Sarah Proder spent years as a nurse in windowless ICUs before she became Atlantic Healthcare Sector Lead at Architecture49. That crossing is the best brief a healthcare architect can carry — and this episode is a rare window into the design side of the projects most contractors only ever see through the spec book.
Spend enough time in a hospital as a worker — not a visitor, a worker — and you stop seeing the building as neutral. The concrete floors that transmit every footstep. The acoustic stress of monitors that never quiet. The units where nobody has seen a window in a twelve-hour shift. Sarah Proder worked in those spaces as a nurse before she ever drew one, and by the time she finished her architecture degree at Dalhousie and started leading healthcare projects at Architecture49, she carried something most architects acquire only secondhand: direct, physical memory of what it means to be in a building that fails the people inside it.
“i know what it's like to be in a building that sucks,” she says — and it's not an abstraction. It's the engine of her design philosophy.
That philosophy runs through ninety minutes of conversation with host Daniel on Episode 33 of the Atlantic Construction Podcast: the evidence base for biophilic design, the practical logic of wood on hospital walls, and a detailed walk through the New Waterford Community Hub — a mixed-use campus in Cape Breton that combines a Grade 6–12 school, a 60-bed long-term care home, a health centre, a food bank, a community garden, a 500-seat theatre, and a public gym under one roof. Phase one foundations were poured at the time of recording. Here's what a contractor or builder takes from the hour.
The brief no school gives you
Proder's path was not direct. She worked three minimum-wage jobs before a gap year gave her enough clarity to choose a career. Nursing came first — and nursing, it turns out, is physically brutal. She makes the point bluntly: “the rate of injury for nurses is higher than for construction.” That's a verified claim backed by U.S. Bureau of Labor Statistics data, and it lands differently coming from someone who lived it.
A cabinet-making course, then an interior design class, then Dalhousie architecture school. After graduating she worked at Agnew Peckham — Canada's dedicated healthcare planning and programming consultancy — then at Stantec in Calgary, then in a Stantec northern office before Architecture49 brought her to Halifax. The detour through multiple project types and geographies confirmed rather than diluted her focus. Healthcare was where she wanted to be.
The practical upshot for design: she arrived at every healthcare brief already knowing the gap between what the spec describes and what the person on the floor actually needs. That gap is where good healthcare architecture lives.
What the evidence actually says
The design research on patient environments is real and specific. A patient with a window view of a tree — as opposed to a brick wall — will use less pain medication and leave hospital sooner. The foundational work is Roger Ulrich's 1984 study; more recent research on psychiatric units shows natural daylight can reduce average length of stay by several days. Proder puts it plainly: “people will use less pain medication and they'll get out of hospital three days sooner.”
For a contractor or owner, that's an economic argument disguised as an aesthetic one. A window costs money in the build. The reduction in drug spend and bed-days is worth more. The design choice that looks soft — giving a patient a view of something living — has a harder return than it appears on the cost plan.
Acoustic stress works the same way. ICUs that run constant monitor noise tax the staff who work in them and the patients who can't leave. These aren't comfort upgrades; they're outcomes variables.
Wood in hospitals — why it belongs, and where
One of the most practically useful sections of the episode is Proder's explanation of how natural wood works in a healthcare setting — because the instinct of many contractors and infection-control teams is to default to hard, wipeable, clinical surfaces everywhere.
The research has moved. During the COVID-19 pandemic, studies confirmed that coronaviruses degrade faster on wood than on stainless steel — the surface many people assumed was safer. Wood has natural antiviral properties, and the case for including it in healthcare environments is no longer fringe.
But the placement matters. “typically we do vertical surfaces in wood because then you don't get that pooling” — the pooling of cleaning chemicals on horizontal wood surfaces is the legitimate infection-control concern. Vertical wood on walls delivers the acoustic absorption, the tactile warmth, and the biophilic signal without the cleaning risk. It's a material decision that depends on where you put it.
Ask why until you hit the real requirement
One of the episode's cleaner stories involves an ice machine. A therapy group in a healthcare facility needed something to keep drinks cold. The default architectural move would have been to spec a residential refrigerator. But Proder's team asked why — kept asking — and discovered that what the group actually needed was ice for drinks during sessions. Not food storage, not a fridge. A countertop ice machine.
