Product Safety Recall and Field Remediation

The company had to operationalize a product safety response quickly, across a large installed base of affected units in markets nationwide. The difficulty was not customer communication alone. The organization needed a coordinated system for documenting reported incidents, reaching affected customers, assigning and tracking field visits, verifying that repairs were actually completed, investigating failed or incomplete visits, coordinating parts, maintaining accurate account data, reporting remediation progress, and managing external service partners, all while protecting the integrity of the customer record and coordinating closely with Legal.

• Safety, customer experience, field operations, legal coordination, logistics, data integrity, and vendor execution all had to move at once, and no single team owned the whole path.
• Incident documentation lived in fragmented places, so the account record rarely told the full story of what a customer had experienced.
• Completion could be claimed without being evidenced. There was no standard proof that a repair had been done correctly.
• Remaining customers were the hard part. Unreachable contacts, reschedules, refusals, inaccessible devices, repeat visits, and inactive accounts all behave differently and need different handling.
• Vendor work sat inside a vendor portal, which meant internal teams could not easily see job status, visit outcome, or completion state.
• The recall exposed infrastructure gaps that would outlast the recall itself.

1. 01
   Workstream · Field coordination

   Internal technician coordination

   I coordinated the accounts assigned to a small internal field technician team, covering scheduling and calendar coordination, accuracy of account and visit information, alignment with Field Operations, parts availability, and tracking of customers still requiring service. External service vendors carried the remaining volume.

2. 02

   Repair validation

   I reviewed completed repair documentation for accuracy and escalated cases to the technical team when repair information was incomplete, results required deeper investigation, additional technical work appeared necessary, visit outcomes raised questions, or a follow-up visit was needed.

3. 03

   Remaining-customer remediation

   As the program matured, I handled coordination for unresolved customers, working with Field Operations, parts and logistics teams, and external vendors so that parts were shipped, customers were scheduled, and the work was actually completed rather than simply reassigned.

4. 04
   Workstream · Safety incidents

   Incident documentation and escalation

   For reported safety incidents I documented the reported event, contacted the customer, gathered relevant information, coordinated outreach with the Legal team, and created a detailed escalation ticket carrying the incident information and supporting context.

5. 05

   A better incident record

   I refined the incident-management template for consistency and completeness, then submitted requirements to the CRM systems team for a native incident form connected directly to the customer account record, so safety and escalation history would live with the account instead of scattered across tools.

6. 06
   Workstream · Customers

   Communication review

   The CX team owned the broader recall communications and reminder campaigns. I partnered with them by reviewing communications and providing operational feedback before they went live.

7. 07
   Workstream · Quality

   Field-service quality controls

   I designed the repair-completion form technicians used on site to capture completed repair work, including supporting images, notes, customer and service details, and the completion data needed for validation. It was rolled out in partnership with the team and our service vendor. A related installation form was created for standard installation work.

8. 08
   Workstream · Proposed concept

   Serial-number lookup

   I proposed a serial-number lookup that would let anyone check whether a unit was affected and, when it was, offer a clear path toward scheduling service. Phase 1 was for internal teams. Phase 2 extended it into a customer-facing website experience. The purpose was a clearer service path and more transparency, helping restore confidence among existing customers and future purchasers. This was proposed, not launched.

9. 09
   Workstream · Quality

   Post-repair customer feedback

   We implemented a feedback survey triggered after the repair so the team could monitor customer experience, visit quality, service outcomes, and potential repair-quality issues, closing the loop rather than assuming a completed job was a good job.

10. 10
    Workstream · Vendor operations

    Vendor ownership and reporting requirements

    In the later stages I owned the relationship with an external service vendor whose scope expanded from recall remediation into broader repair work such as component replacements and other device repairs. I developed the operational data requirements the internal teams needed surfaced: job status, visit outcome, completion state, device and account information, and repair documentation.

11. 11
    Workstream · Prioritization

    Risk-tiered remediation sequencing

    Not every affected unit carried the same risk or the same difficulty. I helped organize the remaining population into tiers based on reported condition, usage signals, market coverage, and how many attempts an account had already absorbed, so field capacity went to the highest-risk units first rather than to whichever account surfaced most recently.

