead → Engineering Manager. Many advance into packaging architecture, systems engineering, or product definition roles. Our tuition reimbursement program supports advanced degrees from nearby universities, while internal rotations expose you to Analog Devices' full technology portfolio.

Mentorship programs pair you with senior architects who've shipped products powering million-server datacenters. Technical excellence is rewarded through our Individual Contributor track, where Principal Engineers influence corporate roadmap decisions and represent Analog Devices at industry conferences like DesignCon and IPC Expo.

Rewards: Compensation That Reflects Your Impact

PCB Design Engineers at Analog Devices in Durham earn $110,000-$165,000 base salary, plus performance bonuses, RSUs, and the Employee Stock Purchase Plan. Our total rewards package includes comprehensive health coverage, 401(k) match up to 5%, and relocation assistance. Unique perks like on-site fitness classes, technical conference attendance, and volunteer time off distinguish us from competitors.

Durham's cost of living advantage means your compensation stretches further—median home prices 40% below Bay Area equivalents, with excellent schools and safe neighborhoods. Long-term employees benefit from our tenure recognition program, sabbatical eligibility after 7 years, and generous parental leave policies supporting work-life balance.

Culture: Innovation Meets Collaboration

Analog Devices' "Ahead of What's Possible" culture thrives in Durham. Cross-functional teams break bread together in our innovation cafes, fostering the serendipitous conversations that spark breakthroughs. Our engineers enjoy autonomy balanced with clear objectives, supported by world-class EDA tools and in-house simulation farms.

Diversity drives innovation—our teams reflect the global talent pool powering datacenters worldwide. ERGs for women in engineering, veterans, and LGBTQ+ employees create belonging. Friday tech talks feature everything from quantum computing to sustainable packaging, keeping you at technology's leading edge.

Apply Now: Join the Datacenter Revolution

Ready to layout the PCBs powering tomorrow's datacenters? Analog Devices seeks PCB Design Engineers with Allegro expertise, signal integrity knowledge, and DFM passion. US Citizens, Permanent Residents, and protected individuals preferred due to export regulations. Apply today to shape the infrastructure enabling AI, cloud computing, and edge intelligence.

Required: Bachelor's in ECE/equivalent, PCB layout experience, Allegro proficiency, travel willingness (10-20%). Preferred: PADS, power simulation, multi-layer stack-up expertise, datacenter exposure.

Frequently Asked Questions

Locations

  • Durham, North Carolina, United States

Salary

110,000 - 165,000 USD / yearly

Estimated Salary Rangehigh confidence

110,000 - 165,000 USD / yearly

Source: ai estimated

* This is an estimated range based on market data and may vary based on experience and qualifications.

Skills Required

  • PCB layout design using Allegrointermediate
  • PADS layout software proficiencyintermediate
  • Power simulation tools expertiseintermediate
  • IR Drop analysisintermediate
  • Delay matching techniquesintermediate
  • Skew minimization in high-speed designsintermediate
  • TDR (Time Domain Reflectometry) analysisintermediate
  • Digital signal integrityintermediate
  • Analog signal integrityintermediate
  • EM and RF isolation strategiesintermediate
  • Multi-layer PCB stack-up designintermediate
  • Dielectrics selection and optimizationintermediate
  • Via design and optimizationintermediate
  • Laminations processes knowledgeintermediate
  • Design-For-Manufacturability (DFM) techniquesintermediate
  • Cadence Concept and Allegro CAD toolsintermediate
  • Schematic capture and verificationintermediate
  • Circuit simulation and analysisintermediate
  • Transmission line principlesintermediate
  • High-speed PCB routingintermediate
  • Power module layoutintermediate
  • SiP (System-in-Package) designintermediate
  • Datacenter infrastructure PCB designintermediate
  • Manufacturing process troubleshootingintermediate
  • Assembly house collaborationintermediate
  • Peer review documentation preparationintermediate

