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NPI: A How To Guide for Engineers & Their Leaders
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Leading from the Front
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Building the Team
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Screws & Glue: Getting Stuff Done
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Choosing the best CAD software for product design
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Screws vs Glues in Design, Assembly, & Repair
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Best Practices for Glue in Electronics
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A Practical Guide to Magnets
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Inspection 101: Measurements
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A Primer on Color Matching
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OK2Fly Checklists
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Developing Your Reliability Test Suite
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Guide to DOEs (Design of Experiments)
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Ten Chinese phrases for your next build
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NPI Processes & Workflows
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Production: A Primer for Operations, Quality, & Their Leaders
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Behind the Pins: How We Built a Smarter Way to Inspect Connectors
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Former Apple Executive Bryan Roos on Leading Teams in China and Managing Up
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Leading for Scale
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Navigating Factory Moves and Scaling Production in an Era of Uncertainty with PRG's Wayne Miller
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Steven Nickel on How Google Designs for Repair
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Petcube’s Alex Neskin Embraces Imperfection to Deliver Innovation
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Proven Strategies for Collaborating with Contract Manufacturers
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Greg Reichow’s Manufacturing Process Performance Quadrants
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8D Problem Solving: Sam Bowen Describes the Power of Stopping
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Cut Costs by Getting Your Engineers in the Field
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Garrett Bastable on Building Your Own Factory
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Oracle Supply Chain Leader Mitigates Risk with Better Relationships
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Brendan Green on Working with Manufacturers
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Surviving Disaster: A Lesson in Quality from Marcy Alstott
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Ship It!
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Production Processes & Workflows
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Thinking Ahead: How to Evaluate New Technologies
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How to Buy Software (for Hardware Leaders who Usually Don’t)
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Adopting AI in the Aerospace and Defense Electronics Space
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Build vs Buy: A Guide to Implementing Smart Manufacturing Technology
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Leonel Leal on How Engineers Should Frame a Business Case for Innovation
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Saw through the Buzzwords
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Managed Cloud vs Self-Hosted Cloud vs On-Premises for Manufacturing Data
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AOI, Smart AOI, & Beyond: Keyence vs Cognex vs Instrumentalpopular
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Visual Inspection AI: AWS Lookout, Landing AI, & Instrumental
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Manual Inspection vs. AI Inspection with Instrumentalpopular
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Electronics Assembly Automation Tipping Points
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CTO of ASUS: Systems Integrators for Manufacturing Automation Don't Scale
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ROI-Driven Business Cases & Realized Value
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Webinars and Live Event Recordings
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Get Me Outta Here! Racing to Full Production Somewhere Else
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Tariff Talk for Electronics Brands: Policies Reactions, Reciprocal Tariffs, and more.
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Materials Planning: The Hidden Challenges of Factory Transitions
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Build Better 2024 Sessions On Demand
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Superpowers for Engineers: Leveraging AI to Accelerate NPI | Build Better 2024
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The Motorola Way, the Apple Way, and the Next Way | Build Better 2024
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The Future of Functional Test: Fast, Scalable, Simple | Build Better 2024
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Build Better 2024 Keynote | The Next Way
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Principles for a Modern Manufacturing Technology Stack for Defense | Build Better 2024
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What's Next for America's Critical Supply Chains | Build Better 2024
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Innovating in Refurbishment, Repair, and Remanufacturing | Build Better 2024
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Leading from the Front: The Missing Chapter for Hardware Executives | Build Better 2024
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The Next Way for Reducing NPI Cycles | Build Better 2024
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Scaling Manufacturing: How Zero-to-One Lessons Unlock New Opportunities in Existing Operations | Build Better 2024
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Build Better Fireside Chats
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Aerospace and Defense: Headwinds & Tailwinds for Electronics Manufacturing in 2025
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From Counterfeits to Sanctions: Securing Your Supply Chain in an Era of Conflict
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Design for Instrumental - Simple Design Ideas for Engineers to Get the Most from AI in NPI
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Webinar | Shining Light on the Shadow Factory
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Tactics in Failure Analysis : A fireside chat with Dr. Steven Murray
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Preparing for Tariffs in 2025: Resources for Electronics Manufacturers
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Innovating in Refurbishment, Repair, and Remanufacturing | Build Better 2024
Estimated reading time: · copy linkWatch the full session here.
