Radiant Medical Systems
Now Open

A community diagnostic imaging centre for Prince Edward Island

179 John Yeo Drive, Charlottetown
Committed to increasing capacity for Diagnostic Imaging on PEI.
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The entrance of Radiant Medical Systems at 179 John Yeo Drive
Charlottetown, PEI

Built to expand community access to advanced diagnostic imaging across Prince Edward Island.

179 John Yeo Drive

The finished clinic

Open since September 2026. These are the rooms a patient walks through: the entrance, reception, the waiting area and the MRI suite.

The Radiant Medical Systems building at 179 John Yeo Drive, Charlottetown
179 John Yeo Drive, Charlottetown
The Radiant Medical Systems sign above the clinic entrance
The entrance
The reception desk, with the Radiant Medical Systems logo on the wall behind it
Reception
The waiting area, with wood-panelled walls and floor-to-ceiling windows
The waiting area
The MRI suite, with a skylight ceiling above the scanner
The MRI suite
Construction Progress

The build is taking shape inside and out

Recent progress images from 179 John Yeo Drive show the new facility moving from concept to reality, with framing, mechanical systems, infrastructure preparation, and room-by-room build-out well underway.

Open any image for a full-size view

Wide interior view of the Radiant facility build showing major structural progress
01

A wide progress view inside the facility, showing the scale of the new diagnostic imaging centre taking shape.

Project team meeting around a folding table inside the raw shell of the new facility
02

An early planning session inside the raw shell, before framing and partition work began.

Project team reviewing plans at the start of construction with a scissor lift in the background
03

A walkthrough at the start of construction, with the wide open shell ready for framing to begin.

Mechanical systems and interior framing progressing inside the Radiant facility
04

Mechanical systems and major interior framing advancing across the main build-out.

Interior wall framing and ductwork taking shape inside the new facility
05

Wall framing and overhead infrastructure defining the future clinical layout.

Interior excavation and grading work underway inside the construction site
06

Interior excavation and grading work preparing the slab for core infrastructure.

Sub-slab preparation and service routes being formed inside the new Radiant facility
07

Sub-slab preparation underway as service routes are shaped into the floor plan.

Wood framing defining future rooms in the construction build-out
08

Framed rooms beginning to establish the scale of future diagnostic spaces.

Steel stud framing continuing through rooms and support spaces
09

Steel stud framing continuing through individual rooms and support areas.

Insulation and electrical rough-ins progressing behind partition walls
10

Insulation and electrical rough-ins moving forward behind new partition walls.

Core access and structural openings taking shape inside the facility
11

Core access and structural openings taking shape within the interior build.

Project contractors gathered on-site at the new Radiant facility
12

Contractors from SDI Canada, Richardson Associates, MCA Consultants, and FitzGerald and Snow gathered on-site at the new facility.

Project team members reviewing progress during a walkthrough of the construction site
13

Project team and contractors reviewing progress during a walkthrough of the new facility.

Curved drywall soffit being formed against exposed wood roof framing
14

A curved drywall soffit takes shape against the exposed wood roof framing.

Framed steel doorway opening into a corridor with overhead mechanical and electrical rough-in
15

Looking through a finished steel doorway into a corridor with mechanical and electrical rough-in overhead.

Stainless steel fire doors with closers and panic hardware installed
16

Stainless steel double doors with closers and panic hardware now in place.

Hollow metal door frames installed along a finished drywall corridor
17

Hollow metal door frames installed along a finished drywall corridor.

Interior steel stud framing rising beneath insulated HVAC ductwork
18

Steel stud partition framing rises beneath the main HVAC trunk and insulated supply runs.

Plywood wall sheathing complete with safety harnesses staged and drywall stacked
19

Plywood wall sheathing wrapped, with drywall and safety equipment staged for the next phase.

Pink batt insulation tucked behind steel stud framing as partition walls go up
20

Batt insulation tucked behind steel stud framing as partition walls continue to take shape.

Temporary on-site workstation set against newly framed walls
21

A temporary on-site workstation tucked into a freshly framed area of the build.

Two workers on a scissor lift installing specialty shielding panels on the ceiling
22

Crew on the lift installing the specialty shielding material overhead, one panel at a time.

Specialty shielding material installed across the ceiling above the plywood-clad walls
23

Specialty ceiling shielding now closed in above the plywood-clad walls.

