Newly Licensed (RN) - Cardiac Angioplasty

Our Cardiac Post Angioplasty Unit, 10S is seeking dynamic novice and experienced RNs to join our team of nursing excellence. Join Aurora St. Luke's a 6 times Magnet designated facility!

Be the Nurse Who Redefines Care.
At Advocate Health, being a nurse means more than delivering exceptional clinical care—it means leading with purpose, compassion, and boldness. As part of our One Advocate Nurse community, you'll join a unified team committed to lifting others up, embracing innovation, and creating inclusive spaces where everyone can thrive. You'll be empowered to think boldly, collaborate with humility, and drive change through fearless curiosity. Whether you're at the bedside, in the community, or advancing care through research and education, you'll help shape the future of health—because here, we're redefining care for you, for us, for all.

Your feedback matters. Every nurse's voice is vital in shaping our culture and improving care. We value your insights and experiences because they help us grow stronger together.

Where You Will Work:

10 S is a 24 bed a fast paced high acuity unit that specializes on pre and post interventional cardiology patients. 10S also serves a large volume of chest pain/STEMI patients, heart failure patients, and pre-op open heart surgery/TAVR patients. If interested in the newest technology and breakthrough medical procedures in cardiac care this is a place for you. If you are a nurse who thrives in high paced environments this is a unit for you!

Advocate Aurora Health provides a leading-edge residency program with your future in mind. The New Graduate Nurse Residency Program is evidence-based and support the professional development, confidence, and overall well-being of the nurse resident as they transition from academia to the practice setting. 

This is an excellent environment for both experienced nurses and new graduate RNs, who are strongly encouraged to apply.

Aurora Health Care provides a leading-edge residency program with your future in mind. The New Graduate Nurse Residency Program is evidence-based and support the professional development, confidence, and overall well-being of the nurse resident as they transition from academia to the practice setting. This is a PTAP ANCC accredited Nurse Residency program.

Tuition Reimbursement: up to $7,200 per year

Nightshift differential: $5.00 per hour

Referral Bonus Comprehensive and competitive benefit package

We're Looking For:

• Completion of an accredited or approved program in nursing
• Registered Nurse license issued by the state in which the teammate practices
• Basic Life Support (BLS) for Healthcare Providers certification issued by the American Heart Association
• New Grads Welcome!
• Strong interest and passion for cardiac care
• A commitment to teamwork, communication, and continual professional growth

What You'll Do:

• As a skilled and compassionate RN, you will play a pivotal role in providing and coordinating comprehensive patient care through the nursing process to deliver safe, therapeutic care in accordance with established standards, policies, and procedures.
• Using evidence-based practice, clinical decision making, compassion, and skills communication while leading efforts to create the safest patient environment and the best patient experience across the continuum.

About This Location:

Aurora St. Luke's Medical Center is a destination for advanced care, innovation, and excellence. As the only hospital in Wisconsin with a 24/7 on-site heart-care team, St. Luke's delivers premier cardiac and stroke services recognized by the American Heart Association and American Stroke Association.

Whether patients require common surgery or pioneering treatment, our specialty physicians provide expert care and excellent outcomes—placing you at the center of some of the most advanced care in the region. xhyhwjd

Ready to Take the Next Step:

Apply Now to begin your journey on a unit where learning, teamwork, and innovation define every shift.

Night Shift Differential $5/hr

Weekend Differential $4/h