Master of Science in Cardiovascular Perfusion
Master of Science in Cardiovascular Perfusion
The Master of Science in Cardiovascular Perfusion (CVP) is a graduate-level program approved by the Utah State Board of Higher Education and housed within the Division of Cardiothoracic Surgery at the University of Utah School of Medicine. The program is designed to educate and prepare students with the advanced knowledge, technical skills, and clinical expertise required to become licensed cardiovascular perfusionists, highly specialized members of the cardiovascular surgical team.
Perfusionists play a critical role in cardiac surgery by operating the cardiopulmonary bypass (heart-lung) machine, which maintains circulation and oxygenation while the heart is stopped during surgery. In this role, they manage complex physiological parameters, regulate blood gases, administer medications through the bypass circuit, monitor circulation, and interpret key laboratory values in real time. Their expertise is vital to the success of open-heart surgeries and other procedures requiring extracorporeal circulation.
Our curriculum prepares students to thrive in a rapidly evolving medical field where surgical methods, perfusion techniques, and life-sustaining technologies are continually advancing. Program graduates will be fully equipped to meet current licensure requirements and succeed in diverse clinical settings
The 2025-2026 Slate application system is closed. Interviews have been completed and students accepted. See "Important Dates" below for more information.
Program Structure
The cardiovascular perfusion program structure is designed to provide a comprehensive progression from foundational knowledge to advanced clinical practice. The cardiovascular perfusion program is a 24-month (6-semester), post-baccalaureate degree that begins each year in early May and is delivered in two main phases: a didactic phase focused on intensive classroom and laboratory instruction, followed by a clinical phase featuring full-time rotations at leading hospitals across the United States. This master’s-level perfusion program prepares students with expertise in cardiopulmonary bypass, perfusion technology, and patient-centered care.
Learn more about each phase of the program below.
- Three semesters of full-time classroom and laboratory instruction
- 47 credit hours
- Includes clinical observation at University of Utah Hospital
- Coursework includes:
- Graduate-level anatomy and physiology
- Pharmacology
- Perfusion technology and laboratory training
- Research methods
- A master’s project based on real patient data
- Final three semesters
- 35 credit hours
- Full-time clinical rotations under the direct supervision of licensed preceptors
- Training occurs at leading hospitals across the United States, offering high-volume and diverse case experiences
CARDIOVASCULAR PERFUSION PROGRAM INFORMATION
The cardiovascular perfusion program at the University of Utah is a comprehensive, two-year, master’s-level program designed to prepare students for clinical excellence and board certification as perfusionists. Students begin the program in the summer semester each May and progress through a structured curriculum that combines in-person didactic instruction, high-fidelity simulation training, and extensive clinical rotations at leading hospitals across Utah and the United States. This cardiovascular perfusion program emphasizes foundational knowledge in perfusion science, physiology, and pharmacology, along with advanced hands-on training in cardiopulmonary bypass, ECMO, and other extracorporeal technologies, ensuring graduates are well prepared for careers in this high-demand healthcare field.
Accepted students begin summer semester in May each year, not fall semester.
Learn more about the curriculum and training below.
