FAEs are indispensable — but they were never designed to create full product concepts for prospects they haven't met yet. Model T fills that gap.
Field Application Engineers are the technical backbone of every semiconductor and component vendor. They help customers select the right parts, debug designs, and accelerate design-ins. Their expertise is deep, their relationships are real, and no amount of automation replaces a seasoned FAE sitting across the table from an engineer.
The challenge is structural, not personal. A typical FAE supports 20–40 active accounts, responds to inbound requests, and is measured primarily on design-in registrations. The model is reactive by nature: an RFQ arrives, the FAE provides datasheets and reference designs, and the customer decides whether to proceed. Industry-wide, only 5–10% of design-in registrations convert to volume production — and the process from first contact to revenue can take 12–24 months.
One major electronics distributor reported generating 500+ qualified leads from a single technology conference tour — yet zero of those leads converted to engineering implementations. The leads were real, the interest was genuine, but nobody had the bandwidth to translate interest into an actionable concept.
Model T is an AI-augmented concept engineering pipeline that does what no FAE has time for: it researches a prospect's product roadmap, identifies engineering opportunities, and arrives at the first meeting with 2–3 tailored product concepts — complete with architecture, preliminary BOM, competitive analysis, and a business case.
The process takes roughly 50 hours of blended human + AI work across 18 structured steps, from lead qualification through concept delivery. A cross-functional team of business analysts, product managers, and senior engineers produces deliverables that go far beyond a datasheet: architecture-level concepts that demonstrate engineering understanding of the prospect's domain.
In a validated roadshow across Munich and Switzerland, 7 meetings produced a 75% positive-response rate — meaning prospects actively wanted to continue the conversation. Zero negative reactions were recorded. The key differentiator: arriving with a solution, not a question.
Model T does not replace FAEs. It feeds them. The pipeline generates pre-qualified, concept-ready opportunities that arrive on the FAE's desk already aligned with the prospect's engineering roadmap. The FAE's domain expertise and customer relationship then accelerate the design-in from concept to production. For semiconductor vendors and distributors, the combination is powerful: Model T expands the top of the funnel with engineering-grade concepts, while FAEs close the bottom with hands-on technical support. Organizations that rely solely on FAE outreach leave unserved opportunities on the table — not because FAEs lack skill, but because no one person can simultaneously manage 30 accounts and produce deep concept work for new prospects.
No. Model T handles the upstream work — research, concept engineering, business case — that FAEs don't have bandwidth for. Once a prospect engages, the FAE takes over the design-in with their irreplaceable hands-on expertise. The two are complementary, not competitive.
Even better. The Model T concept gives the FAE a concrete conversation starter rather than a generic "how can we help?" It accelerates existing relationships by demonstrating deep engineering understanding upfront.
A cross-functional team of business analysts, product managers, and senior engineers (backed by 500+ completed projects at Promwad) conducts structured research using AI-augmented workflows. Every concept is reviewed by a domain expert before delivery.
A Model T pursuit costs from €15K per prospect and delivers 2–3 full concepts. An FAE visit costs the employer €200–500 per day in loaded salary — but produces a datasheet walkthrough, not an architecture concept. The cost per actionable opportunity is significantly lower with Model T.