“we would have just given them a residential style fridge and they would be buying ice every week” — instead, a smaller, purpose-right appliance saved space, reduced energy load, and eliminated the ongoing cost of buying bagged ice. The story is a teaching example for any project team: a scope item that arrives as a noun (fridge) often has a verb underneath it (keep drinks cold during group sessions) that opens cheaper, better solutions.
The same logic runs through her thinking about long-term flexibility. Healthcare changes — clinical practices, equipment, team configurations. Buildings that lock in the current program without room to evolve force expensive renovations a decade later. “we kind of want to make that space flexible and adaptable because healthcare changes all the time.” The ask to a clinician is: what does your practice look like in thirty years? Most have never been asked that question. The ones who get asked it are the ones whose buildings still work in 2045.
New Waterford — what colocation actually solves
The New Waterford Community Hub is genuinely unusual. A Cape Breton community loses its Grade 6–12 school, its long-term care beds, and most of its primary health services and ends up with all of them rebuilt on one site. The case for co-location is partly economic — shared operations, shared infrastructure — but the design argument Proder makes is more specific.
Mental health services in a standalone building are legible to everyone in a small town. Everyone knows which door leads to the psychiatrist. Putting mental health services, urgent care, and a food bank inside the same building as a school gym and a theatre removes that legibility. “you're not going to the psychiatrist who is on this door and everybody in town knows where they are” — you're going to the community hub, for any number of reasons, and the specific service you're accessing is your own business.
The practical complication is institutional. The school board and the health board had never been required to work together before this project. “the board of education and health board… they've never had to work in tandem… they kind of exist in silos.” Two procurement authorities, two sets of consultants — two structural teams, two mechanical teams — two organizational cultures, one building. Threading that is a significant part of what a lead architect actually does on a project like this.
What contractors need to know on site
The episode's final third is the most practically useful section for the show's contractor and estimator audience. Healthcare buildings carry code classifications that eliminate common materials used without a second thought in schools or commercial build-outs.
Post-disaster classification triggers flame-spread requirements that close off entire product categories. The example Proder gives is direct: “in staircases we can't use rubber stair treads, can't use them, not allowed because they start on fire.” Rubber stair treads are standard in schools. In a post-disaster-classified healthcare building, they're off the table. Contractors who scope healthcare work using their commercial estimating defaults will price the wrong products.
On RFIs: Proder is clear that thorough questions from contractors during tender are an asset, not an imposition. “if there are questions you fire them at us… that's why we have the tender process.” A contractor who asks every question during tender sets a fair price and reduces on-site surprises. One who banks ambiguity to claim later costs everyone. On a government-funded project with public accountability, the architect team has both an obligation and an interest in resolving scope before the number is locked.
Architecture49 and Agnew Peckham
Architecture49 is a national Canadian practice with a Halifax studio serving all four Atlantic provinces. Their portfolio runs across six sectors — education, healthcare, science and technology, security and defence, sports and entertainment, and transportation. The New Waterford Community Hub is one of their larger current Atlantic projects, and their healthcare practice draws on national specialists while operating locally.
Agnew Peckham is Canada's dedicated healthcare functional planning and programming consultancy. They work exclusively on the health sector, developing the clinical strategic plans and functional programs that define what a healthcare building needs to do before an architect draws the first line. Proder worked there early in her career, and the firm appears in the New Waterford project's consultant team.
The project that takes years to finish
Proder closes the episode with something honest about the work: big institutional projects run for years. The New Waterford Community Hub was in construction at the time of recording, with years still to go. The satisfaction is different from a renovation that ships in weeks — it accumulates slowly, in the small wins of a well-resolved detail or a client call where the clinical team finally sees what the design is trying to do.
The ice machine story is the emblem of it. You ask enough questions, you find the real requirement, you solve the right problem. The building gets a little better. Multiply that across a hundred program elements and you end up with something that actually works for the people inside — the patients who look out the window, the nurses whose backs don't break, the Cape Breton teenager who walks past the mental health clinic every day because it's on the way to the gym.
Guest: Sarah Proder, Atlantic Healthcare Sector Lead, Architecture49. Featured on Episode 33 of the Atlantic Construction Podcast. Watch the full episode. Also featured: Agnew Peckham. Verified sources: biophilic design and patient outcomes; nurse injury rates vs construction; wood surfaces and coronavirus.