Didactic coursework and clinical rotations are as follows:
FIRST YEAR
Summer Semester: 13 credits
- CVP 6001 Perfusion Science 1, 3 credits
- CVP 6010 Perfusion Lab 1, 2 credits
- CVP 6071 Perfusion Pharmacology, 2 credits
- CVP 6100 Introduction to Hospital Environments, 1 credit
- CVP 6403 Hemodynamic Monitoring, 3 credits
- CVP 6501 Interdisciplinary Healthcare 1, 0.5 credits
- CVP 6630 Medical Physiology 1, 1.5 credits
Fall Semester: 16 credits
- CVP 6002 Perfusion Science 2, 3 credits
- CVP 6020 Perfusion Lab 2, 2 credits
- CVP 6031 Medical Physiology 2, 1.5 credits
- CVP 6200 Research Methodologies, 1 credit
- CVP 6201 Masters Project 1, 1 credit
- CVP 6301 Procedure Observation and Lectureships 1, 1 credit
- CVP 6401 Perfusion Anatomy, Physiology and Surgical Repair, 3 credits
- CVP 6502 Interdisciplinary Healthcare 2, 0.5 credit
- CVP 6620 Applied Anatomy, 3 credits
Spring Semester: 16 credits
- CVP 6003 Perfusion Science 3, 3 credits
- CVP 6030 Perfusion Lab 3, 3 credits
- CVP 6202 Masters Project II, 1 credit
- CVP 6203 Perfusion Standards and Liability Management, 2 credits
- CVP 6302 Procedure Observations and Lectureships 2, 2 credits
- CVP 6402 Pediatric Perfusion, 3 credits
- CVP 6550 Mechanical Circulatory Support, 2 credits
SECOND YEAR
Summer Semester: 9 credits
- CVP 6701 Clinical Rotation 1 (6 weeks), 4 credits
- CVP 6702 Clinical Rotation 2 (6 weeks), 4 credits
- CVP 6720 Pediatric Scenarios, 1 credit
Fall Semester: 13 credits
- CVP 6703 Clinical Rotation 3 (6 weeks), 4 credits
- CVP 6704 Clinical Rotation 4 (6 weeks), 4 credits
- CVP 6705 Clinical Rotation 5 (6 weeks), 4 credits
- CVP 6721 Advanced Topics in Perfusion, 1 credit
Spring Semester: 12 credits
- CVP 6706 Clinical Rotation 6 (6 weeks), 3 credits
- CVP 6707 Clinical Rotation 7 (6 weeks), 4 credits
- CVP 6708 Clinical Rotation 8 (6 weeks), 4 credits
- CVP 6722 Board Certification Prep, 1 credit
Throughout Don’s life he excelled in many endeavors that garnered his interest. After graduating from the Physical Therapy program at the University of Utah, he chose to focus his efforts on patients recovering from open heart surgery. During that time, he developed close relationships with some of the most renowned cardiovascular surgeons in Salt Lake. Those relationships led him to focus his attention on extracorporeal perfusion, a profession which had recently begun evolving locally. It was a life changing decision which he wholeheartedly embraced and a career in which he became exceptional. He went on to develop a reputation for excellence, performing heart-lung bypass and chemotherapy infusions until he retired. Don was a pioneer in perfusion and highly regarded as outstanding in the career field, furthering the legacy of the profession. He passed away in 2011 and will be forever remembered, not only for his success professionally, but also as the remarkable son, husband, father and friend that he was. Don will also be regarded as one of the fathers of perfusion in the Salt Lake Valley and as an excellent teacher and mentor.
In a continuing effort to acknowledge and honor Don’s memory and contributions to the field of perfusion, The Donald R. Kimble Master of Science in Cardiovascular Perfusion Laboratory, has been established. This lab is made possible in great measure through the ongoing and generous support of Don’s wife, Paula. This innovative lab will provide a unique environment for the next generations of perfusionists to train and prepare for careers in the cardiovascular perfusion profession, and as a space for teaching and learning – something that was near and dear to Don’s heart.
Students will be trained in extracorporeal techniques and procedures using innovative technology including: heart lung machines, bypass disposables, cell savers, ECMO, ACT, HIPEC, etc. All simulations will be completed using the BIOMED Simulation Califia 3.0 high fidelity bypass simulator system. This system incorporates the best cardiopulmonary bypass and extracorporeal membrane oxygenation therapy software in the field.
Our goal is to make this lab a space for professions of all kinds to come together and learn the proper techniques for care of the cardiovascular patient. Collaborative learning between perfusionists, perfusion students, surgeons, anesthesiologists, nurses, surgical technologists, and medical personnel is key to successful patient outcomes.
Perfusionists, also known as cardiovascular perfusionists, are highly skilled medical professionals who primarily work in cardiac operating rooms. Their role in cardiac surgery is crucial for positive surgical outcomes. Perfusionists operate what is known as the heart-lung machine. The heart-lung machine does the work of both the heart and the lungs: pumping and oxygenating blood. Disposables are used on the heart-lung machine to pull blood from the heart, filter the patients’ blood, oxygenate the blood, heat/cool the blood, and propel the blood back into the patient. Cardiopulmonary bypass (CPB) is used because of the difficulty of operating on a beating heart. CPB allows the surgeon to work on the heart while it is still and empty. The perfusionist is trained to perform these techniques in coordination with the cardiac surgeon, anesthesiologist, and other medical staff.
Other jobs that perfusionists perform include: Extracorporeal membrane oxygenation (ECMO), Hyperthermic intraperitoneal chemotherapy (HIPEC), Cell Salvage (cell savers), Platelet Rich Plasma (PRP) treatments, and Activating clotting time (ACT) testing.
