Perfusion Science, MPS

Master of Perfusion Science Degree

University of Nebraska Medical Center

  • Fully Online
  • 20
    Credits
  • $531.00
    In-State
  • $531.00
    Out-of-State

Program Overview

The online Master of Perfusion Science (MPS) Degree Advancement Option (DAO) allows working perfusionists, who have completed a CAAHEP-accredited perfusion program, the opportunity to advance their education and professional goals.

Qualified candidates work with the program director to develop a plan of study that includes coursework and a thesis project designed to match the student's clinical and educational background with their professional goals.

Students choose the online Perfusion Science, MPS program because: 

  • They gain an opportunity to advance their career by developing independent and critical-thinking skills to stay competitive in today's healthcare environment. 
  • The program is offered by the esteemed University of Nebraska Medical Center, which is dedicated to preparing individuals to provide the highest level of patient care achievable. 
  • The program is offered online, by utilizing distance learning technologies, students are able to work in their profession while completing their degree.
  • The degree advancement option allows professionals in good standing to earn a Masters of Perfusion Science (MPS) degree. 

The MPS DAO program is available through distance education technology and may be completed on a part-time basis by qualified Perfusionists. 

Note: Students are allowed up to three years to complete the degree advancement option; however, it is possible to complete the program in four semesters, depending on the student's course load.

Admissions and Requirements

To be accepted to this program, you must have:

  1. A Bachelor's degree

    Complete a Bachelor's degree from a United States or Canadian accredited college or university

  2. Completed coursework

    Biological Sciences: 12 semester credit hours are required which may include laboratory sessions. These courses should emphasize body structure, development, tissue organization and function. Courses may include but are not limited to general biology, cell biology, microbiology, physiology, anatomy, zoology, histology, embryology, genetics and immunology. Physical Sciences: Six semester credit hours of chemistry are required. These courses should emphasize physical principles and may include but are not limited to general chemistry, qualitative analysis, quantitative analysis and organic chemistry. Additionally, three semester credit hours of physics including laboratory session are required. These courses may include general physics, quantum physics or physics for life sciences. Mathematics: Three semester credit hours are required.

  3. letters of recommendation

  4. Be a graduate of an accredited Perfusion education program from within the United States

  5. Present a prerequisite GPA of at least 2.5 on a 4.0 scale and a Perfusion program GPA of at least 3.0 on a 4.0 scale

NOTE: This program is authorized, exempt, or not subject to state regulatory compliance and may enroll students from all 50 states

To apply to this program:

  1. Submit a completed application for admission
  2. Submit the application fee
  3. Submit all application materials through mail

Courses You’ll Take

Course Information

All applications and transcripts are reviewed by the Clinical Perfusion Education Program Director on a case-by-case basis. Grades lower than "C" will not transfer for credit. Additional coursework may transfer for credit; course description and syllabus may be requested for evaluation of equivalency with UNMC.

Academic Progress - Students enrolled in the Masters Degree Clinical Perfusion are expected to make satisfactory academic progress toward the completion of their Plan of Study and degree requirements. All courses must be passed with a grade of "C" or better and a 2.0 cumulative grade point average (GPA) must be maintained throughout enrollment in the program. Courses may be repeated only once, and a cumulative GPA below 2.0 at the completion of any semester will result in dismissal from the program.


Continuing Education - the purpose of reporting continuing education activity to the American Board of Cardiovascular Perfusion (ABCP), CEU's will apply ONLY toward credit hours NOT converted to academic credit hours. This occurs ONLY by withdrawal from the program or failure to complete the program in the allotted 36 month period. ABCP credit may be applied as Category III CEUs as described in their Booklet of Information (http://www.abcp.org/boi.htm).

