Rutgers CRNA Program Interview: Format & Questions (2026)

Rutgers schedules its Nurse Anesthesia interviews on campus in Newark during the fall. For the 2026 admissions cycle, the program page lists three interview dates: November 5, November 6, and November 10, 2026. Select applicants are invited by November after the admissions committee reviews all files completed before the August 15 deadline.

Unlike programs that run a casual conversation, Rutgers tells you on its admissions page that interview day tests both your clinical knowledge and your writing, and requires extra documentation when you arrive. If you want to rehearse answering clinical and behavioral questions out loud before you travel to Newark, Confetto runs AI mock interviews for CRNA applicants with follow-up questions on your ICU background. Start your free week.

• Where and when: On campus at the Rutgers Health Sciences Campus at 65 Bergen Street in Newark, New Jersey, on November 5, 6, and 10, 2026.
• CCRN score report: You upload your CCRN certificate with your initial application, and Rutgers requests your actual CCRN examination test scores when you are invited to interview.
• Supplemental Application at the interview: At the time of the interview, you complete a Supplemental Application for Admission to the Rutgers Health SON Doctoral Program in Nurse Anesthesia, including an attestation of any prior enrollment in an anesthesia program.
• Faculty interview: You meet on campus with program faculty. Specialty Director Dr. Thomas J. Pallaria co-founded the program in 2004 and leads the specialty track.
• Knowledge evaluations and short assessment tool: Candidates complete a short assessment tool and knowledge evaluations during the interview process.
• Writing skill evaluation: The admissions committee assesses your writing skills both before and during the interview through essay and short-answer question review.
• Admissions decisions: Applicants with completed files generally receive their admissions decision before the end of the fall semester.

The Rutgers admissions page names four clinical proficiencies every applicant must demonstrate in a critical care setting: managing mechanical ventilation, invasive hemodynamic monitoring, vasoactive IV infusions, and aggressive fluid management. Because the interview includes knowledge evaluations and a short assessment tool alongside the faculty conversation, center your study on those four areas and the content from your CCRN exam.

If you are comparing how other programs test ICU knowledge on interview day, see our guide to CRNA school interviews in 2026-2027, which walks through panel, clinical scenario, and assessment formats.

Before the interview, you submit two separate one-page essays: a personal statement about a significant academic or professional challenge, and a writing sample about an unusual skill or distinctive background. During the interview, the committee evaluates your writing again through essay and short-answer question review. Keep your on-site written responses structured, legible, and consistent with your two submitted pages.

• Mechanical ventilation: Adjust FiO2, PEEP, respiratory rate, and tidal volume from an arterial blood gas, and recognize auto-PEEP, acute respiratory distress syndrome (ARDS), and high peak versus high plateau pressures.
• Invasive hemodynamic monitoring: Interpret arterial line and pulmonary artery catheter waveforms, calculate mean arterial pressure (MAP) and systemic vascular resistance (SVR), and distinguish hypovolemic, cardiogenic, distributive, and obstructive shock.
• Vasoactive IV infusions: Know receptor profiles (alpha-1, beta-1, beta-2, dopaminergic, and V1), mechanisms, and titration goals for norepinephrine, epinephrine, phenylephrine, vasopressin, dobutamine, milrinone, nicardipine, and clevidipine.
• Aggressive fluid management: Explain crystalloid versus colloid resuscitation, massive transfusion ratios, calcium replacement during citrated blood administration, and dynamic fluid responsiveness.
• On-site short-answer writing: Answer the prompt in your first sentence, use plain words without shorthand, and save two minutes to check spelling and grammar.

We wrote the practice questions and sample answers below to match the four clinical competencies Rutgers lists in its admission criteria and its two required essay themes. They are not official Rutgers questions.

For a broader set of ICU and behavioral prompts across programs, read our full list of CRNA school interview questions with answers.