Required Qualifications

  • Bachelor’s degree in Electrical and Computer Engineering (ECE) or equivalent (experience)
  • Equivalent engineering degree with relevant experience (experience)
  • Proven knowledge in PCB design and layout (experience)
  • Experience with schematic capture (experience)
  • PCB layout expertise (experience)
  • Simulation tools proficiency (experience)
  • Familiarity with PCB Design/Layout field (experience)
  • Strong understanding of basic electronics (experience)
  • Circuit analysis skills (experience)
  • Transmission line principles knowledge (experience)
  • Signal integrity fundamentals (experience)
  • Circuit and layout simulation experience (experience)
  • Cadence CAD tools (Concept and Allegro) proficiency (experience)
  • Excellent oral communication skills (experience)
  • Strong written communication abilities (experience)
  • Ability to work in multidisciplinary teams (experience)
  • Willingness to travel up to 20% of time (experience)
  • Experience with datacenter solutions preferred (experience)
  • Knowledge of power systems design (experience)
  • Understanding of manufacturing constraints (experience)
  • Export compliance awareness (experience)
  • 1st Shift/Days availability (experience)
  • 10% travel readiness (experience)

Responsibilities

  • Execute PCB layout for power modules and systems
  • Design layouts for next-generation Datacenter solutions
  • Apply extensive PCB industry knowledge
  • Collaborate with FAB and assembly houses
  • Troubleshoot manufacturing and assembly issues
  • Utilize Allegro for primary layout work
  • Leverage PADS experience when applicable
  • Perform power simulation analysis
  • Conduct IR Drop analysis
  • Implement delay matching techniques
  • Minimize skew in high-speed designs
  • Execute TDR measurements and analysis
  • Ensure digital signal integrity
  • Maintain analog signal integrity
  • Design EM and RF isolation strategies
  • Select optimal multi-layer PCB stack-ups
  • Choose appropriate dielectrics materials
  • Optimize via structures and configurations
  • Manage lamination processes
  • Apply Design-For-Manufacturability techniques
  • Layout PCB modules for Datacenter products
  • Design SiP and laminates
  • Prepare comprehensive layout review documentation
  • Present at peer review meetings
  • Collaborate with cross-functional engineering teams

Benefits

  • general: Competitive salary range $110,000 - $165,000 USD annually
  • general: Comprehensive medical, dental, and vision insurance
  • general: 401(k) retirement plan with company match
  • general: Employee stock purchase plan
  • general: Paid time off and holidays
  • general: Flexible work arrangements
  • general: Professional development tuition reimbursement
  • general: Career growth opportunities at global leader
  • general: Wellness programs and gym membership discounts
  • general: Parental leave benefits
  • general: Life and disability insurance
  • general: Relocation assistance for qualified candidates
  • general: Employee assistance program
  • general: Volunteer time off program
  • general: Technical conference attendance support
  • general: Mentorship and leadership development
  • general: Hybrid work options in Durham, North Carolina
  • general: On-site fitness facilities
  • general: Free shuttle services
  • general: Comprehensive onboarding training
  • general: Performance bonus opportunities
  • general: Stock options and equity grants

Target Your Resume for "PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now" , Analog Devices

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Tags & Categories

PCB Design Engineer Durham NCAnalog Devices careers North CarolinaAllegro PCB layout jobsDatacenter infrastructure engineerPower module PCB designSignal integrity engineerResearch Triangle Park tech jobsMulti-layer PCB stackup designCadence Allegro DurhamDFM PCB manufacturingIR drop analysis jobsTDR signal integritySiP packaging engineerDatacenter power systemsHigh-speed PCB routingElectronics engineering DurhamSemiconductor PCB designAnalog Devices Durham jobsNorth Carolina tech careersExport compliant engineeringPower simulation PCBRF isolation designPCB fabrication collaborationEngineering peer reviewEngineeringHardwarePCB DesignDatacenterSemiconductorsNorth Carolina Jobs

Answer 10 quick questions to check your fit for PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now @ Analog Devices.

