A U.S.-based industrial robotics company offers one of the most sophisticated motion-control platforms on the market today. Its systems achieve sub-micron positioning accuracy and deterministic real-time control across multi-axis configurations. For years, the company's customers were predominantly automotive OEMs and Tier 1 suppliers, where the platform had earned deep credibility. As demand for precision automation grew in pharmaceuticals and consumer electronics, the company's commercial pipeline expanded into new territory, and its deployment model could not keep pace.
A Platform Built for Depth, Deployed Across Verticals It Wasn't Designed For
As 2025 began, the company maintained active pilots and early-stage contracts with pharmaceutical manufacturers and consumer electronics assemblers across three regions. These were genuine enterprise relationships, not exploratory conversations. However, the engineering team responsible for on-site deployment had been built around automotive rhythms: long program cycles, predictable integration windows, and a customer base that had decades of experience with similar systems and understood servo-based control.
Pharma and electronics customers operated differently. FDA 21 CFR Part 11 compliance requirements, cleanroom protocols, and short production changeover windows created a deployment context for which existing field engineers were not trained. Customer time-to-first-value was running long. Two pilots had missed their target go-live dates by more than six weeks each.
The Risk of Losing Credibility at the Moment of Expansion
The company's leadership team clearly identified the core issue: the platform itself was not the constraint. The constraint was the ability to embed engineers at customer sites who could absorb a new industry's operational vocabulary, translate it into configuration decisions, and build enough trust with customers to serve as technical partners rather than installation vendors.
Without that capability, the company risked something more damaging than a delayed deployment. It risked the perception that its platform, despite its technical capability, was too complex to operationalize beyond automotive. That perception, if it hardened among pharma and electronics buyers, would be difficult to reverse.
A Forward Deploy Engineer with Cross-Vertical Depth and Motion Control Fluency
Christian & Timbers was engaged to identify a Forward Deploy Engineer who could operate across the company's target verticals without a ramp-up period. The brief was specific: the candidate needed hands-on motion-control experience, a working understanding of at least one regulated manufacturing environment, and the disposition to serve as a customer-facing technical authority from day one.
The placement was completed in less than eight weeks. The candidate brought twelve years of field engineering experience, spanning robotics deployments on electronics assembly and pharmaceutical packaging lines, with direct exposure to IEC 62061 functional safety requirements and GAMP 5 validation frameworks. He had previously led the on-site integration of a multi-axis pick-and-place system into a Class 10,000 cleanroom environment and reduced average time-to-production across his prior employer's customer base by 30% over 18 months.
From Stalled Pilots to Signed Expansions
Within the first 90 days after his June 2025 start date, the two delayed pilots who had missed their go-live targets were brought into production. Both customers moved into expansion conversations. Key actions in the first two quarters included:
- Establishing a site qualification framework tailored to pharmaceutical GMP environments, now used as a standard template across all non-automotive deployments
- Reducing average deployment time in the consumer electronics segment from 14 weeks to 9 weeks through pre-site configuration protocols developed with the product team
- Serving as the primary technical point of contact for a top-five consumer electronics manufacturer across two regional facilities, resulting in a follow-on order that became the company's largest single electronics contract to date
- Contributing a set of integration playbooks that enabled two other field engineers to take on pharma deployments without prior regulated-industry experience
Milestones
- Q1 2025: Company maintains active pilots in pharma and electronics; both past their target go-live dates; internal review identifies deployment capability as the constraint
- Q2 2025: Christian & Timbers engaged; search completed in under eight weeks
- June 2025: Forward Deploy Engineer joins; stalled pilots are brought to production within 90 days
- Q3 2025: Largest single electronics contract in company history is signed; pharma deployment template is finalized and adopted company-wide
- Q4 2025: Average deployment time in the electronics segment is reduced to 9 weeks; two additional field engineers are cleared for regulated-industry deployments using new playbooks
Depth at the Point of Contact
What distinguished this search was the precision required at a level below the executive suite. The forward-deploy function sits at the boundary between product capability and customer value. In a platform as technical as this company's, the engineer in that role is not implementing instructions; he is making real-time judgment calls about configuration, escalation, and customer communication that directly determine whether an account expands or stalls.
Finding someone with motion-control depth, cross-vertical deployment experience, and the customer-facing disposition to operate as a technical partner required a search process that could evaluate all three dimensions simultaneously. Christian & Timbers' process for technical contributor placements applies the same rigor used in executive searches, with evaluation criteria mapped directly to the operational challenge the company faced.
The Outcome
The company's expansion into pharmaceuticals and consumer electronics is now operationally supported rather than outpacing its deployment capacity. The forward deploy function has become a source of competitive differentiation: customers in both verticals cite the quality of on-site technical support as a factor in their decision to expand. The internal playbooks produced in the first two quarters have shortened deployment cycles across the broader field engineering team, creating leverage that extends beyond any single hire.