For more information:
Demographics of 2020-2025 Class (May 2020 Start – May 2025 Graduation)
|
|
2020 |
2021 |
2022 |
2023 |
2024 |
2025 |
|
Total Applicants |
40 |
55 |
75 |
129 |
194 |
217 |
|
Applicants Accepted |
4 |
5 |
7 |
7 |
8 |
8 |
|
Acceptance Rate |
10.00% |
9.09% |
9.33% |
5.43% |
4.12% |
3.69% |
|
Student Population, |
1 |
4 |
5 |
2 |
4 |
3 |
|
Student Population, |
3 |
1 |
2 |
5 |
4 |
5 |
|
Utah Resident |
4 |
2 |
2 |
3 |
5 |
4 |
|
Non-Resident |
0 |
2 |
5 |
4 |
3 |
4 |
|
White Applicants |
3 |
2 |
5 |
5 |
7 |
4 |
|
Diverse Applicants |
1 |
2 |
2 |
2 |
1 |
4 |
|
Age Range of Applicants |
25-33 |
24-30 |
23-31 |
26-52 |
23-38 |
23-34 |
|
Average overall GPA |
3.6 |
3.32 |
3.521 |
3.45 |
3.475 |
3.64 |
|
Accepted Class |
Respiratory therapy |
Medical Laboratory |
Nursing |
Bioengineering |
Sports Medicine |
Health and |
|
|
Pharmacy Tech |
Biological Sciences |
Biology |
Zoology |
Nutritional Sciences |
Cell and Molecular |
|
|
OR Aid |
Food Science & |
Nursing |
Dietetics |
Kinesiology |
Cardiovascular |
|
|
Surgical Tech |
Kinesiology |
Kinesiology |
Exercise Science |
Nursing |
Environmental Studies, |
|
|
|
Biology |
Physiology |
Biomedical Sciences |
Science |
Biology |
|
|
|
|
Nursing |
Medical Lab Science |
Biomedical |
Medical Laboratory |
|
|
|
|
Nursing and |
Science in Nursing |
Cell Biology/ |
Exercise Science |
|
Course Pass Rates |
100% |
100% |
100% |
100% |
100% |
|
|
Retention Percentage |
100% |
100% |
85% |
85% |
100% |
|
|
Job Placement Rates |
100% |
100% |
100% |
100% |
100% |
|
|
Board Pass Rates |
100% |
100% |
100% |
100% |
100% |
|
- Is the GRE Exam Required?
- No
- What are the prerequisites to apply?
- Anatomy 3 credits
- Physiology 3 credits
- Biochemistry 3 credits
- Physics 3 credits
- Biology with lab 8 credits
- General Chemistry (inorganic with lab) 4 credits
- College Algebra or higher 6 credits hours
- English 6 credit hours
- Social and Behavioral Sciences (sociology, psychology, anthropology, etc.) 6 credit hours
- Are official transcripts required for the application process?
- No, official transcripts are only required if you are accepted into the program.
- Is shadowing a perfusionist required to apply?
- Yes, three or more shadowing experiences are required to apply to our program.
- How many students are you accepting each year?
- 10 students
- Is it necessary to have worked in a healthcare profession before applying?
- No. Although, having worked in a healthcare profession can help you be a more competitive applicant.
- Do you require undergraduate/graduate research in order to apply?
- No, but having done research will help you be a more competitive applicant.
- Do you require a certain number of service hours to apply?
- No, but service hours will be considered as part of your overall application competitiveness.
- How many letters of recommendations do I need to have to apply?
- Three; These can be from anyone who can attest to the applicant’s capacity and potential for graduate studies. A letter of recommendation from a perfusionist is recommended but not required.
What overall/science GPA must I have to apply?
Admission to any graduate program at the University of Utah requires a cumulative GPA of 3.0 or higher on a 4.0 scale. This is the minimum threshold for admissions and the CVP Admissions Committee will take both cumulative and science GPA into consideration when reviewing applications.
- What is the total tuition for your program?
- Tuition and fees can be found here.
- How long is the program?
- The CVP is a 2-year, 6 semester program. The first year will be comprised of didactic learning at the University of Utah School of Medicine and the second year will be clinical rotations at the University of Utah, Intermountain Medical Center, and Primary Children’s hospital, as well as other national clinical sites.
- What kind of bachelor’s degree is the best?
