Jim Allison and Phil Farrow of Maritech Construction sat down four days after Hurricane Fiona — which had just ripped the metal roof off a Sobeys horse barn they were working on in Pictou County — to explain why concrete homes are the obvious next move for Atlantic Canada, and how a Pictou County design-build shop plans to own that ground first.
The conversation was recorded four days after Fiona hit. Phil Farrow and Jim Allison of Maritech Construction had spent part of that week staring at the remains of a large horse barn on a Sobeys family property — the roof had been a metal one, and the storm had taken it. They weren't the only ones doing that kind of damage assessment across the Maritimes in the days that followed. The question Maritech had been sitting on for months — why does nobody build houses out of concrete in this region? — had just been answered by the weather.
Maritech was founded in 2010 by Brian Farrow in Pictou County. His son Phil started with the firm that same year, doing cold-call business development before working his way through site supervision to project manager — a path that ran through junior hockey at Plattsburgh first. Jim Allison came in later, brought in by Brian after a semi-retirement that got interrupted by COVID killing a large project he'd been consulting on. Jim had spent eleven years at RCS Construction, including opening their Moncton office. He knew how a well-run mid-size regional GC operates, and the goal was to transplant that into Maritech.
The bet they're making is specific: become the biggest, most proficient tilt-up contractor in Atlantic Canada, residential and commercial, before anyone else gets there.
First-mover in a method, not a market
Tilt-up concrete construction is standard practice in industrial and commercial work — car dealerships, distribution centres, the Burnside park buildings you drive past — but residential tilt-up in Atlantic Canada essentially doesn't exist yet. Maritech wants to be the contractor who builds it from scratch.
The logic is straightforward once you hear it. A tilt-up concrete panel is cast flat on the job-site slab, then tilted up into place. The method is fast — Jim puts the pace at roughly twice wood-frame — and it eliminates the trades that have become almost impossible to find on small multi-residential projects. Wood framers won't bid small multi-res right now. Truss deliveries are months out. Tilt-up sidesteps both problems. As Jim puts it: "you can't find anyone to bid on small multi-res wood frame structures in the city."
The economics clear another bar. Maritech has put real work into the numbers: "we've got our costing down now like we know what the cost per square inch is now to do a residential tilt up." They're not pitching a concept any more; they have hard cost comparisons that come in below custom wood-frame, and they can talk specifics with developers.
For the anchor project — a confidential 150-home single-storey seniors subdivision in New Brunswick for a European developer who, Jim says, understands concrete and wants houses that look brand new in 20 years — in-floor heat inside a concrete envelope drops the monthly energy bill from roughly $300 to about $75. That number sells itself to buyers on a fixed income.
Buy the learning curve
The honest part of the strategy is that Maritech doesn't pretend to already have tilt-up expertise in-house. Training, certification, and the tacit knowledge of crew sequencing are, in Jim's framing, trade secrets — the kind of thing that isn't written down anywhere. So instead of improvising through the first few projects and paying for the education in rework and delays, they went and found someone who already knows.
They found Maritech a mentor in Ontario — a contractor with years of residential tilt-up experience who will supervise the first projects and train the Maritech crew on the job. That's the knowledge-transfer vehicle.
For design, they went to the specialists with the deepest repetition: Powers Brown Architecture, headquartered in Houston with a Canadian presence including an Atlantic Canada office, and LJB Engineers. Between them, the two firms have around 2,000 tilt-up designs behind them — and as Jim explains, "they're saving us money because they've made all the mistakes you know in 2000 designs." Paying a firm that has already solved the problem beats paying a local firm to solve it for the first time on your job.
The plan for scale: start with a leadership team and an eight-man field crew — enough to build a significant project — and use the first jobs to train workers who will eventually seed crews in New Brunswick, PEI, and Newfoundland.
Climate made the pitch for them
Before Fiona, the climate-resilience case for concrete homes was a talking point. After Fiona, it was a scene everyone in Atlantic Canada had just watched play out.
Concrete panels don't lose to hurricane-force winds the way wood-frame envelopes do. They don't flood. They don't mold. An Ontario tilt-wall contractor that Jim mentions in passing "gets a call a day from California" about wildfire-proof houses — a data point that landed differently in the week after a storm that did hundreds of millions in damage across the Maritimes.
Dayton Superior, the major US concrete accessories supplier that Maritech works with, had been watching the same pattern and was launching a residential division of its own. Their message to Maritech: nobody in Atlantic Canada is doing this yet, and first to market is going to be the best.
The product itself can look like anything on the exterior. The structural discipline — the identical concrete panel — sits behind whatever cladding the developer wants. As Jim explains: "we literally can build uh a hundred of the same house and but no two houses will look the same." Repetition economics, no cookie-cutter optics.
How they run the business
Maritech doesn't chase public tenders. Jim is direct about why: the paperwork, the 15 to 20 GCs competing on the same job, the margin math. "it's extra work you know it's extra paperwork it's that's more time consuming it's it's it's a battle." They stay with relationship-driven design-build work where they can control the terms.
The operating system is Traction, selectively applied. Jim's position: "I'm a Believer in traction I'm not a believer of the whole system" — roughly 70 per cent of it transfers to a construction firm. Weekly leadership meetings, rocks, accountabilities, core values. The rest he skips.
The core values carry the acronym CATT: communication, accountability, teamwork, transparency. The transparency one goes further than most firms would stomach — they show clients the margin they're making on a job. Jim's framing: "it's not a crime to make money we show them the money we're making." In a relationship business, that kind of openness is either a red flag or a long-term advantage, and Maritech has chosen which side to be on.
Procore runs everything from bid to substantial completion — daily logs, photos, live updates. Phil's assessment from a project manager's standpoint: "it's it's really changed the game for me."
The Confederation Bridge footnote
Jim's backstory has a chapter that gets told near the end of the episode. In his A3 Electric days, the firm replaced all 471 light fixtures on the Confederation Bridge. The light standards had turned into tuning forks in the Northumberland Strait wind; the fixtures were failing. Getting the contract required ISO certification, which A3 was in the process of pursuing: "to work on the bridge they wanted you to be certified in ISO so that helped us."
The job was physically brutal — working at height in the strait, with the constant wind. Jim says they were losing a man a day to nerves — not injuries, but workers who showed up for a shift and decided they couldn't do it. A certification that opened a door; a project that tested everyone who walked through it.
That story isn't background. It's the pattern: find the credential or the first-mover position that your competitors haven't bothered to get, then hold on when the job turns out to be harder than anyone expected.
The firms building this
Maritech Construction Inc. is the Amherst, Nova Scotia general contractor at the centre of this episode — a design-build shop handling commercial and institutional construction across Atlantic Canada, and a Tilt-Up Concrete Association member now marketing a residential tilt-up home program.
Powers Brown Architecture is the Houston-based firm Maritech has engaged for tilt-up design — one of the most recognized names in tilt-up and tilt-wall architecture, with offices including Atlantic Canada.
RCS Construction is the Bedford, NS-headquartered regional GC where Jim Allison spent eleven years, including opening the Moncton office — the firm whose operating model he's bringing to Maritech.
Guests: Jim Allison, Director of Business Development, and Phil Farrow, Project Manager, Maritech Construction Inc. Episode 36 of the Atlantic Construction Podcast, published November 7, 2022. Watch the full episode.