Project team posing together inside the partially framed new facility
24

The project team gathered together for a site photo inside the build.

Worker fitting out a plywood-clad room with the team visible through a window opening
25

Interior fit-out continues in plywood-clad rooms while the team tours the adjoining space.

Project team gathered outside the facility for an on-site discussion
26

A site discussion in the parking lot during a project walkthrough.

Finished drywall room with a large MRI pass-through opening and curved cable tray overhead
27

A large pass-through opening framed into the finished drywall, with curved cable tray running above.

Tall finished drywall partition wall around a doorway with shielding membrane visible behind the opening
28

Tall partition walls now closed in with drywall, with utility runs above and shielding membrane staged behind the opening.

Interior corner of a finished drywall room showing mudded and taped seams
29

Interior drywall mudded and taped, ready for the next finishing stages.

Specialty shielding membrane draped across a doorway between two rooms during fit-out
30

Shielding membrane draped across an opening between rooms during ongoing fit-out work.

MRI scanner crate being unloaded from a delivery truck
31

Delivery day — the MRI scanner arrives at 179 John Yeo Drive.

Project team meeting at the facility loading bay
32

The project team meets at the loading bay as the scan room is prepared to receive the magnet.

Finished painted interior room with services roughed in
33

A finished, painted interior room with services roughed in for equipment.

Curved drywall ceiling soffit finished in the interior
34

A sculpted curved ceiling soffit finished in the interior.

Koolant Koolers MRI chiller units installed outside the building
35

The MRI cooling system (Koolant Koolers chillers) installed outside the scan room.

GE HealthCare 1.5T MRI wrapped and positioned inside the scan room
36

The GE HealthCare 1.5T MRI inside the scan room, wrapped and positioned on floor protection.

MRI magnet moved into the scan room along a plywood ramp through the loading bay
37

The magnet moved into the scan room along a plywood ramp through the loading bay.

Crated MRI components being unloaded on delivery day
38

MRI components and crated equipment unloaded on delivery day.

HVAC ductwork and registers installed along an interior wall
39

Mechanical systems progressing — HVAC ductwork and registers installed along the wall.

View through the control-room window at the newly placed MRI scanner
40

Looking through the control-room window at the newly placed scanner.

Interior of the MRI magnet during installation showing cold head and gradient electronics
41

Inside the magnet during install — cold head, helium lines and gradient electronics before the covers go on.

MRI service access open showing cryogenic and electronic assemblies
42

Service access open, showing the scanner's cryogenic and electronic assemblies.

Detail of the MRI scanner bore with in-bore display and patient controls
43

Detail of the scanner bore with the in-bore display and patient controls.

GE HealthCare MRI in position with its patient table as room finishing continues
44

The GE HealthCare MRI in position with its patient table as room finishing continues.

Power and signal cabling run between the MRI scanner and its equipment cabinets
45

Power and signal cabling run between the scanner and its equipment cabinets during commissioning.

Completed MRI suite with a backlit sky-and-tree ceiling feature and built-in cabinetry
46

The completed MRI suite, featuring a backlit sky-and-tree ceiling to help patients relax.

Finished scan room with GE HealthCare MRI, built-in storage and sky ceiling
47

The finished scan room — GE HealthCare MRI with built-in storage and a calming sky ceiling.

MRI suite complete with the control-room window and storage millwork in place
48

The MRI suite complete, with the control-room window and storage millwork in place.

Finished cabinetry and a patient-ready MRI room
49

Finished cabinetry and a patient-ready MRI room.

GE HealthCare 1.5T MRI ready for service beneath the sky ceiling
50

The GE HealthCare 1.5T MRI, ready for service beneath the sky ceiling.

Planned Diagnostic Services

A broader imaging vision for the Island

Available Now

MRI including Arthrograms

Coming Soon

Mammography

Coming Soon

Bone Mineral Density

Coming Soon

Ultrasound

Coming Soon

Fluoroscopy

Coming Soon

X-ray

Project Team

The partners shaping the new facility

The construction and design team brings together specialists across architecture, engineering, and delivery.

General Contractors

DJC Construction
FitzGerald and Snow (2010) Ltd.

Architects

Architecture 360 Inc
Nine Yards Architecture

Mechanical Consultants

Looking Ahead

Radiant is building for sustained improved imaging access

This next-phase facility reflects our commitment to supporting expanded diagnostic imaging capacity on PEI for patients and clinicians.