- The type of the undergraduate degree doesn’t matter, as long as you have completed our program’s pre-requisite courses. Our program is more interested in an applicant’s abilities and overall academic performance.
- Can I apply before I have my bachelor’s degree?
- You can apply prior to completing your bachelors degree, but your graduation date must prior to the first day of classes. You cannot begin our masters degree program without first completing a bachelors degree, and there are no exceptions.
- Do you accept online degrees?
- Yes, but only degrees from regionally accredited colleges and universities will be considered.
- When do I have to complete my prerequisites?
- All prerequisite requirements must be completed before mid-December during the application season.
- Do you accept online classes for the prerequisites?
- Yes, as long as they are taken from a regionally accredited university or college for credit and a letter grade. In-person coursework and labs are highly preferred though.
I did not have a strong GPA when I was an undergraduate student. Can I still be a competitive candidate?
The University of Utah requires that a student have a minimum undergraduate GPA of 3.0 or higher to apply. A low GPA will not necessarily make you a non-competitive candidate. More competitive candidates will have an undergraduate and prerequisite GPA of 3.2 or higher. Upward trajectory of academic performance is taken into consideration with special attention show to performance in science courses. Students with lower GPA’s may be able to offset with strengths in other areas to become competitive. Applicants may also take supplemental coursework (post-baccalaureate) and have them calculated into your cumulative GPA.
- Can I re-take some courses to bring my GPA up?
- Though it can be difficult to raise an overall GPA, it is possible. Classes that have been retaken will be considered and the higher of the two grades will be used to calculate the students overall prerequisite classes GPA.
- Do you give preference to in-state students?
- All students that apply will be given equal opportunity to be accepted based on the competitiveness of their application. However, as a state institution, we do consider Utah residency and regional factors, and aspire to accept a cohort of students that represents the region, and the diversity of the region.
- Are you accredited?
- Yes, please see our Accreditation information.
- Is it possible for students to work part time?
- Due to the rigorous full-time demands of the program, we strongly discourage students from holding jobs while enrolled in classes.
- Do you offer any online classes?
- All students must attend classes in person. There are no online or distance learning options for this program.
- How can I apply for financial aid?
- The most common source of financial aid is through federal loans, available online through the Free Application for Federal Student Aid. Because maximum federal aid awards may fall short of covering all expenses, students may also supplement their expenses with bank loans and may rely on help from working spouses, family support, or personal savings.
- Are there any expiration dates on any of the prerequisite courses?
- There are NO expiration dates on any of the prerequisite courses, but it is HIGHLY RECOMMENDED that anatomy and physiology be taken within the last 7 years. This is to help the accepted student be ready for the rigorous anatomy and physiology requirements while in the MSCP program. If accepted, the MSCP program MAY require that the student take a refresher anatomy and physiology course before entering their first year of didactic learning.
- If I was not accepted to the program, can I reapply and what can I do to improve my chance of being accepted next year?
- Yes, reapplication is encouraged. Applicants who have applied previously will be considered more heavily during the next application cycle. The year after should be used to strengthen your application and improve your resume. This can include retaking courses to improve your GPA, observing cardiac procedures/shadowing a perfusionist, participating in research or healthcare-related studies, or getting a job in a healthcare-related field to gain healthcare experience.
The program received full accreditation on January 20, 2022, through the Commission on Accreditation of Allied Health Education Programs (CAAHEP), via its Accreditation Committee on Perfusion Education (AC-PE). All curricular and clinical training components are aligned with CAAHEP standards and national credentialing requirements.
The CVP program was unanimously approved by the University of Utah Board of Trustees on December 12, 2019, marking a significant step forward in the university’s commitment to advancing healthcare education.
APPLICATION INFORMATION
The Master of Science in Cardiovascular Perfusion (CVP) at the University of Utah School of Medicine features a competitive, streamlined admissions process designed to identify qualified candidates for this rigorous perfusion program. Applicants must complete an online application through the University of Utah Slate system and meet established prerequisite coursework, GPA requirements, and supporting documentation standards. This cardiovascular perfusion program does not require the GRE and emphasizes academic preparation, healthcare experience, and professional potential. Selected applicants participate in an interview process and, upon acceptance, must complete required screenings and onboarding steps before beginning the 24-month program.
Learn more about admissions requirements and application details below.
The 2025-2026 Slate application system is closed. Interviews have been completed and students accepted.