• Clinical question 1 (Hemodynamics and vasoactive infusions): Walk us through your sickest recent ICU patient on multiple vasoactive drips. What were the hemodynamic numbers, which receptors were you targeting, and why did you choose one pressor over another?
• Sample answer (Example answer written by our team. The applicant is invented.): "Last month in the cardiothoracic ICU, I cared for a 68-year-old man after an emergent coronary artery bypass graft who developed mixed cardiogenic and vasodilatory shock. His blood pressure via right radial arterial line was 78/44 with a MAP of 55. From his pulmonary artery catheter, his cardiac index was 1.7, central venous pressure was 14, pulmonary artery wedge pressure was 19, and systemic vascular resistance was 850 dynes/sec/cm-5. Because his SVR was low and he was hypotensive, I titrated norepinephrine first for its strong alpha-1 vasoconstriction to restore perfusion pressure, while its beta-1 activity supported contractility without causing severe tachycardia. Once his MAP reached 65, his cardiac index remained 1.8 and his mixed venous oxygen saturation was 52%. We added epinephrine at 0.04 mcg/kg/min for stronger beta-1 inotropy rather than milrinone, because his low blood pressure and renal function made a phosphodiesterase-3 inhibitor with a longer half-life and vasodilatory drop in SVR risky. I tracked his lactate, urine output, SvO2, and serial thermodilution indices until his index rose to 2.4."
• Clinical question 2 (Mechanical ventilation and acid-base): Your intubated surgical ICU patient has an ABG of pH 7.21, PaCO2 62, PaO2 68, HCO3 24 on Volume Control, tidal volume 450 mL (6 mL/kg ideal body weight), rate 16, PEEP 8, FiO2 60%. Peak airway pressure is 42 cmH2O and plateau pressure is 22 cmH2O. What is happening and what do you do first?
• Sample answer (Example answer written by our team. The applicant is invented.): "This patient has an uncompensated acute respiratory acidosis with moderate hypoxemia, and the 20 cmH2O gap between peak pressure of 42 and plateau pressure of 22 tells me the problem is increased airway resistance, not lung compliance. Because plateau pressure is under 30 cmH2O, the alveoli themselves are not overdistended. First, I would assess the patient and the circuit: auscultate for bronchospasm or secretions, check if the patient is biting the endotracheal tube, verify tube depth, pass a suction catheter to rule out a mucus plug, and check for water in the tubing. If the patient has severe bronchospasm, I would administer a bronchodilator and check the expiratory flow waveform for auto-PEEP. Once the airway resistance issue is cleared, to correct the PaCO2 of 62 while keeping lung-protective tidal volumes at 6 mL/kg, I would increase the respiratory rate from 16 to 20 or 22, watching the expiratory flow trace to ensure full exhalation between breaths."
• Pharmacology question 3 (Vasoactive drips comparison): Compare phenylephrine and norepinephrine. In what clinical situation in the ICU or operating room is phenylephrine the wrong choice?
• Sample answer (Example answer written by our team. The applicant is invented.): "Phenylephrine is a pure alpha-1 adrenergic agonist that causes arterial and venous vasoconstriction, which raises systemic vascular resistance and mean arterial pressure, often triggering a vagally mediated reflex bradycardia. Norepinephrine is primarily an alpha-1 agonist as well, but it also has beta-1 agonist activity in the myocardium, which supports heart rate and contractility and helps maintain cardiac output against the higher afterload. Phenylephrine is the wrong choice in a patient with cardiogenic shock, severe left ventricular systolic dysfunction, or bradycardia-dependent low cardiac output. Increasing pure afterload with phenylephrine on a failing left ventricle without any beta-1 inotropic support increases myocardial wall stress and oxygen demand and can drop stroke volume and cardiac output further."
• Clinical question 4 (Aggressive fluid management): You are resuscitating a hemorrhaging trauma patient in the SICU who has received 6 units of packed red blood cells and 6 units of fresh frozen plasma over 45 minutes. The patient's blood pressure drops again and the QT interval on the monitor lengthens. What electrolyte abnormality do you suspect, why did it happen, and how do you treat it?
• Sample answer (Example answer written by our team. The applicant is invented.): "I suspect acute ionized hypocalcemia caused by citrate toxicity from rapid transfusion of citrated blood products, especially fresh frozen plasma. Citrate binds endogenous ionized calcium in the patient's bloodstream. Normally the liver metabolizes citrate into bicarbonate within minutes, but during massive transfusion, coupled with hypothermia and hepatic hypoperfusion, citrate clearance cannot keep up. Ionized calcium is required for both vascular smooth muscle tone and myocardial contractility, as well as the coagulation cascade, so hypocalcemia causes hypotension refractory to pressors, a prolonged QT interval, and worsening coagulopathy. I would check a point-of-care ionized calcium on an arterial blood gas and administer intravenous calcium chloride through a central line, since calcium chloride provides three times more elemental calcium per gram than calcium gluconate and does not require hepatic metabolism to release ionized calcium."
• Behavioral and essay follow-ups to rehearse out loud: (1) In your one-page personal statement you wrote about a significant challenge. What did that change about how you handle a deteriorating patient today? (2) Tell us more about the unusual skill or distinctive background from your writing sample and how it will show up during your 2,800 clinical hours here. (3) Why Rutgers, and how have you prepared for 36 months of full-time study without working?