12. 12

    Swap or repair in place

    For a portion of the population, replacing the unit was faster and lower risk than a further repair attempt. We defined when a swap was the right call, what happened to the retrieved unit, and how the decision was recorded, so the choice was a documented rule rather than a judgment made at the door.

13. 13
    Workstream · Infrastructure

    Interim repair and parts trackers

    While longer-term integrations were being developed, I created interim operating tools so work could continue: a repair request tracker used with the service vendor to submit and track new jobs, and a parts request tracker used with Logistics to order and coordinate repair parts. Both were intentionally interim, not the final architecture.

A remediation program is only as credible as its evidence. If you cannot prove a repair happened correctly, you have a schedule, not a system.

A repair-quality concern was identified within one isolated market. A targeted group of customers required additional follow-up, and I initiated and planned a targeted remediation project with a newer service vendor.

• Identified the affected customer population and organized the account details behind it.
• Segmented the work by market and location so it could be executed as a defined project.
• Created the end-to-end remediation plan and coordinated it with the service vendor.
• Prepared the parts strategy and worked with the teams to ensure parts were shipped.
• Prepared customer communications and coordinated the follow-up visits.
• Ensured the rework could be completed accurately and revalidated after the visit.

A related proactive device-upgrade initiative involved a small population of the company's highest-impact customers. Because of a related product concern, I helped develop a separate outreach and upgrade strategy for this group rather than treating them as standard customers.

• Built a distinct outreach and upgrade approach for the population rather than folding it into the general campaign.
• Prepared the customer communications, which were reviewed and approved by Legal.
• Managed outreach for the group and tracked responses through to completed upgrades.
• A meaningful share of the population completed a replacement or upgrade.
• Some remaining recipients were unresponsive or appeared to no longer be actively using the product.
• No individuals are named, and no recipient details are represented anywhere in this write-up.

A proposed phased roadmap. It was designed, not delivered.

1. V1 · Operational visibility
   • Vendor portal remains the system of record for job data
   • Defined requirements for job status, visit outcome, and completion state
   • Device and account information surfaced for internal review
   • Repair documentation and proof of completion captured consistently
   • Requirements incorporated by the vendor into the first version of the rollout
2. V2 · Integrated repair operations
   • Repair requests originate directly from the CRM
   • Jobs transmitted automatically to the service vendor
   • Completion data synced back to the customer account record
   • Less manual coordination and fewer parallel trackers
   • More complete customer history and more scalable repair management
   • Internal systems team connected with vendor IT to begin the integration, which remained in progress
3. Parts and logistics
   • Interim parts request tracker operated with the Logistics team
   • Planned integration with the middle-mile logistics vendor for parts fulfillment
   • Planned integration with the repair vendor for dispatch and completion data

The documented contribution within this cross-functional effort was operational: standardized repair documentation, proof of completion for field visits, structured customer communication, and coordination across the teams and partners running the work. A remediation program of this size closes over a long tail because of unreachable customers, reschedules, refusals, inaccessible devices, repeat visits, inactive accounts, and other field-service exceptions.

What began as an urgent safety-response program evolved into a more structured field-service operating model, one designed not only to close individual repair cases but to improve visibility, accountability, customer history, vendor execution, and the scalability of future repair operations.

• Helped operationalize remediation across a large installed base of affected units in markets nationwide.
• Supported customer communication and cross-functional coordination across Legal, Engineering, Field Operations, Logistics, and service partners.
• Created stronger visibility into repair completion and visit quality.
• Improved the consistency of safety incident documentation.
• Introduced structured customer-account history requirements through a proposed native incident workflow in the CRM.
• Established standardized repair documentation and proof-of-completion mechanisms.
• Helped implement post-repair customer feedback.
• Built operational reporting requirements for the service vendor.
• Supported the expansion of an external vendor from recall remediation into broader repair operations.
• Created interim repair and parts workflows while more robust integrations were developed.
• Connected internal systems teams with vendor IT to begin a more scalable CRM to field-service integration.
• Developed a targeted corrective-action program for a targeted group of customers after a localized repair-quality concern.
• Developed a goodwill remediation track for a small population of the highest-impact customers, resulting in a meaningful share of completed device upgrades.