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Analog Devices logo

PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now

Analog Devices

PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now

full-timePosted: Feb 9, 2026

Job Description

PCB Design Engineer Careers at Analog Devices in Durham, North Carolina

Overview: Powering the Future of Datacenter Infrastructure

Analog Devices stands at the forefront of semiconductor innovation, bridging the physical and digital worlds to enable breakthroughs at the Intelligent Edge. With over $9 billion in revenue and 24,000 employees worldwide, we're not just building chips—we're powering the datacenters that define modern computing. In Durham, North Carolina, our PCB Design Engineers within the Datacenter Infrastructure team play a pivotal role in creating next-generation power modules and systems that keep the world's data flowing reliably and efficiently.

Datacenter infrastructure represents the backbone of our digital economy. From massive hyperscale facilities to edge computing nodes, these environments demand PCBs that can handle extreme power densities, maintain signal integrity at multi-gigabit speeds, and survive the thermal rigors of 24/7 operation. As a PCB Design Engineer at Analog Devices in Durham, you'll layout complex multi-layer boards for power delivery systems, employing cutting-edge techniques in stack-up design, via optimization, and signal isolation that directly impact datacenter efficiency and reliability.

Durham's strategic location in the Research Triangle Park positions Analog Devices at the epicenter of technological innovation. Surrounded by Duke University, North Carolina State University, and the University of North Carolina at Chapel Hill, our Durham facility attracts top engineering talent and fosters collaboration with academia and industry leaders. Here, PCB design isn't just a job—it's a mission-critical function that enables Analog Devices to deliver solutions combating climate change through energy-efficient datacenter technologies while supporting advancements in AI, cloud computing, and digital healthcare.

A Day in the Life of a PCB Design Engineer in Durham

Your morning begins with a stand-up meeting with the Datacenter Solutions team, reviewing progress on critical power module layouts. You'll dive into Allegro, routing high-current power planes while meticulously controlling impedance for high-speed digital interfaces. Mid-morning brings collaboration with the signal integrity team, running IR drop simulations and TDR analysis to validate your stack-up choices.

Lunch in the Durham campus cafeteria offers networking opportunities with colleagues from mixed-signal design, packaging engineering, and systems architecture. The afternoon focuses on manufacturability—working with our CAM engineers to optimize drill files and panelization while addressing fab house feedback on via reliability. Before end-of-day, you'll prepare layout review slides for tomorrow's peer review, documenting your design decisions on dielectric selection, lamination sequences, and DFM optimizations.

This rhythm repeats with variety: one week you might be tackling a 40-layer SiP for liquid-cooled rack power delivery; the next, optimizing a compact laminate for edge AI inference servers. Travel to assembly partners (up to 20%) provides hands-on factory floor experience, ensuring your designs transition flawlessly from silicon to system.

Why Durham, North Carolina? The Perfect Tech Ecosystem

Durham combines Southern charm with Silicon Valley innovation. The Research Triangle Park—home to 300+ companies and 55,000 workers—creates unmatched networking opportunities. Living costs 30% below national averages while offering proximity to pristine beaches (2 hours) and Appalachian mountains (3 hours). Duke University's basketball culture and vibrant food scene (from farm-to-table Southern cuisine to international fusion) make Durham endlessly appealing.

For engineers, RTP means collaboration with Cree, IBM, Cisco, and startups born from university research. Analog Devices' Durham campus features state-of-the-art labs, fitness centers, and shuttle services, creating an ideal work environment. North Carolina's business-friendly climate, combined with no state tax on Social Security benefits and reasonable property taxes, makes long-term career growth financially rewarding.

Career Growth: From PCB Layout to Technical Leadership

Analog Devices invests heavily in talent development. PCB Design Engineers in Durham follow clear career ladders: Senior PCB Designer → Principal Layout Engineer → Technical Lead → Engineering Manager. Many advance into packaging architecture, systems engineering, or product definition roles. Our tuition reimbursement program supports advanced degrees from nearby universities, while internal rotations expose you to Analog Devices' full technology portfolio.

Mentorship programs pair you with senior architects who've shipped products powering million-server datacenters. Technical excellence is rewarded through our Individual Contributor track, where Principal Engineers influence corporate roadmap decisions and represent Analog Devices at industry conferences like DesignCon and IPC Expo.

