Biomedical Electronics Technologist

Non-Commissioned Member | Full Time, Part Time

As a member of the military, Biomedical Electronics Technologists provide technical maintenance and repair support for medical and dental equipment used in the Canadian Armed Forces (CAF).

As a member of the military, Biomedical Electronics Technologists provide technical maintenance and repair support for medical and dental equipment used in the Canadian Armed Forces (CAF). As a member of the Health Services team, they use electronic instrumentation and workshop tools to ensure the accurate performance of medical devices.

The primary responsibility of the Biomedical Electronics Technologist is to maintain medical equipment according to the specifications of both the Canadian Standards Association and the manufacturer. This includes a variety of medical devices, such as:

• Operating room monitors and devices;
• Intensive care unit monitors and devices;
• Emergency room monitors and devices;
• Medical laboratory equipment; and
• Diagnostic imaging equipment.

Biomedical Electronics Technologists may work in a regional repair facility, at a Canadian Field Hospital, or an Advanced Surgical Centre, within Canada or around the world. They may also work on board a ship where they perform repairs and maintenance. They must make maintenance visits to medical establishments within the CAF on a regular basis.

If you chose a career in theRegular Force, upon completion of all required training, you will be assigned to your first base. While there is some flexibility with regards to postings (relocations), accommodations can’t always be made, and therefore, you can likely expect to move at some point in your career. However, if you decide to join the Primary Reserve Force, you will do so through a specific Reserve unit. Outside of training, your chosen Reserve unit will be your workplace on a part time basis, and you will not be obligated to relocate to a different base. As part of the Primary Reserve Force, you typically work one night per week and some weekends as a minimum with possibilities of full-time employment.

MASTER CORPORAL MITCHEL McNEE: I’m Master Corporal Mitchel McNee from Toronto, Ontario – I’m a Biomedical Electronics Technologist posted to Central Medical Equipment Depot in Garrison Petawawa.

Biomedical Electronics Technologists, or B.E. Techs, install, maintain and repair the medical, dental and diagnostic equipment in base clinics and field hospitals, and aboard Navy ships.

MASTER CORPORAL MITCHEL McNEE: What we do ensures that medical care can be delivered to our soldiers and men and women in uniform when it’s required most. You’ll work on everything from SPO2 finger probes to large X-ray machines to oxygen generators that you require a forklift to actually lift, move and put in place. You’re repairing technology that actually helps people – people need this to survive. Whether or not you do a good job repairing a device could make the difference between life or death for someone who needs to use that device for life-sustaining treatment.

At home in Canada, B.E. Techs typically work a normal Monday to Friday work week.As key members of the Health Services team, they ensure the accurate performance of essential medical devices.

MASTER CORPORAL MITCHEL McNEE: It’s not just the work I do but the people I work with are probably some of the best I’ve ever had a chance to work with and just the people you meet in the military and the work environment, I find, is pretty great.

B.E. Techs are frequently on the road making regular maintenance visits to all Canadian Armed Forces medical establishments acrossCanada and overseas.

MASTER CORPORAL MITCHEL McNEE: So for example, if you’re deployed overseas in a Role 2 hospital, you’ll be responsible to know every single piece of kit inside and out. So if at a mission-critical time it breaks, you have to be the one to be able to fix it immediately if possible. One of the big differences, too, with our trade is, if you were working for, say, ACME Biomedical, you might be only working on ventilators or anesthesia machines, where in our trade, you have to know literally every single piece of kit in the military. You don’t have the opportunity to be pigeon-holed into one set or type of equipment, you have to be able to know everything and think on your feet, which is, I think, the major difference is just the variety we get, versus the civilian side.

MASTER CORPORAL MITCHEL McNEE: One of the coolest things about being a Biomedical Electronics Tech for the military versus civilian side is, I would’ve never gotten to fire a rocket launcher working for Toronto General Hospital – and I have in the military. I got to go to Iraq for 40 days to the base in Erbil as we were closing out our Role 2 hospital and I had an absolute blast – it was a great time. I’ve also had the opportunity to go to Alert, Nunavut, which is the very tippy-top of Canada. And I had the opportunity to stand on the most northern shore of the country and be the most northern person in the country for at least 5 minutes, which was pretty cool.

On completion of their military training, Biomedical Electronics Technologists get posted to a Canadian Armed Forces base for a full year of on-the-job trainingunder the supervision of a senior Biomedical Electronics Technologist.

MASTER CORPORAL MITCHEL McNEE: In your first year as a Biomedical Electronics Tech, you’ll be expected to complete your one-year on-the-job training package. This training package has a checklist of different types of pieces of equipment and procedures that you have to complete in order to be trusted to fix biomedical technology for the Canadian Armed Forces.

B.E. Techs are considered deployable as soon as they finish their year of on-the-job training, so they can expect to travel wherever there’s equipment that needs maintenance or repair.With so many Forces members in so many places, and with so many different kinds of equipment in use, they’re always going to be challenged to learn new skills.

MASTER CORPORAL MITCHEL McNEE: I would say I’m very proud of the work I do, and I quite like the work I do. I think I’m extremely fortunate to have chosen this career when I did and having joined the military straight after high school and getting college paid for, especially, was extremely fortunate. I’ve had opportunities that I can certainly say I would have never gotten in civilian life if I were working at a major hospital or a major medical equipment company. I’ve had the opportunity to run navigation exercises for medical specialists at 1 Canadian Field Hospital, and had the opportunity to practise my supervisory and public-speaking skills where I might never get a chance to do so if I were working on the civilian side.