Paul WaggonerProgram Manager| Consultant - FreelancePapillion, Ne, United States
Mar 25, 2026 5:11 PM
Replying to Anna Galstyan
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When someone says “we should use AI,” my first reaction as a construction PM is simple: Where exactly do you see it helping on our project?
On site, everything comes down to time, cost, and quality. If AI can clearly improve one of those — great, let’s define where and how. If not, it risks becoming just another layer without real impact.
Curious how others in construction are approaching this—where have you actually seen it work?
As a project manager you will be working with a team of maybe 6-8 members, each with a different idea what AI is or what it can be used for. This confusion can pose a challenge and delay at the beginning of your project. Again, AI implementations require a "mindset" change. Saving Changes...
Paul WaggonerProgram Manager| Consultant - FreelancePapillion, Ne, United States
Apr 02, 2026 2:30 PM
Replying to Paulo Crisóstomo
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Absolutely. “We should use AI” is a directional impulse, not a requirement. It’s no different from someone saying “We need automation” or “We need a dashboard.” It signals ambition, not clarity. The real work begins when we translate that impulse into something operationally meaningful:
What outcome are we trying to improve—speed, accuracy, cost, experience, or decision‑making
What process is actually breaking or underperforming
What data exists, what condition it’s in, and whether it can support the ambition
What constraints—technical, organizational, ethical, or governance—shape the solution space
Only after that discovery can we define whether AI is the right tool, one of the tools, or not needed at all. In practice, the most responsible AI decisions come from teams that are willing to say “AI isn’t the answer here” just as confidently as they say “AI can help.”
Excellent points, it might be best not to define the project as AI related until it becomes obvious that AI can really help accomplish business goals. Saving Changes...
Anonymous
What challenge or inefficiency are we trying to address? What outcome are we expecting from AI? Who will use it, and how will it improve their work or experience? Do we already have a process in place that AI can enhance? How will we measure success? Saving Changes...
Darline GiraudDriving AI adoption across multilateral institutions | Cross-functional program| IAEADigne Les Bains, France
Great question. When someone says, “we should use AI,” I try not to jump immediately to tools, solutions, or even predefined outcomes. I see it first as an opportunity to pause and explore what is really underneath the request. What pain point are we trying to understand? Where is the friction? What work feels repetitive, unclear, delayed, or unnecessarily complex? What would people like to improve, experiment with, or imagine differently? Too often, “AI” becomes the proposed answer before the problem has been fully explored. But the real value may come from using that moment to trigger creativity and co-create with the people closest to the work. Once the pain points and opportunities are clear, then the team can decide whether AI is the right approach, what kind of AI capability is actually needed, and whether the solution creates meaningful value. But I would start with curiosity, not the tool. Saving Changes...
Moez GhrissiProject Management| QD-SBGDoha, DA, Qatar
To unpack what someone really means by “we should use AI,” you must shift the conversation from technology hype to operational reality.
Identify the Hidden Driver
Run the Three-Filter Diagnostic
Reframe the Request
Saving Changes...
Anonymous
Feb 19, 2026 1:05 PM
Replying to Luis Branco
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Great question.
When someone says “we should use AI,” the conversation is rarely about technology itself. It is usually about pressure for speed, efficiency, innovation, or competitive leverage. The first step is to clarify intent.
Three signals help distinguish what is really being asked.
First, decision proximity. Is AI automating a task, augmenting human judgment, or moving toward managing objectives autonomously? These are fundamentally different categories of work. The closer AI gets to consequential decisions, the stronger the need for governance, traceability, and explicit oversight.
Second, problem clarity. Is there a clearly defined business problem with measurable impact, or is AI being treated as the starting point? When the solution precedes the problem, misalignment and inflated expectations follow.
Third, accountability design. Who owns the outcome if an AI-driven recommendation fails? When responsibility becomes diffuse, risk scales faster than performance.
In many organizations, “AI” simultaneously means efficiency, experimentation, and cost reduction to different stakeholders. Misalignment becomes visible when decision flows and ownership are unclear. A common tipping point is when stakeholders use the same word “AI” but describe different success metrics.