Rewards: Compensation That Reflects Your Impact

PCB Design Engineers at Analog Devices in Durham earn $110,000-$165,000 base salary, plus performance bonuses, RSUs, and the Employee Stock Purchase Plan. Our total rewards package includes comprehensive health coverage, 401(k) match up to 5%, and relocation assistance. Unique perks like on-site fitness classes, technical conference attendance, and volunteer time off distinguish us from competitors.

Durham's cost of living advantage means your compensation stretches further—median home prices 40% below Bay Area equivalents, with excellent schools and safe neighborhoods. Long-term employees benefit from our tenure recognition program, sabbatical eligibility after 7 years, and generous parental leave policies supporting work-life balance.

Culture: Innovation Meets Collaboration

Analog Devices' "Ahead of What's Possible" culture thrives in Durham. Cross-functional teams break bread together in our innovation cafes, fostering the serendipitous conversations that spark breakthroughs. Our engineers enjoy autonomy balanced with clear objectives, supported by world-class EDA tools and in-house simulation farms.

Diversity drives innovation—our teams reflect the global talent pool powering datacenters worldwide. ERGs for women in engineering, veterans, and LGBTQ+ employees create belonging. Friday tech talks feature everything from quantum computing to sustainable packaging, keeping you at technology's leading edge.

Apply Now: Join the Datacenter Revolution

Ready to layout the PCBs powering tomorrow's datacenters? Analog Devices seeks PCB Design Engineers with Allegro expertise, signal integrity knowledge, and DFM passion. US Citizens, Permanent Residents, and protected individuals preferred due to export regulations. Apply today to shape the infrastructure enabling AI, cloud computing, and edge intelligence.

Required: Bachelor's in ECE/equivalent, PCB layout experience, Allegro proficiency, travel willingness (10-20%). Preferred: PADS, power simulation, multi-layer stack-up expertise, datacenter exposure.

Frequently Asked Questions

Locations

  • Durham, North Carolina, United States

Salary

110,000 - 165,000 USD / yearly

Estimated Salary Rangehigh confidence

110,000 - 165,000 USD / yearly

Source: ai estimated

* This is an estimated range based on market data and may vary based on experience and qualifications.

Skills Required

  • PCB layout design using Allegrointermediate
  • PADS layout software proficiencyintermediate
  • Power simulation tools expertiseintermediate
  • IR Drop analysisintermediate
  • Delay matching techniquesintermediate
  • Skew minimization in high-speed designsintermediate
  • TDR (Time Domain Reflectometry) analysisintermediate
  • Digital signal integrityintermediate
  • Analog signal integrityintermediate
  • EM and RF isolation strategiesintermediate
  • Multi-layer PCB stack-up designintermediate
  • Dielectrics selection and optimizationintermediate
  • Via design and optimizationintermediate
  • Laminations processes knowledgeintermediate
  • Design-For-Manufacturability (DFM) techniquesintermediate
  • Cadence Concept and Allegro CAD toolsintermediate
  • Schematic capture and verificationintermediate
  • Circuit simulation and analysisintermediate
  • Transmission line principlesintermediate
  • High-speed PCB routingintermediate
  • Power module layoutintermediate
  • SiP (System-in-Package) designintermediate
  • Datacenter infrastructure PCB designintermediate
  • Manufacturing process troubleshootingintermediate
  • Assembly house collaborationintermediate
  • Peer review documentation preparationintermediate

Required Qualifications

  • Bachelor’s degree in Electrical and Computer Engineering (ECE) or equivalent (experience)
  • Equivalent engineering degree with relevant experience (experience)
  • Proven knowledge in PCB design and layout (experience)
  • Experience with schematic capture (experience)
  • PCB layout expertise (experience)
  • Simulation tools proficiency (experience)
  • Familiarity with PCB Design/Layout field (experience)
  • Strong understanding of basic electronics (experience)
  • Circuit analysis skills (experience)
  • Transmission line principles knowledge (experience)
  • Signal integrity fundamentals (experience)
  • Circuit and layout simulation experience (experience)
  • Cadence CAD tools (Concept and Allegro) proficiency (experience)
  • Excellent oral communication skills (experience)
  • Strong written communication abilities (experience)
  • Ability to work in multidisciplinary teams (experience)
  • Willingness to travel up to 20% of time (experience)
  • Experience with datacenter solutions preferred (experience)
  • Knowledge of power systems design (experience)
  • Understanding of manufacturing constraints (experience)
  • Export compliance awareness (experience)
  • 1st Shift/Days availability (experience)
  • 10% travel readiness (experience)