Core Courses

Course NumberCourse NameCredits
CLPR 765Special Studies in Advanced Clinical Perfusion I3
This course is the initiation of the thesis project required by the program on scientific methodology. This interactive multi-disciplinary course reinforces with the student the importance of design, management and production of an approved clinical project or scientific research with the goal of improvement of our understanding of extracorporeal circulation and better patient care. Emphasis is placed on the scientific method in the design, conduct and measurable progress of an approved project by mutually agreed upon deliverables. Prerequisite: CLPR 520
CLPR 723Perfusion Seminar IV1
Perfusion seminars are a detailed study of the techniques of perfusion, perfusion equipment and clinical applications. Specific emphasis on clinical pathophysiology of cardiopulmonary bypass will be reviewed in case discussion format. Guest lecturers will present on various topics including infection control, blood borne pathogens, medical ethics and risk management. First and second year students will interact together with online students from the degree advancement option.
CLPR 775Survey in Advanced Extracorporeal Science I2
Students in this course participate in a comprehensive review of the complex issues of extracorporeal circulation, exploring its controversies which seemingly drive clinicians away from wide-spread use of the technology. The course is intended for those students who have experience in ECC science. The student will seek to understand these complexities by review of scientific literature, interviews with content experts and contributions from their personal experiences. By class participation, presentations and interviews, the students will be encouraged to interact with individuals from multiple allied health specialties. Emphasis is placed on using scientific inquiry in exploring the real meaning and presence of the problems, as well as seeking potential solutions, if at all realistically possible.
CAHP 631Management in Health Care3
The purpose of this course is to introduce the student to the concept of organizational theory and behavior, and several management applications. The topics to be covered include the principles of motivation, team building, leadership, management, organizational culture and individual responses to organizational changes. Since change is a constant in today's organizations, the student will learn basic methods for planning and implementing organizational change. Additionally, the student will learn the basic concepts of continuous quality improvement, the application of quality tools, financial management, as well as the process for hiring, coaching, evaluating and dismissing employees. The student is expected to complete a simple quality improvement project and to prepare her/his own resume for an entrance level professional position (discipline specific).
CLPR 722Perfusion Seminar III1
Perfusion seminars are a detailed study of the techniques of perfusion, perfusion equipment and clinical applications. Specific emphasis on clinical pathophysiology of cardiopulmonary bypass will be reviewed in case discussion format. Guest lecturers will present on various topics including infection control, blood borne pathogens, medical ethics and risk management. First and second year students will interact together with online students from the degree advancement option.
CLPR 520Thesis Development1
Thesis Development is a research course on scientific methodology. This interactive multi-disciplinary course teaches the student the importance of performing prospective research in an effort to improve our understanding of extracorporeal circulation and better patient care. Through class participation, the students will have the opportunity to interact with individuals from multiple allied health specializations in conducting clinical and laboratory research projects under the guidance of staff and faculty. Emphasis is placed on the scientific method in the design, conduct and completion of a research project.
CAHP 626Health Care Ethics & Critical Thinking3
This course introduces ethical issues that Allied Health professionals can expect to encounter during their education and career. It covers such areas of concern as confidentiality, informed consent, responsible practice, professionalism, cultural differences, handling mistakes, difficult cases, and key legal aspects of these issues. To assist students in resolving issues, the course identifies and applies key principles of critical thinking. The course trains students in the use of these principles in ethics and professionalism. The course is designed to improve the ability of students to reason soundly in professional ethics, to be familiar with the health professional ethics literature, and to communicate clearly about ethical values, integrity, and judgment. At the same time, this course is intended to provide a broad context to the daily issues of professional life, and to present the historical richness of the debates over ethical issues. Prerequisites: Enrollment in the MPAS DAO.
CLPR 766Special Studies in Advanced Clinical Perfusion II3
This course is the completion of the thesis project required by the program on scientific methodology. This interactive multi-disciplinary course reinforces with the student the importance of design, management and production of an approved clinical project or scientific research with the goal of improvement of our understanding of extracorporeal circulation and better patient care. Emphasis is placed on the scientific method in the design, conduct and completion of an approved project. Prerequisite: CLPR 520, 765
CAHP 630Scanning the Health Care Environment3
This upper level course in the College of Allied Health Professions is designed to provide allied health professions students with an overview of health care delivery in the United States. The course will explore many factors that influence the delivery of health care, including the determinants of health, the financing of health care, and various health care settings. The course will examine the evolution of health care in the United States and will project issues that will affect health care in the future. Allied health professionals are affected by such changes in both their personal and professional lives. It will be the challenge of health care professionals of the future to consider the value of Medicare and Medicaid, the handling of insurance issues, the creation of policy governing health care delivery and the reduction of health care disparities. This course is designed to assist students in gaining an understanding of why change is occurring, recognizing trends in their particular professional environment and identifying strategies to affect the changes to assure the patient's access to quality care in an economical environment.

Tuition & Fees

Nebraska Residents

Per Credit Hour

Tuition
$531.00
Fees
$41.25
Total
$572.25

3 Credit Hours

Tuition
$1593.00
Fees
$123.75
Total
$1716.75

Out of State Residents

Per Credit Hour

Tuition
$531.00
Fees
$41.25
Total
$572.25

3 Credit Hours

Tuition
$1593.00
Fees
$123.75
Total
$1716.75
About Faculty

University of Nebraska online courses are taught by expert faculty who embody the qualities resulting from research experience and professional/field experience. Students learn from faculty with a variety of backgrounds, many of whom are published researchers in their fields. NU faculty who teach online do so in a way that optimizes learning within the online modality and because technology enables students to access education they may otherwise may not be able to pursue.

Application Deadlines
  • Fall SemesterMay 16
  • Spring SemesterDec 02
  • Summer SessionsApr 15