Because Rutgers holds its 2026 interviews on November 5, 6, and 10, your final two weeks before the Newark campus visit need to balance physiology review with paperwork and writing practice. This is our suggested preparation plan.

• Step 1 (Paperwork and CCRN scores): Locate your official CCRN examination score breakdown so it is ready to submit upon invitation. Print copies of your CV, your two one-page essays, and your RN, ACLS, and CCRN certificates. Prepare the details needed for the on-campus Supplemental Application, including the attestation regarding any prior enrollment in an anesthesia program.
• Step 2 (Ventilators and hemodynamics): Spend two days reviewing ventilator waveforms, ABG compensation rules, and ARDSnet parameters, and two days reviewing arterial line damping, PA catheter pressures, and shock profiles.
• Step 3 (Vasoactive pharmacology and fluids): Write a one-page chart for every vasoactive infusion, sedative, paralytic, and induction agent you use in your ICU: receptor, dose range, onset, half-life, and one contraindication. Review blood product ratios and electrolyte shifts during massive transfusion.
• Step 4 (Timed writing and spoken mocks): Write two short-answer responses by hand to practice for the on-campus writing review. Run a full spoken mock interview covering your CV's critical care dates, your CRNA shadowing cases, and two complex ICU patient walk-throughs.
• Step 5 (Newark travel check): Confirm your route to the Rutgers Health Sciences Campus at 65 Bergen Street in Newark, NJ, and pack blue and black pens with your ID and interview packet.

Applications are accepted between May 15 and August 15 for admission the following May, and only applications complete before August 15 are considered. Applicants need a bachelor's degree in nursing from a nationally accredited program with a preferred GPA of 3.2 or higher on a 4.0 scale (accounting for prior associate and undergraduate work), a minimum of one and a half complete years of full-time, current critical care RN experience at the time of application (surgical, cardiothoracic, neurosurgical, burn, pediatric, and medical ICUs are preferred, while NICU and Emergency Department are not considered and PACU is generally not considered unless comparable), current ACLS and CCRN certificates (with CCRN test scores requested if invited to interview and PALS required prior to the fourth semester), a current US RN license (with both New Jersey and New York RN licenses required prior to the second semester), at least two letters of recommendation from critical care leadership, a CV with specific critical care dates and CRNA shadowing information, and two separate one-page essays (a Personal Statement on a significant challenge and a Writing Sample on an unusual skill or distinctive background). Rutgers nursing programs do not qualify for F-1 or J-1 visa sponsorship. To see how Rutgers compares with national minimums across other programs, check our guide to CRNA school requirements for ICU, CCRN, GPA and GRE.

In your one-page personal statement, you described a significant professional challenge. Tell us about a time in your ICU when a patient's hemodynamic status deteriorated unexpectedly, how you managed the ventilator and vasoactive infusions, and what that taught you about your readiness for nurse anesthesia training at Rutgers.

• Rutgers School of Nursing: Nurse Anesthesia DNP Overview
• Rutgers School of Nursing: Nurse Anesthesia Admissions
• Rutgers School of Nursing: Nurse Anesthesia Curriculum
• Rutgers Post-Baccalaureate DNP Nurse Anesthesia Curriculum Plan (Effective Summer 2027, Revised June 2026)
• Rutgers School of Nursing: Application Deadlines
• COA Standards for Accreditation of Nurse Anesthesia Programs - Practice Doctorate (Effective January 1, 2026)
• Council on Accreditation (COA): CRNA School Search