A proven program for NCLEX® success
Virtual-ATI®
VIRTUAL-ATI®
Virtual-ATI® is a personalized, innovative online partnership that pairs students directly with an experienced ATI Nurse Educator. During their 12-week study program, students work one-on-one with their educator in preparation for NCLEX.
At the end of the 12-weeks, students earn their “Green Light” when the ATI Nurse Educator deems them ready to take NCLEX with a likelihood of success. Even after the “Green Light” has been given, students are supplied with a detailed study program and remediation resources to guide them until test day.
Here’s how it works:
- Each student is assigned an experience ATI Nurse Educator Working with students one-on-one they receive feedback and encouragement along the way.
- Students have 24/7 access to the online classroom featuring 400+ on-demand resources.
- As students’ progress, the review is individualized, based on their specific needs.
- A post-review study plan with remediation resources for students to utilize after their “Green Light” is given or after the 12-week period ends that guides to test day.
- Students can purchase an additional 12-weeks of access for a discounted rate.
Contact us
Let’s get you to the right team. Which describes you best?
Who would you like to contact?
Please fill out the form below to contact our sales team.
We will typically contact you within 1-2 business days.
If your institution is not listed, please search and select Other
You have landed on our educator site. Choose an option below to view our student site.
View student products Contact customer support
The proof is in the pass rates
NCLEX®-RN
NCLEX®-PN
*All NCLEX pass rate is data based on FY 2024 NCLEX-RN and PN test takers. National pass rates were obtained from the NCSBN website and are for first-time, US educated NCLEX-RN and PN test takers. Virtual-ATI pass rates are self-reported NCLEX outcomes for students who participated in Virtual-ATI and received a Green Light to take NCLEX from their Virtual-ATI Educator. These comparisons are descriptive in nature and do not reflect a true experimental design.
