Forward Deployed Engineer

About Snap Logic

Snap Logic is the Agentic Integration Company, integrating AI, data, applications, and microservices into one powerful platform that transforms how enterprises connect, automate, and scale. Unlike legacy integration tools, Snap Logic is built for the AI era and trusted by global leaders, including AstraZeneca, Adobe, Verizon, Epsilon and Sony. With its industry-leading platform, Snap Logic empowers every team across the enterprise to securely build faster, smarter, AI-connected workflows – all through natural language and intuitive low-code design.

Forward Deployed Engineers (FDEs) lead complex end-to-end deployments of Jean‑Paul in production alongside our earliest, most strategic customers. You own discovery, technical scoping, connectivity, and rollout, partnering directly with the customer's engineering and business teams.

You measure success through production adoption, measurable workflow impact, and field feedback that changes what we build next. You'll work closely with our Product, Engineering, Security, and GTM teams.

This role is US-based, San Francisco preferred. Travel to customer sites is up to 50%.

Jean‑Paul is Snap Logic's enterprise AI agent platform that puts a governed AI agent where teams already work:
Slack, Teams, email, and a web dashboard. It deploys into the customer's own infrastructure (on‑prem or their cloud), connects to their systems over MCP, and is governed end‑to‑end: RBAC, approval gates, per‑user sandboxing, egress controls, audit trails.

It is early‑stage: every customer is a first, and the people who join now write the runbooks everyone else will follow.

• Teach, don't take over. Your default is enabling the customer's own users to build (skills, context, connections) so use cases keep shipping when you're not in the room. Adoption you personally carry isn't adoption.
• Expand across business functions. The team you land in is a beachhead, not the destination. Spot the adjacent function with the next obvious win, seed a champion there, and turn one team's results into the internal story that pulls the next three in. Each function is a new landscape, with new tools, new stakeholders, and new connectivity, and you'll enjoy that, because breadth of adoption is how a trial becomes a platform decision.
• Map a new landscape at every customer. Their tools, their processes, their pain points. Run discovery like a business analyst: surface the use cases worth doing, rank them by value, and make that value visible to their leadership.
• Own the technical landing. Deploy JP into environments we've never seen, including customer VPCs, on‑prem Docker hosts, and behind proxies and firewalls. Stand up SSO, wire the AI provider (Bedrock, Vertex, Azure Foundry, or Anthropic direct), and get the first MCP connection to a real customer system live.
• Win the connectivity war. Enterprise OAuth without dynamic client registration, redirect‑URI allow lists that need an IT ticket, bot registrations, mail routing, egress policies. Half of adoption is plumbing: you unblock it fast and document what you learn, so the next engagement inherits the lesson, not the crater. Custom MCP servers for a customer's systems are typically built in Snap Logic itself.
  
  Getting an MCP connection live is step one; the harder, more interesting work starts once the wire is live: building the context layer. A connector with no context gives confident wrong answers, which is worse than no connector.
• Advise honestly. When JP isn't the whole answer, say so. Propose the better or combined solution. Your credibility with the customer is the product.
• Be the escape hatch. Some use cases are genuinely complex. Take those on directly, then turn what you built into a pattern their team can repeat.
• Close the loop with product. What breaks in the field shapes the roadmap. If you want to go further, JP is Type Script on the Claude Agent SDK and field‑driven contributions are welcome.

• Bring 5+ years of hands‑on engineering or technical deployment experience, including real infrastructure work (Linux, Docker, networking, at least one major cloud,…