The 2026-2027 application system will open on August 1, 2026, and close on November 6, 2026. Only applications received and completed during this time will be reviewed. Please do not start your application until August 1, 2026.
Invitations to interview will be sent by the end of December 2026. Virtual interviews will be conducted in January 2027.
If you have any questions, please email perfusionprogram@hsc.utah.edu.
Graduate Admissions Information
- Please review University of Utah Graduate Admissions information on the admissions website here.
- International graduate admissions information can also be found on the admissions website here.
Required Application Materials
- Personal Statement
- Curriculum Vitae (CV) or Resume
- Unofficial Transcripts (official transcripts are not required at the time of application)
- Three (3) Letters of Recommendation
- Letters may come from any individual who can attest to the applicant’s academic abilities, professional potential, and capacity for graduate study
- Completion of a Bachelor's Degree or higher from a regionally accredited institution
- Minimum GPA Requirements
- Cumulative GPA of 3.0 or higher (on a 4.00 scale)
- Science GPA of 3.0 or higher
- No GRE Required
- The Graduate Record Examination (GRE) is not required for admission
HIGHLY Recommended for Competitive Applicants:
Shadowing a Perfusionist
- Applicants are strongly encouraged to observe a practicing perfusionist three (3) times prior to applying.
- Use the official Perfusion Observation Verification Form to document your observation. Bring the printed form with you to have it signed by the supervising perfusionist.
Healthcare Experience
- Individuals with prior medical experience involving direct patient care are highly encouraged to apply.
Apply through University of Utah Admissions Online:
All prerequisite courses must be completed at a regionally accredited college or university with a grade of C or higher (C- is not acceptable).
There are no expiration dates for prerequisite courses; however, it is highly recommended that anatomy and physiology be completed within the last 7 years to prepare for the program’s rigorous curriculum. If accepted, students may be required to complete a refresher course prior to starting the program.
Required Prerequisite Courses:
- Anatomy 3 credits
- Physiology 3 credits
- Biochemistry 3 credits
- Physics 3 credits
- Biology with lab 8 credit hours
- General Chemistry (inorganic with lab) 4 credit hours
- College Algebra or higher 6 credit hours
- English 6 credit hours
- Social and Behavior Sciences (sociology, psychology, anthropology, etc.) 6 credit hours
Applicants selected for consideration must also complete the following:
- Formal Interview Process
- Criminal Background Check (through University of Utah)
- Drug Screening
Candidates for the degree of Master of Science in Cardiovascular Perfusion must be capable of performing in five areas: Observation; Communication; Motor; Intellectual-Conceptual, Integrative and Quantitative Abilities, and Behavioral and Social Abilities. Students must also successfully meet curricular requirements, pass tests and evaluations, and successfully participate in clinical experiences, with or without reasonable accommodation. Faculty has the right to assess any student at any time. Students must be able to demonstrate they can perform the technical standards upon matriculation through graduation from Perfusion school. Any student claiming a disability and seeking an academic adjustment or reasonable accommodation must follow the procedures outlined below.
OBSERVATION
Candidates must be able to observe and participate in all activities assigned during didactic and clinical activities.
In order to make proper clinical decisions, candidates must be able to observe a patient accurately. Candidates must be able to acquire information from electronic media, written documents, and discussions with hospital staff (including surgeons, anesthesiologists, nurses, physician assistants, etc.) to determine the correct plan of action for each patient. Candidates must also be able to observe and make sound corrections to all perfusion equipment including but not limited to: heart lung machines, cell savers, CDI equipment, cardioplegia (CPG) equipment, PRP equipment, ACT equipment, ECMO equipment, HIPEC equipment, heater coolers, and anesthesia equipment (NIRS equipment and BIS readings). Candidates must also be able to observe patient hemodynamics and make corrective actions as is safe and necessary for any patient they are assigned to take care of. Thus, functional use of vision, receptive communication and sensation is necessary.
COMMUNICATION
Candidates must be able to communicate effectively and sensitively with patients and family as is directed by a physician (MD). This is particularly important in situations where you are in direct care of patients in the cardiac ICU involving patients on balloon pumps, VAD’s, and ECMO equipment. Candidates must also be able to communicate effectively and efficiently with other members of the health care team. Communication includes not only speech or face-to-face communication but reading and writing. In emergency situations, candidates must be able to understand and convey information essential for the safe and effective care of patients in a clear, unambiguous and rapid fashion. In addition, candidates must have the ability to relate information to and receive information from patients in a caring and confidential manner. Since the health care team communicates in English, the candidate must be able to communicate effectively and efficiently in English, in speech or other face-to-face communication, reading and writing.
