Director of Connected Operations: The Board Capstone [2026]
Is This You?
- You have led cross-functional programs or operations at scale — manufacturing, utilities, logistics, energy — and you understand the physical world well enough to know when a technology solution will work on the floor versus only in the slide deck.
- You can run a meeting about MES integration in the morning and a network security review in the afternoon and hold the thread between them, because you understand both what the OT team needs to protect and what the IT team needs to enforce.
- You want to be the person who owns “what does our connected operations strategy look like?” — the question every industrial organization is asking and most cannot answer with a single name.
- All three: you are looking at the right rung. Two of three: the blueprint maps the gap.
- You have not led a cross-functional program with a physical operations component. The Director of Connected Operations cannot learn the floor from the C-suite. The seat requires someone who has already sat in the rooms where IT policy and production reality collide — and has made a decision that held both.
- You want to stay technical without taking organizational ownership. The IIoT Solutions Architect rung below is the highest-paying purely technical seat on this board. This one owns the people, the budget, and the strategy — not just the architecture.
- Your organization does not yet have an OT/IIoT program. This seat runs a program. If the program does not exist, the first-move box below is where you start: you write the proposal that creates it. That proposal is also this seat’s job application.
What It Pays, Reconciled
- SOC 11-3021 (Computer and Information Systems Managers, BLS median $169,510; 15% growth projected through 2034 — significantly faster than average) is the nearest anchor. Manufacturing IT and OT leadership roles consistently command a premium over the generalist manager median due to the physical operations component.
- ZipRecruiter VP Manufacturing Operations (August 2026): average $155,780; 25th percentile $115.5K; 75th percentile $185K; 90th percentile $229K; top earners $264.5K. ZipRecruiter VP IoT: $115K–$230K range. KORE1 IT Director with OT/IT convergence fluency: $131K–$205K with explicit documentation that the OT/IT hybrid is “genuinely rare” and the salary reflects it.
- SCOPE Recruiting executive manufacturing compensation data (2026): VP of Manufacturing level $210K–$275K base + 25–40% bonus; SVP $280K–$350K+ base + equity. Total compensation at senior VP level ranges $350K–$600K+ depending on equity package.
- Negotiating anchor for Director of Connected Operations (first appointment): $145K–$185K base. VP-level with multi-site scope: $185K–$230K. SVP/C-suite at enterprise industrial operator: $230K–$275K base + significant bonus and equity.
| Version of the Seat | Base Range | Total Comp | Notes |
|---|---|---|---|
| Director of Connected Operations (mid-market) | $135K–$165K | $155K–$220K | Single-site or early-stage program. Often the first person in the seat. The proposal creates the role. |
| VP of OT/IT Convergence or Connected Operations | $155K–$230K | $200K–$325K | Multi-site program ownership; reports to COO or CIO. The durable version of this seat at manufacturing scale. |
| VP/SVP of Smart Manufacturing (enterprise) | $210K–$275K | $350K–$600K+ (with equity) | Enterprise industrial operator or global manufacturer. Industry 4.0 strategy, digital twin program, IIoT at scale. Travel 40–60%. |
| Chief Operations / Industrial AI Officer | $250K–$350K+ | $500K–$1M+ (with equity) | The capstone of the capstone. Bridges to the CAIO blueprint on the Emerging Careers Board. The industrial version of that role. |
Why the Seat Exists in 2026 (Three Facts)
- Smart Manufacturing is no longer a pilot. It is a competitive requirement. Industry 4.0 — the integration of IIoT, AI, digital twins, and data-driven operations into manufacturing — has moved from conference sessions to capital budgets. VP-level and above manufacturing leadership roles now routinely require “deep understanding of Industry 4.0, IIoT, and Digital Twins” in job descriptions that did not mention those terms three years ago. Executive compensation in manufacturing “has seen robust growth, particularly for leaders with automation experience” (SCOPE Recruiting, 2026). The market is pricing the capability because the competitive disadvantage of not having it is now measurable.
- The boardroom question is the same as in every other sector: who owns AI? In a manufacturing or industrial operation, the question is more specific: who owns the strategy that connects the physical plant to the data infrastructure to the AI decisions? The CEO looks at the CIO. The CIO looks at the VP of Manufacturing. The VP of Manufacturing looks at the IT department. The IT department looks at the OT team. Nobody has a clean answer because the role sits at an intersection that no org chart was drawn to accommodate. The Director of Connected Operations is the answer to that question, and it is increasingly being created rather than backfilled.
- The talent that fills this seat is assembled from career experience, not from a credential. BLS projects 15% employment growth for computer and information systems managers through 2034 — significantly faster than average — with roughly 55,600 openings per year. But KORE1’s 2026 IT director analysis documents that manufacturing IT directors who can hold OT and IT fluency simultaneously are “genuinely rare,” and the salary reflects that scarcity. The connected operations seat compounds that rarity by requiring program leadership, budget ownership, physical operations experience, and cross-functional stakeholder management on top of the technical foundation. No graduate program produces this profile at scale.