The real shift is not from manual to automated. It is from “man in the loop” to “man in control.” Without deliberate design of responsibility, capability increases while accountability erodes.
Clarity of purpose, category of AI work, and ownership separates disciplined transformation from technological noise.
I don’t think that when someone says “we should use AI,” they’re actually asking a single question. Most of the time, that phrase bundles together several different decisions that should be separated before any real action is taken. The first thing is understanding the actual problem. “Using AI” often shows up as a solution before anyone has clearly identified what is currently broken, slow, expensive, or uncertain. AI only becomes meaningful if it solves something concrete. Then there’s another important question: what kind of AI are we talking about? Because “AI” can mean very different things — simple automation, predictive models, large language models, computer vision, recommendation systems, and more. Each comes with completely different costs, risks, and implementation complexity. I also think it’s essential to understand who currently does the work and how they do it. In practice, adopting AI almost always means changing a workflow, replacing part of a process, or augmenting existing human capabilities. And that can’t really be evaluated without first understanding the current process. Another key point is defining what success actually means. Is the goal speed? Cost reduction? Scalability? Consistency? Or enabling something that simply wasn’t possible before? Depending on the answer, the entire architecture and strategy change. And something that rarely gets discussed enough is the acceptable tolerance for error. AI systems fail differently than humans do. So the real question becomes: how much error is acceptable, and who is responsible for catching or correcting it? There’s also a very practical decision behind all of this: are we building something from scratch, integrating existing APIs, or buying an off-the-shelf solution? This is usually where conversations stop being abstract, because “using AI” sounds simple until someone has to maintain it, operate it, and absorb the actual cost. Finally, I think every “we should use AI” contains an implicit comparison. AI… instead of what? Hiring more people? Improving a manual process? Upgrading an existing system? Or simply doing nothing? Making that comparison explicit turns the discussion into a real tradeoff analysis. To me, the real skill is not getting excited about AI itself, but being able to transform that enthusiasm into a concrete, testable proposal. Because that’s the only way to know whether it actually worked or whether it was just an attractive idea in theory Saving Changes...
carlos villaloboscommercial manager tecnhical| Surfing the lineengativa, Colombia
pienso que la ia es una herramienta util, en la medida, que tenga el contexo de como que es lo querealmente se requiere, segundo, donde debe buscar la informacion y tercero como desea que se presnte la respuesta. sin esto se divaga en un mundo de informacion Saving Changes...
When someone says “we should use AI,” the conversation is rarely about technology itself. It is usually about pressure for speed, efficiency, innovation, or competitive leverage. The first step is to clarify intent.
Three signals help distinguish what is really being asked.
First, decision proximity. Is AI automating a task, augmenting human judgment, or moving toward managing objectives autonomously? These are fundamentally different categories of work. The closer AI gets to consequential decisions, the stronger the need for governance, traceability, and explicit oversight.
Second, problem clarity. Is there a clearly defined business problem with measurable impact, or is AI being treated as the starting point? When the solution precedes the problem, misalignment and inflated expectations follow.
Third, accountability design. Who owns the outcome if an AI-driven recommendation fails? When responsibility becomes diffuse, risk scales faster than performance.
In many organizations, “AI” simultaneously means efficiency, experimentation, and cost reduction to different stakeholders. Misalignment becomes visible when decision flows and ownership are unclear. A common tipping point is when stakeholders use the same word “AI” but describe different success metrics.
The real shift is not from manual to automated. It is from “man in the loop” to “man in control.” Without deliberate design of responsibility, capability increases while accountability erodes.
Clarity of purpose, category of AI work, and ownership separates disciplined transformation from technological noise.
Great comment. The key takeaway from this discussion is that AI isn’t just an evolution in technology, but an evolution in decision-making and responsibility.
If you don’t have ownership, governance, and agreement on objectives, the greater your ability, the greater your risk. Saving Changes...
Celisse CollierExecutive Director| School District of PhiladelphiaPhiladelphia, PA, United States
Because of where I work and who we serve, typically that question is also centered around if it is even safe with the type of data that needs to be processed. Data security is very important in our world. So it starts out, 'we should use AI' but only if we can have tight security measures around the type of data that may be exposed. Saving Changes...