Responsibilities

  • Execute PCB layout for power modules and systems
  • Design layouts for next-generation Datacenter solutions
  • Apply extensive PCB industry knowledge
  • Collaborate with FAB and assembly houses
  • Troubleshoot manufacturing and assembly issues
  • Utilize Allegro for primary layout work
  • Leverage PADS experience when applicable
  • Perform power simulation analysis
  • Conduct IR Drop analysis
  • Implement delay matching techniques
  • Minimize skew in high-speed designs
  • Execute TDR measurements and analysis
  • Ensure digital signal integrity
  • Maintain analog signal integrity
  • Design EM and RF isolation strategies
  • Select optimal multi-layer PCB stack-ups
  • Choose appropriate dielectrics materials
  • Optimize via structures and configurations
  • Manage lamination processes
  • Apply Design-For-Manufacturability techniques
  • Layout PCB modules for Datacenter products
  • Design SiP and laminates
  • Prepare comprehensive layout review documentation
  • Present at peer review meetings
  • Collaborate with cross-functional engineering teams

Benefits

  • general: Competitive salary range $110,000 - $165,000 USD annually
  • general: Comprehensive medical, dental, and vision insurance
  • general: 401(k) retirement plan with company match
  • general: Employee stock purchase plan
  • general: Paid time off and holidays
  • general: Flexible work arrangements
  • general: Professional development tuition reimbursement
  • general: Career growth opportunities at global leader
  • general: Wellness programs and gym membership discounts
  • general: Parental leave benefits
  • general: Life and disability insurance
  • general: Relocation assistance for qualified candidates
  • general: Employee assistance program
  • general: Volunteer time off program
  • general: Technical conference attendance support
  • general: Mentorship and leadership development
  • general: Hybrid work options in Durham, North Carolina
  • general: On-site fitness facilities
  • general: Free shuttle services
  • general: Comprehensive onboarding training
  • general: Performance bonus opportunities
  • general: Stock options and equity grants

Target Your Resume for "PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now" , Analog Devices

Get personalized recommendations to optimize your resume specifically for PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now. Takes only 15 seconds!

AI-powered keyword optimization
Skills matching & gap analysis
Experience alignment suggestions

Check Your ATS Score for "PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now" , Analog Devices

Find out how well your resume matches this job's requirements. Get comprehensive analysis including ATS compatibility, keyword matching, skill gaps, and personalized recommendations.

ATS compatibility check
Keyword optimization analysis
Skill matching & gap identification
Format & readability score

Tags & Categories

PCB Design Engineer Durham NCAnalog Devices careers North CarolinaAllegro PCB layout jobsDatacenter infrastructure engineerPower module PCB designSignal integrity engineerResearch Triangle Park tech jobsMulti-layer PCB stackup designCadence Allegro DurhamDFM PCB manufacturingIR drop analysis jobsTDR signal integritySiP packaging engineerDatacenter power systemsHigh-speed PCB routingElectronics engineering DurhamSemiconductor PCB designAnalog Devices Durham jobsNorth Carolina tech careersExport compliant engineeringPower simulation PCBRF isolation designPCB fabrication collaborationEngineering peer reviewEngineeringHardwarePCB DesignDatacenterSemiconductorsNorth Carolina Jobs

Answer 10 quick questions to check your fit for PCB Design Engineer Careers at Analog Devices in Durham, North Carolina | Apply Now @ Analog Devices.

Quiz Challenge
10 Questions
~2 Minutes
Instant Score

Related Books and Jobs

No related jobs found at the moment.