The landscape of consumer electronics and hardware is undergoing a fundamental shift. After decades of sealed devices and manufacturer-controlled repairs, major tech companies are embracing repairability—not just as a compliance requirement, but as a strategic advantage that delivers business value while meeting evolving customer expectations.
This transformation isn't happening by accident. A perfect storm of environmental concerns, customer demands, and emerging legislation has pushed manufacturers to rethink their approach to product design and lifecycle management. But what's particularly interesting is that companies are discovering tangible business benefits that go far beyond mere compliance.
The Business Case for Repairability
Microsoft's journey with its Surface line tells a compelling story. Early Surface products scored dismally on repairability scales - "a zero or a one on a scale of 10,” according to Matt Zieminski, VP of Partnerships at iFixit.com. Today, the latest generation scores an impressive eight out of ten. This dramatic improvement didn't happen overnight, but the benefits have been transformative.
"Once we started implementing... we started seeing huge returns," explained Colin Ravenscroft , senior manager at Microsoft. "We were able to realize there was a huge commercial market that we weren't able to address with our device sales." This included government customers and commercial clients who previously wouldn't consider their products due to repairability concerns.
The financial implications extend beyond new market access. Repairable products can reduce warranty costs, lower protection plan prices, and generate new revenue streams through parts sales and repair services. It's becoming what Colin describes as "a win-win-win situation" for companies, customers, and the environment.
Local Repair, Global Impact
Google's approach to repair illustrates another crucial evolution: the move from centralized to localized repair solutions. Rather than routing all repairs through factories in Asia, companies are building networks of local repair providers. This shift isn't just about convenience—it's about fundamentally reimagining the customer relationship.
"It becomes a very local and a very regional experience, which is a great opportunity to build relationships with your customers," notes Steven Nickel, Director of Consumer Hardware, at Google. This localization also has significant sustainability benefits, as repairs can focus on replacing only what's broken rather than entire devices.
The Data Advantage
Modern repair programs are increasingly data-driven, with companies using analytics to predict failures before they occur. Toast, a restaurant technology provider, is pioneering the use of machine learning to anticipate device issues: "We have access to all our devices that are out in the field. If you can send in the part or send a message to that customer saying we're gonna send a tech out before the customer even realizes that, I think there's real value in that" said Sal Zaman, Senior Director of Logistics and Hardware Procurement at Toast.
This predictive approach represents the next frontier in repair services, potentially preventing failures before they impact customers. However, companies acknowledge they're still building the infrastructure to fully leverage this data potential.
Security in a Repairable World
One of the most significant challenges in implementing repair programs is maintaining security, particularly for devices handling sensitive information. Google's introduction of "repair mode" exemplifies how companies are innovating to solve this challenge. This feature allows repair technicians to work on devices without requiring data wiping, dramatically improving the customer experience while maintaining security.
However, Google’s approach is not a one-size-fits all solution. Sal explained that, when repairing or refurbishing anything that takes a credit card, PCI data security standards need to be maintained. Any vendor Toast contracts with to refurbish these devices needs to be PCI-certified, and any compliance issues with the repair and data security could put Toast’s own PCI certification at risk.
The Future of Repair
Looking ahead, industry leaders envision repair becoming increasingly mainstream. "I really want to see a future where you can get into where it's not just a niche market, but you make products so repairable that if customers want to replace like a display or a battery, they can do that," says Colin.
This mainstreaming of repair is expected to follow a "trickle-down effect" - starting with high-end products and gradually extending to more affordable devices and accessories. Additionally, the rise of "hardware as a service" models, particularly in B2B contexts, is likely to make refurbishment and repair even more critical to business operations.
The Bottom Line
The shift toward repairability isn't just about meeting regulatory requirements - it's about recognizing that repairability can be a competitive advantage. Companies that embrace this change aren't just preparing for future legislation; they're building stronger customer relationships, opening new market opportunities, and creating more sustainable business models.
As Sal puts it, "It's not just an ESG type of activity or a cost reduction type of activity. It has to be part of the product strategy." This strategic approach to repairability is reshaping how companies design, manufacture, and support their products - and in the process, it's creating a more sustainable and customer-friendly future for consumer technology.