MOTOR
Candidates must possess the motor skills necessary to perform cardiopulmonary bypass techniques and all other perfusion skills assigned of them. Candidates must be able to execute motor movements reasonably required to provide general and emergency medical care to all types of patient populations. In addition to general and emergency care, different types of specific medical procedures and treatments must be performed depending on the course or clinical rotation, and candidates are expected to perform all of the procedures and treatments as may be required by a particular course or clinical rotation. These skills require coordination of both gross and fine muscular movements, equilibrium and integrated use of the senses of touch and vision. In addition, these skills often require a candidate to maneuver his or her own body in different ways to move heavy equipment, set up equipment, manage cardiopulmonary bypass, manage ECMO, and other perfusion related services.
INTELLECTUAL-CONCEPTUAL, INTEGRATIVE AND QUANTITATIVE ABILITIES
In order to effectively solve clinical problems, candidates must be able to measure, calculate, reason, analyze, integrate and synthesize in a timely fashion. In addition, they must be able to comprehend three-dimensional relationships and to understand the spatial relationships of structures. Candidates must have the ability to remain awake and alert at all times.
BEHAVIORAL & SOCIAL ABILITIES
Candidates must possess the emotional health required for the full utilization of their intellectual abilities, for the exercise of good judgment, for the prompt completion of all responsibility’s attendant to the diagnosis and care of patients, and for the development of effective relationships with patients and colleagues. Candidates must possess qualities of compassion, integrity, concern for others, commitment and motivation. Candidates must develop mature, sensitive and professional and effective relationships with patients of all genders, ages, races, lifestyles, sexual orientations, religious beliefs or practices, and cultural backgrounds, as well as with their families, with other health care providers, and with all members of the learning and working community. Candidates are expected to accept and assimilate appropriate suggestions and criticism and, if necessary, respond by modifying their behavior.
The unpredictable needs of patients are at the heart of becoming a cardiovascular perfusionist. Academic and clinical responsibilities of students may require their presence during day and evening hours, any day of the week, at unpredictable times and for unpredictable durations of time. Candidates must be able to tolerate physically and mentally taxing workloads and function effectively under stress. They must be able to adapt to changing environments, display flexibility and learn to function in the face of uncertainties inherent in the clinical problems of patients.
Master of Science in Cardiovascular Perfusion (MSCP)
2025-2026 Tuition and Fees per Academic Semester
* Tuition is subject to change without notice
RESIDENT STUDENTS: FEES PER SEMESTER
| Category | Amount ($) |
|---|---|
| Tuition | 3,736.82 |
| Mandatory Fees | 5,206.50 |
| Tuition Differential Program Fee | 3,105.00 |
| ASUU | 23.70 |
| Activity | 82.69 |
| Athletic | 92.72 |
| Building Fee | 101.43 |
| ICF | 18.50 |
| Fine Arts | 45.00 |
| Gardner Commons | 9.00 |
| Publications Council | 18.81 |
| Recreation | 60.00 |
| Student Life Center | 58.35 |
| Transportation | 510.20 |
| Total Tuition & Fees | 12,558.52 |
NON RESIDENT STUDENTS: FEES PER SEMESTER
| Category | Amount ($) |
|---|---|
| Tuition | 13,193.62 |
| Mandatory Fees | 5,206.50 |
| Tuition Differential Program Fee | 3,105.00 |
| ASUU | 23.70 |
| Activity | 82.69 |
| Athletic | 92.72 |
| Building Fee | 101.43 |
| ICF | 18.50 |
| Fine Arts | 45.00 |
| Gardner Commons | 9.00 |
| Publications Council | 18.81 |
| Recreation | 60.00 |
| Student Life Center | 58.35 |
| Transportation | 510.20 |
| Total Tuition & Fees | 22,015.32 |
Additional Charges and Explanations:
- Matriculation Fee: A matriculation fee of $125.00 will be assessed once to undergraduate students beginning their first term at the University. It includes the cost of the orientation and new student programs, credit evaluation, graduation
- evaluation, and registration with the Career Services Center.
- Science Undergraduate Courses: All students, regardless of class standing, will be charged an additional $85.00 per credit hour for undergraduate courses (1000-5999 level courses) in the College of Science.
