- Salary
- $234k – $260k/yr
- Location
- Remote- USA
- Workplace
- Remote
- Type
- Full-time
- Department
- IT
- Seniority
- Director
- Education
- Bachelor
- Source
- Pinpoint
Description
Director of Product Strategy & Applied AI
Department: IT
Employment Type: Full Time
Location: Remote- USA
Compensation: $234,000 - $260,000 / year
Description
Key Responsibilities
- Team leadership — hiring, ramp, performance, and coaching for a team of product strategists and business architects
- Capacity management across the product strategy team, with tradeoffs made visible rather than quietly absorbed
- Cross-functional partnership with AI Field Engineering and Solution Architecture on prototype, feasibility, and architecture work
- Judgment on the hard calls — a value hypothesis that will not hold, a prototype drifting into production, a sponsor set on a predetermined answer
- Operating cadence — discovery readouts, prototype demos, and backlog reviews that compound learning across the firms
- Enterprise and product discovery, end to end — from field signal through to the synthesis that separates a pattern from a one-off
- Project deep dives — planned, staffed, and documented so each one ends in findings and a decision
- Idea tracker run as a working funnel in Jira Product Discovery — capture, triage, sizing, disposition, and visible status
- Field use-case library in Confluence or SharePoint — where AI is applied across the firms, what worked, what is reusable
- Market and vendor scan with Field Engineering and Solution Architecture — what is buyable, what is already in the stack, what has to be built
- Field relationships with operating-company presidents, practice leaders, and IT that keep signal flowing continuously
- Field-based design — time with practitioners, designing against observed work rather than theory
- Prototype scoping — future automations, applications and agents (OpenAI Agents/SDK, Copilot Studio, Power Automate) aimed at the riskiest assumption
- Hands-on technical fluency — enterprise LLM platforms, the OpenAI, Azure OpenAI, and Anthropic APIs, and AI-assisted development in Cursor or VS Code
- Technical direction of developers — framing what gets built, pressure-testing the approach, reviewing the work, and knowing enough of the build path to hold a prototype honest on effort, risk, and reuse
- Working conventions with Field Engineering and Solution Architecture — GitHub, reusable components, Azure environments, and the line between throwaway and production
- Greenfield build instinct — designing new applications, agents, and data products from a blank page rather than extending incumbent AEC platforms, with prototypes instrumented so usage, latency, and failure are measured, not assumed
- A single prioritized backlog in Jira — discovery requests, deep dives, prototype work, and enhancement demand from live products
- Prioritization and sequencing against capacity, re-sequenced openly and groomed so every item has an owner and a next step
- Enhancement triage — defect, enhancement for Product Management, or new opportunity worth discovery
- Business architecture — service blueprints, personas, current-state architecture, and value stream mapping in Miro, etc
- Future-state service design — the target practitioner and client experience, tested as a Figma concept before a story is written
- Shared Services orchestration — Solution Architecture, Data Engineering, Cybersecurity, UI/UX, CAD, Platform Engineering — scoped to inform the work, not become a build
- Early feasibility calls — data availability in SQL, Databricks or Fabric, integration surface, and Azure cost to run
- Evidence packages per opportunity — problem framing, prototype results, sizing, ROI logic in Power BI, and the value hypothesis
- Pricing, cost-to-serve, and financial modeling, including buy-vs-build recommendations with assumptions stated plainly enough to be argued with
- Investment Council material — the recommendation, the math behind it, and the follow-ups when work comes back for sharpening
- Intake discipline — parking opportunities that lack a clear owner, a real value hypothesis, or evidence
- Success measures and stage gates set at approval, so a funded bet can be judged against what was promised
- Clean handoff to Product Management — intent, scope, and value hypothesis confirmed at approval
- Availability through the build without taking the wheel — Product Management and Product Engineering decide when and how the work ships
- Value realization with Product Enablement — baseline agreed before launch, adoption and in-market data read against it, and an honest assessment when a bet did not move the needle
- Feedback loop — adoption gaps, workarounds, and enhancement requests routed back into discovery, the idea tracker, and the backlog
- Practice standards in Jira, Confluence , etc — discovery method, deep-dive format, prototype conventions, sizing, and financial modeling
- Playbooks and onboarding that let the function scale across the family of firms without re-inventing itself for each operating company
- Representation to AI Innovation & Digital Products leadership, executive sponsors, IT leadership, and partner firms — including demos and field sessions that show rather than describe
Skills, Knowledge and Expertise
- 15+ years in product strategy, product management, solution engineering, or technology consulting, with 3+ years leading a team — hiring, coaching, performance, and capacity planning
- Bachelor's degree in a technology- or business-related field; advanced degree a plus
- Demonstrated hands-on technical depth with applied AI — enterprise LLM platforms (ChatGPT Enterprise, Claude Enterprise, Microsoft Copilot), agents, copilots, and automation — with prototypes or workflows you personally built and put in front of real users
- Experience directing developers or engineers on prototype and MVP work — setting the technical direction, reviewing approach and output, and translating between practitioner need and build reality without owning the codebase
- Working fluency across the stack this team uses: OpenAI, Azure OpenAI, and Anthropic APIs; Cursor or VS Code with GitHub Copilot; GitHub, Azure, and Postman; and agent tooling such as OpenAI Agents/SDK, Copilot Studio, or Power Automate
- Experience running discovery in the field — sitting with practitioners, running project deep dives, and turning what you observed into documented use cases and testable prototypes
- Proven ownership of a backlog and team capacity in Jira and Jira Product Discovery — prioritizing discovery, prototype, and enhancement demand against finite people, and communicating the tradeoffs upward and outward
- Data fluency — SQL and modern data platforms (Databricks / Fabric), with Power BI for sizing, value measurement, and portfolio reporting
- Strong business architecture and service design craft — service blueprints, personas, current- and future-state mapping, value stream analysis, worked in Miro, Lucidchart, and Figma — applied to real operating environments
- Sound commercial judgment — pricing, cost-to-serve, ROI models, and buy-vs-build recommendations you have had to defend to a funding body
- Track record influencing senior executives and operating leaders who do not report to you, and supporting investment decisions through a formal governance or council process
- Ability to communicate at every altitude — a VP-level boss and executive sponsors, peer leaders in Product Management, Product Engineering, and Product Enablement, the team reporting up, and field practitioners — and to write the one-page recommendation an executive can decide from
- Comfort in an early-stage function — setting standards and shaping the operating model as demand scales
- Exposure to AEC, engineering services, or other physical-world operating environments preferred — with more weight on having built greenfield products than on deep familiarity with incumbent platforms (Autodesk, Bentley, Bluebeam, Trimble); working knowledge of where those systems hold the data is useful, but not the qualifying skill
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