Photo collage of a student with an IV bag, Pharmacy Building and a student being hooded at the graduation ceremony.

KU School of Pharmacy

KU School of Pharmacy is a world-class research institution and one of the country’s premier pharmacy schools.

Degree Programs

Student in Lab

Pharm.D. Program

A doctor of pharmacy degree (Pharm.D) prepares students to become pharmacy practitioners in a wide variety of settings, including community and retail pharmacies, hospitals, managed care facilities and many more.
Student looking through microscope

Graduate Programs

KU School of Pharmacy offers graduate degrees in Medicinal Chemistry, Neuroscience, Pharmacology & Toxicology and Pharmaceutical Chemistry, as well as residencies in Pharmacy Practice.

Tradition of Excellence

Nationally in Total Research Award Dollars
NAPLEX first-time pass rate—13th nationally
MPJE first-time pass rate—4th nationally

More KU Pharmacy

KU Pharmacy students walk down the hill at graduation

Why KU Pharmacy?

You can get your Pharm.D. anywhere. So, why get your Pharm.D. from KU School of Pharmacy?
Student pharmacist works with a patient in a clinical setting

What Can You Do With a Pharm.D?

A Pharm.D. from KU provides graduates with diverse career options. Learn about the careers you could pursue with a Doctor of Pharmacy degree from KU.
Student pharmacist studies material in IV bag

Our Research

The KU School of Pharmacy is seventh in the nation in National Instutes of Health (NIH) funding.

School of Pharmacy News

The KU School of Pharmacy has lowered its non-resident tuition nearly $50,000, over the course of its four-year Doctor of Pharmacy (Pharm.D.) program. The tuition reduction applies to first-year pharmacy students admitted during the current academic year and beyond.

High school students can now register for KU School of Pharmacy’s 2024 summer camp. Summer camp offers a hands-on experience to explore the pharmacy profession.

Mike Wolfe and illustration representing synaptic degeneration triggered by stalled γ-secretase enzyme-substrate complexes. Illustration credit: Julia J. Wolfe, M.F.A. (

The research team came to the surprising conclusion that the stalled process of amyloid production — not the amyloid itself — can trigger loss of critical connections between nerve cells.