MRI Technologist-Imaging Part Time Weekend Evenings

As an MRI Technologist at Northwestern Medicine, your primary responsibilities include administering gadolinium contrast, positioning patients correctly for imaging, monitoring their safety and comfort throughout procedures, and closely adhering to safety guidelines. You'll also coordinate scheduling, review orders, ensure accurate charging and tracking of exams, and maintain the quality of images while actively communicating with radiologists.

To apply for the MRI Technologist position at Northwestern Medicine, candidates must have valid ARRT or ARMRIT certification, at least 2 to 3 years of undergraduate education or equivalent, and 1 to 3 years of relevant work experience. A Basic Life Support (BLS) certification from the American Heart Association is also required.

The part-time MRI Technologist role at Northwestern Medicine requires a commitment of 20 hours per week, primarily working weekend evenings from 12:30 PM to 11 PM at Lake Forest Hospital, with an expectation to participate in holiday rotations as needed.

At Northwestern Medicine, MRI Technologists are expected to provide exceptional patient care by effectively communicating with patients before and during scans, assessing their medical histories, and ensuring their safety. You’ll also review and discuss MRI screening forms to identify any contraindications prior to procedures.

Northwestern Medicine offers MRI Technologists an array of competitive benefits, including tuition reimbursement, loan forgiveness, health care coverage, a 401(k) matching program, and various lifecycle benefits. These perks are designed to promote the well-being and professional growth of all employees.

To ensure patient safety during MRI procedures, I always follow established safety protocols, communicate effectively with patients regarding potential risks, and ensure the MRI screening forms are accurately completed to identify any contraindications. Additionally, I remain vigilant about monitoring equipment and surroundings to prevent accidents.

If a patient has a metal implant, I first thoroughly assess their medical history and the nature of the implant. I will ensure that the implant is safe for MRI procedures by consulting the relevant guidelines and, if necessary, contacting the radiologist or the implant manufacturer for further clarification.

In a previous role, I encountered a patient who was anxious about the MRI process. I took the time to explain each step of the procedure, which helped to alleviate their fears. By maintaining open communication and ensuring they felt safe and informed, I was able to successfully carry out the scan without issue.

I have hands-on experience with a variety of MRI machines, where I've been responsible for maintaining equipment, conducting routine quality checks, and troubleshooting any issues that arise during procedures. This technical proficiency enables me to provide high-quality imaging services efficiently.

In high-stress situations, I stay focused by prioritizing my tasks and maintaining a calm demeanor. I find that effective communication with team members and patients helps me to manage the workflow effectively while ensuring that each patient receives the attention and care they need.

When administering gadolinium contrast, I always adhere to the established protocols, which include screening for allergies, checking the patient's medical history, and discussing any potential risks with them. I also monitor the patient during the administration for any adverse reactions.

I am drawn to the MRI Technologist position at Northwestern Medicine because of the organization's commitment to patient care and innovation in the healthcare field. The collaborative environment and professional development opportunities also make it an ideal place for me to grow my skills and contribute to better healthcare.

Ensuring accuracy in imaging involves double-checking the patient's information, following the correct protocols for each specific exam, and closely reviewing images on the display screen before finalizing the report. My attention to detail helps minimize the chances of errors in patient diagnostics.

MRI safety guidelines are crucial in preventing accidents related to the magnetic field and ensure patient and staff safety. This includes screening patients for contraindications, ensuring that no metal objects enter the MRI area, and maintaining clear communication about safety procedures.

I stay updated on advancements in MRI technology by attending professional seminars, participating in relevant online courses, and engaging with industry publications. Continuous education ensures I provide the best patient care and utilize the latest techniques in imaging.