A few things crossed my feed this month that, on the surface, don’t have much to do with each other: a state-level pause on hyperscale data centers, an MEP merger, a structural failure in Midtown Manhattan. Put them together, though, and they tell a pretty coherent story about where MEP sits right now: more regulatory pressure on the power and water side of the business, more competition for the right engineers, more consolidation, and higher stakes on every live building system. Here’s how I’m reading it.
Industry Insights
The bigger regulatory story this month came out of New York: Governor Hochul announced a one-year moratorium on new hyperscale data centers requiring 50MW or more of power, giving the state time to build out a proper framework around energy, water use, environmental impact, and community benefit. That’s about as MEP a policy story as gets, with power draw and water consumption issues at the center of the debate.
It’s a genuinely difficult one, and I don’t think there’s an easy answer. On one side, the demands these facilities place on power grids and water systems are becoming harder to wave away. On the other, they bring real investment and genuinely skilled MEP jobs to the communities that host them.
We’ve watched this play out once already; public pushback in Ireland slowed data center development and reshaped where developers chose to build instead. Whether New York’s pause becomes an isolated policy or the first domino in a wider trend across other states is going to matter a lot to anyone planning long-term digital infrastructure, and by extension, anyone designing or building the power and cooling systems underneath it. Either way, it’s a clear signal that local communities are finding their voice in this conversation, and that’s not going away.
Workforce Challenges
The thread running through current workforce challenges is the growing shortage of the right MEP talent. Engineers with around 8 to 12 years’ experience occupy a particularly challenging space in the market. They’re technically strong enough to lead complex design work, but many are increasingly looking to move beyond pure design into project management and delivery.
For many firms, this has become the hardest talent pool to both attract and retain. These engineers have outgrown junior roles, yet they’re often not given a clear pathway into project management. Without that progression, many choose to move to firms that can offer greater ownership, broader responsibility, and a more defined career trajectory.
It’s a relatively small but highly valuable group: experienced enough to be trusted on technically demanding projects, yet ambitious enough to want responsibility for delivering projects rather than simply signing off designs. As data center developments and adaptive reuse projects continue to increase in both volume and complexity, this is the talent firms can least afford to lose, and it’s where the recruitment squeeze is being felt most acutely.
Market Moves
While all that regulatory and workforce pressure builds, the deal-making side of MEP just keeps moving.
Salas O’Brien, a national engineering design firm, merged with Sigma Engineered Solutions, a Raleigh-based mechanical, electrical, plumbing, and fire protection design firm with deep roots across healthcare, higher education, government, and commercial work.
Salas O’Brien’s CEO framed it as strengthening the firm’s built environment capabilities in the Southeast; Sigma’s president called it a natural next step for a firm built on collaboration and precision.
It’s one deal, but it’s part of a much bigger pattern, and two names are worth knowing if you want to understand who’s actually shaping consolidation across MEP and the wider AEC industry: Morrissey Goodale LLC and AEC Advisors LLC.
Morrissey Goodale LLC, based in Natick, Massachusetts, initiated and advised on the Salas O’Brien–Sigma deal above, one of dozens they’re involved in every year. They’re a management consulting firm working exclusively with architecture, engineering, and environmental consulting firms, covering everything from strategic planning and leadership development through to M&A advisory, valuation, and private equity services.
Their weekly deal tracking has become a real pulse-check for the industry. The sheer volume of transactions they’re following week to week says a lot about how fast MEP and the broader AEC market are consolidating.
AEC Advisors LLC, headquartered in New York with an office in Miami Beach, plays a similar role from the investment banking side, focused specifically on M&A and corporate finance for AEC firms, working with some of the biggest names in the industry on both buy-side and sell-side deals.
Between the two of them, you get a good picture of the machinery behind the headlines: firms like these are the ones identifying targets, structuring deals, and bringing private equity capital into a sector that historically wasn’t built around this kind of consolidation. If you’re trying to understand why MEP M&A keeps accelerating, these are the firms worth watching.
Project Showcase
If you want to see all of the above collide on a single site, look at 235 E. 42nd St. – the former Pfizer headquarters in Midtown Manhattan, being converted by Metro Loft Developers and David Werner Real Estate Investments (DWREI) into roughly 1.3 million sq ft of residential space, including more than 1,600 apartments.
It’s one of the city’s largest office-to-residential conversions, combining a new reinforced-concrete tower on the shorter building with an 11-story vertical addition on the taller 33-story tower, all built above a subway tunnel, which required its own coordinated geotechnical work. Gensler is the design architect of record, GACE Consulting Engineers DPC is the structural engineer, and JMV Associates, LLC is handling MEP.
Earlier this month, that technical complexity showed itself in real time: two load-bearing columns buckled on the 21st floor, prompting evacuations of the building and seven surrounding properties while emergency shoring went in. Nobody was hurt, and the developer maintains the building was never at risk of collapse, but investigators are still working out whether the cause was design, construction sequencing, or something else.
It’s a reminder that when a structure moves like that, it’s not just the steel frame at risk; every MEP system running through that floor, risers, ductwork, fire protection – has to be reassessed too. Adaptive reuse at this scale isn’t simple renovation; it’s re-engineering how loads and systems both move through a structure that was never designed to carry them that way.