- Mines Undergraduate Courses: All students, regardless of class standing, will be charged an additional $85.00 per credit hour for undergraduate courses (1000-5999 level courses) in the College of Mines and Earth Sciences.
- Business Undergraduate Courses: All students, regardless of class standing, will be charged an additional $202.00 per credit hour for undergraduate courses (1000-5999 level courses) in the School of Business.
- Nursing Undergraduate Courses: All students, regardless of class standing, will be charged an additional $126.00 per credit hour for undergraduate courses (1000-5999 level courses) in the College of Nursing including Gerontology courses. All
- students taking courses in the RN-BS UOnline program will not be charged any additional differential fee.
- Engineering Undergraduate Courses: All students, regardless of class standing, will be charged an additional $68.80 per credit hour for undergraduate courses (1000-5999 level courses) in the College of Engineering.
- Games Undergraduate Courses: All students, regardless of class standing, will be charged an additional $68.80 per credit hour for undergraduate courses (1000-5999 level courses) in the Utah Division of Games.
- Business Graduate Courses: All students, regardless of class standing, will be charged an additional $704.80 per credit hour for graduate courses (6000+ level courses) in the School of Business.
- Engineering Graduate Courses: All students, regardless of class standing, will be charged an additional $98.26 per credit hour for graduate courses (6000+ level courses) in the College of Engineering.
- Mandatory Fees: The mandatory fees consist of ASUU Activity, Athletic, Building, Computing, Fine Arts, Gardner Commons, Publication Council, Recreation, Student Life Center, and Transportation. A full breakdown is available from
- budget.utah.edu/tuition-general-fees/
- Writing Pre-Orientation Exam Fee: A $50.00 fee will be assessed once to undergraduate students who pass the writing placement exam.
- Special Course Fees: Additional course fees may be assessed to students enrolled in certain courses.
- Program Fees: Additional program fees may be assessed to students in select degree programs. More information is available from https://www.curriculum.utah.edu/fees/program-fees.php
- E-Book/Material Fees: Additional material fees may be assessed. Opt out, if applicable, is available until the last day to add/drop classes.
- International Student Surcharge: A $150.00 surcharge is assessed each semester to international students for international student support services.
- Other Important Information
- Summer Tuition and Fees: A resident rate will be assessed during Summer semesters. This does not apply to Law, Dental, Medical and other graduate programs that charge nonresident rates during Summer.
- Late Fee: All unpaid account balances after the tuition and housing due date will be charged a 20% late fee, not to exceed $75.00.
- Online Tuition Payment: Tuition and housing charges can be paid online using a credit card (Visa, MasterCard, Discover, or American Express) or an e-check via the Campus Information System.
- Tuition Payment Plan: A 5-month or 4-month semester length payment plans are available to students.
- Direct Deposit: An online application can be complete in Campus Information Services, under the Tuition and Loans tile, to receive any refunds directly to the account. Please find more details from bursar.utah.edu/payment-options/
If you have any questions regarding tuition, please email perfusionprogram@hsc.utah.edu.
All students admitted to the program must provide documentation of the following prior to the start of the program:
- Signed Health Policies Agreement
- Complete Immunization Records
- Background Check (within 1 year)
- Drug Screening (within 1 year, completed on campus during the first month)
- Proof of Current Personal Health Insurance
- Proof of ACLS/BLS Certification
If you have questions about the application process or prerequisites, please contact the CVP Program Office for guidance.
Resources
Below, you'll find information on student housing, getting around the city and campus and other helpful resources.
Several on campus housing options are available for Graduate Students at the University.
OFFICE OF HOUSING & RESIDENTIAL EDUCATION
Manages residence halls and apartments available for both single and married graduate students. Housing is available for graduate students in Shorline Ridge, Benchmark Plaza, Sage Point and Officer's Circle.
UNIVERSITY STUDENT APARTMENTS
Manages apartments for single students and student families. Housing for single graduate students is available in the Medical Towers and housing for graduate students and their families is available in the East & West Villages.
Getting around the University of Utah campus and finding a place to park can be kind of tricky. Here are some links to useful information.
COMMUTER SERVICES
Manages all parking and shuttle services on campus.
UTAH TRANSIT AUTHORITY (UTA)
Provides bus and light rail train routes to and from the University.
- University of Utah Catalog
- Perfusion Program Student Handbook including policies, procedures and the curriculum for both years of training.