Pre-Pharmacy Program
Students interested in pursuing a career in pharmacy must complete all prerequisite courses by the end of the summer term before enrolling in a Doctor of Pharmacy (PharmD) program in the fall. Most pharmacy degree programs in the U.S. require applicants to submit their applications through the Pharmacy College Application Service (PharmCAS) for admission. In-person science classes and labs are encouraged, and observation/shadowing hours are recommended but not required.
The PharmCAS application opens in July for enrollment in the following year. School deadlines vary from November 1 through June 1. Prerequisites and GPA requirements for admission vary by school – please verify these requirements with the program you plan to apply to. Specific college requirements can be found on the PharmCAS website. Note that the Pharmacy College Admission Test (PCAT) and PCAT Practice Tests will be retired in 2024.
Fast Facts
Degree: By earning your Bachelor’s Degree at Midland University in the Pre-Pharmacy Program, you will be prepared to jump straight into graduate work in a professional program.
College/School: College of Health Professions/School of Health Sciences
Suggested Major at Midland University:
Biology – View the Sample Course of Study →
PROGRAM HIGHLIGHTS
Pre-pharmacy students develop a strong foundation in pharmaceutical sciences, including chemistry, biochemistry, and pharmacology. They learn about drug mechanisms of action, pharmacokinetics, pharmacodynamics, drug interactions, and dosage forms.
PROGRAM HIGHLIGHTS
Students gain an understanding of the therapeutic uses, side effects, and contraindications of medications used to treat various medical conditions.
PROGRAM HIGHLIGHTS
Pharmacists play a key role in promoting health and preventing disease through medication management, immunizations, and health screenings. Pre-pharmacy education addresses public health concepts, health promotion strategies, and preventive care interventions.
PROGRAM HIGHLIGHTS
Pharmacists often work as part of interdisciplinary healthcare teams, collaborating with physicians, nurses, and other healthcare professionals to optimize patient care. Pre-pharmacy students learn to communicate effectively, collaborate with team members, and contribute to patient-centered care plans.
PROGRAM HIGHLIGHTS
Pharmacists rely on evidence-based practice to make informed clinical decisions and optimize patient outcomes. Pre-pharmacy students learn to critically evaluate scientific literature, analyze research findings, and apply evidence-based guidelines in pharmacy practice.
Pre-Pharmacy Course Information
These courses are recommended to be taken at Midland University, as students prepare for graduate school in the field of Pharmacy as part of the Pre-Pharmacy track. All course descriptions can be found in the Academic Catalog.
MTH210: Elementary Statistics
MTH220: Calculus I
PSY120: Fundamentals of Psychology
BIO125: General Biology I with lab
PHY151: General Physics I with lab
CHE103: General Chemistry I with lab
CHE104: General Chemistry II with lab
CHE201: Organic Chemistry I with lab
CHE202: Organic Chemistry II with lab
BIO204: Anatomy & Physiology I with lab
BIO205: Anatomy & Physiology II with lab
WRI101: Composition I
These courses are typically not required for graduate school in the field of Pharmacy, but are strongly recommended and may be helpful for students who intent to attend graudate school for Pharmacy.
CHE407: Biochemistry
BIO305: Genetics
BIO209: Medical Terminology
BIO215: Microbiology
BIO11: Bioethics
BUS360: Business Ethics
PSY210: Developmental Psychology
Program Faculty
Dr. Danielle Boelter
Assistant Professor of Health Science
Email Address: boelter@midlandu.edu
Phone Number: 402-941-6540
Dr. Chintamani S. Manish
Professor of Biology
Email Address: manish@midlandu.edu
Phone Number: 402-941-6305
Dr. Evangeline Rukundo, Ph.D.
Associate Professor of Chemistry
Email Address: rukundo@midlandu.edu
Phone Number: 402-941-6322
Key Experiences
Along their academic journey, students take part in what we call “Key Experiences.” These experiences will spark learning outside of the classroom and beyond the textbook. They get students learning first-hand about a profession, seeing the process from an up-close perspective, and thinking outside the box.
Internships, Collaborative Courses & Projects, ePortfolios
- Students will design and conduct an experiment during their Biology Capstone course. Students will prepare audio-visual presentations and create a poster to present at the Luther College of Arts and Sciences Research Fair.
- Students create a completely original organism (plant or animal) for a given set of environmental and habitat conditions that are assigned to them. Students are provided with a set of environmental conditions, location, and other pertinent information about a region. Based upon the information provided, they have to design an organism that will be perfectly adapted to that setting (they must describe the anatomical and physiological characteristics of the organism including its morphology, external characteristics, digestion, respiration, circulation, reproduction, behavioral response, and any other characteristics that are “unique” to their organism. Once the students design the organism they have to write a paper describing it along with art work. Finally, the students have to create a presentation that will be shared with the entire class.
Popular Internship Site
Careers with an Advanced Degree
Careers in pharmacy are projected to grow 5 percent from 2023 to 2033, about as fast as the average for all occupations according to the Bureau of Labor Statistics.
Demand is projected to increase for pharmacists in some healthcare settings, such as in hospitals and clinics. As the roles of pharmacists expand beyond traditional drug-dispensing duties, these workers increasingly will be integrated into healthcare teams to provide medication management and other patient care services in these facilities.
Some possible careers include:
Clinical pharmacists work in healthcare settings such as hospitals, clinics, or primary care practices, collaborating with other healthcare providers to optimize patient medication therapy. They assess medication regimens, provide drug information, monitor for drug interactions or adverse effects, and participate in patient care rounds or interdisciplinary teams.
Pharmacists can work in the pharmaceutical industry in various roles such as drug development, drug safety, regulatory affairs, or medical affairs. They may conduct research and development of new medications, ensure compliance with regulatory requirements, or provide scientific expertise to support marketing and sales efforts.
Community pharmacists work in retail pharmacies, independent pharmacies, or chain pharmacies, providing medication dispensing services, medication counseling, and medication therapy management to patients. They also offer health screenings, immunizations, and health education programs to promote wellness and prevent medication-related problems.
Clinical research pharmacists conduct clinical trials and research studies to evaluate the safety, efficacy, and optimal use of medications. They design research protocols, recruit study participants, collect and analyze data, and contribute to the development of evidence-based practice guidelines and new treatment protocols.
Pharmacists can pursue leadership roles in pharmacy management or administration, overseeing pharmacy operations, staffing, budgeting, and quality assurance. They may work in hospital pharmacy departments, retail pharmacy chains, managed care organizations, or long-term care facilities, ensuring efficient and effective pharmacy services.
Pharmacists with advanced degrees can work as faculty members or researchers in academic institutions or colleges of pharmacy. They teach pharmacy students, conduct research in areas such as pharmacology, pharmaceutics, or pharmacy practice, and contribute to the advancement of pharmacy education and science.
Specialty pharmacists focus on managing medications for patients with complex or chronic conditions such as cancer, HIV/AIDS, autoimmune diseases, or rare genetic disorders. They provide specialized medication therapy management, patient education, and support services to optimize treatment outcomes and quality of life for patients with specialized healthcare needs.
Pharmacists can work in government agencies, public health departments, or non-profit organizations, contributing to public health initiatives, medication safety programs, or healthcare policy development. They may engage in medication surveillance, infectious disease control, disaster preparedness, or medication access programs to promote population health and safety.
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