The Ladder: Which Rung You Are On
Three roads lead to this seat. The board has mapped all three. Here is where each rung sits on the path:
| Road | Your Current Rung | Intermediate Step | Evidence That Converts |
|---|---|---|---|
| Technical | IIoT Solutions Architect | Principal Architect or Head of IIoT Engineering | Multi-deployment architecture portfolio; one system you designed that is in production at scale and generating the ROI the proposal claimed. |
| OT/IIoT Network Technician → Industrial Data Analyst → Solutions Architect path | Senior technical lead or technical director | The complete board ladder documented in a portfolio — three rungs, three artifacts, three ROI events with numbers. | |
| Operations | Operations director, plant manager, or manufacturing program manager | The connected operations program proposal (first-move box) + ISA/IEC 62443 Fundamentals + one IIoT program owned internally | A production metric that moved because of data you introduced to a decision that previously relied on intuition. |
| Program / IT leadership | IT director or senior program manager in a manufacturing or industrial context | OT/IT convergence program ownership + IIoT architecture familiarity | One MES, SCADA, or IIoT integration program you led from proposal to production with documented business outcome. |
The 36-Month View
| Window | Action | Cleared When |
|---|---|---|
| Months 1–6 | Write the connected operations program proposal (first-move box). Conduct the OT/IIoT asset inventory at your current employer — most do not have one. Build the six-layer architecture diagram for one existing system and identify the gaps. | Leadership has seen the inventory and the proposal. The asset inventory alone typically surfaces exposures nobody knew existed. |
| Months 7–18 | Own one connected operations initiative from proposal to production: a predictive maintenance deployment, a SCADA data integration, or an OT network segmentation project. Measure it. Report it to leadership in dollar terms. | The initiative is referenced in a board presentation or a capital budget discussion with your name attached to the outcome. |
| Months 19–30 | Either: be appointed Director of Connected Operations internally (the internal path, more stable); or target the seat externally at a mid-market industrial manufacturer where it is being created and you would be the first person in it (faster, higher risk). | You are presenting the connected operations strategy to an executive team or board. Not as a presenter — as the owner. |
| Months 31–36 | Publish the results — the adoption curve, the downtime reduction, the energy efficiency gain, the predictive maintenance ROI. The evidence that converts for the VP-level seat above is not the director title. It is the number that moved because you owned the program. | A recruiter who was not looking for you calls about a VP of Smart Manufacturing opening. That is the compound interest on the evidence you built. |
This board opened with a Lineworker running cable. The Lineworker cannot be replaced by AI because you cannot AI a physical connection. Every rung above them built on that premise: the field technician who commissions the device, the network technician who secures the boundary, the data analyst who reads the telemetry, the architect who designed the system. All of it is built on physical infrastructure that exists in the real world and requires people to build, secure, analyze, and direct it.
The Director of Connected Operations is the person who directs all of it. Not as a technical contributor — as the organizational leader who holds the thread between the MES integration meeting at 10am and the network security review at 2pm, who understands what the OT team needs to protect and what the IT team needs to enforce, who can translate between the physical world and the data world without losing either one.
That profile is assembled from career experience that no curriculum produces and no credential signals adequately. The person who lands this seat has typically been in the building for a long time — in operations, in program management, in plant leadership, or in the technical rungs of this very board — and at some point started being called into conversations they were not supposed to be in, because they were the only one in the room who could hold both sides of the argument.
The pipe is the competitive advantage. The architect decides what it looks like. The Director of Connected Operations decides whether the organization builds it at all, staffs it correctly, secures it properly, and runs it in a way that compounds rather than breaks. The physical world is not going to become less complex. The data layer on top of it is not going to become less important. The person who manages both owns the most strategically important seat in industrial operations. This board mapped the ladder. You decide how high you want to climb.
Sources
ZipRecruiter, VP Manufacturing Operations salary August 2026 (average $155,780; 25th $115.5K; 75th $185K; 90th $229K; top earners $264.5K) · ZipRecruiter, VP IoT salary range July 2025 ($115K–$230K) · KORE1, IT Director Salary Guide 2026 ($131K–$205K; OT/IT hybrid noted as "genuinely rare"; BLS 15% growth projection for 11-3021; 55,600 annual openings) · SCOPE Recruiting, "(S)VP of Manufacturing Job Description: Salary, Skills & Scope" (VP $210K–$275K base + 25–40% bonus; SVP $280K–$350K+ + equity; total comp $350K–$600K+; Industry 4.0 and IIoT now standard in VP-level manufacturing job descriptions; executive compensation growth in automation) · U.S. Bureau of Labor Statistics, Computer and Information Systems Managers (11-3021), median $169,510; 15% growth projection through 2034.
“Director of Connected Operations” is an emerging title. The seat appears in postings as VP of OT/IT Convergence, Director of Smart Manufacturing, Head of IIoT Programs, VP of Digital Manufacturing, and VP of Connected Operations. Search all variants when targeting this rung. The BLS and compensation anchors above use the closest established title equivalents.
