1. Students will complete their thesis in collaboration with their supervisory chair. After the student has verified that they and their paper are ready to be presented they will email the paper to their supervisory committee.
2. The student will email their committee with several dates/times, at least 2 weeks in the future, to determine when would be best for the majority of the committee to participate.
3. Once an appropriate date/time has been found, the student will notify the .
4. The Graduate Student Coordinator will send out an event invite to the supervisory committee with the information for the conference room and/or Zoom room link.
5. The student will complete the
The thesis defense is conducted by the supervisory committee according to Graduate School regulations. A student will be passed only if the committee is satisfied that the thesis research and documentation are unquestionably of the quality that will bring distinction to the candidate and the department . The committee may request further work from the candidate before a final decision is made.
Public Presentation | 1. On the day of the exam, the student will arrive 10 min. early to the conference room/Zoom link to complete setup and verify that their audio and video are functional. |
2. Once a majority of committee have arrived by the designated time, the student will begin their proposal presentation. If the defense is broadcast over Zoom, the Graduate Student Coordinator will begin recording. | |
3. At the end of the presentation, the student will answer questions from the public (supervisory committee, guests invited by the student, etc.) | |
Private Presentation | 4. After finishing the public presentation and question session the Graduate Student Coordinator will stop the recording and additional guests will be asked to leave. The student will remain to answer additional questions from the supervisory committee. |
Supervisory Committee Deliberation | 5. The student will be asked to leave the room/the Graduate Student Coordinator will place the student in a private Zoom room. The supervisory committee will then deliberate as to whether the student has either passed, failed, must make revisions and/or retry. |
Results | 6.The student will be invited to re-join the supervisory committee and will receive the results of their defense. |
After the defense, the Graduate Student Coordinator will work with the student’s supervisory committee to process the paperwork and the student will need to:
Milestone Master's
This path is for students who have not earned a Master’s degree from a US or Canadian university.
Transfer Master's
This path is for students who have already earned a MS degree from an university or institution.
This path is for students who have already earned a MS degree from the University of Utah.
This is for students who have not yet earned a Master’s degree from a US or Canadian University. International students who have earned a Master’s degree in their home countries are eligible for this pathway.
Students on this path will be required to complete the following coursework requirements:
A Milestone Master’s degree must be completed in the same department that the student completes their PhD in. A student must meet the following criteria prior to earning a Milestone Master’s degree:
1. Meet with Graduate Student Coordinator to add MS program to file
2. Complete MS coursework requirements with an average GPA of 3.0 or higher
3. Apply for MS degree when requirements are met with the option of participating in convocations
Students should work with their advisor and committee to determine coursework relevant to their future research and professional goals.
Students starting in the Spring should reverse the order and start with Term 2
Coursework | 7.0 |
2.0 | |
Required Track Coursework (Fall):
EE – ECE 7900 Graduate Seminar (1.0) CE – ECE 6710 Digital VLSI (4.0) & ECE 6810 Comp. Arch. (3.0)
Coursework | 6.0 |
ECE 6950 Project | 2.0 |
2.0 | |
Required Track Coursework (Spring):
EE – ECE 7910 Graduate Seminar (1.0)
Coursework | 9.0 |
ECE 6950 Project | 2.0 |
ECE 7970 Thesis Research | 9.0 |
Coursework not required | – |
Term 3 Milestones:
Meet with Graduate Student Coordinator Apply for MS Graduation
Term 4 Milestones:
Establish Supervisory Committee Complete Qualifying Exam
Research | 9.0 |
Term 5/6 Milestone:
1st submitted journal article
Term 7 Milestones:
2nd submitted journal article Proposal
Term 8 Milestones:
Submit for preliminary review – thesis draft – Thesis Draft: Preliminary Pages through Chapter 4
Research | 3.0 |
Once a student has completed their proposal they are permitted to enroll in only 3 credits of thesis research to maintain full-time status (domestic & international) and qualify for tuition benefits.
Term 9 Milestones:
3rd submitted journal article Defense Apply for PhD Graduation Apply for CPT – International students (optional)
Students who have already earned a Master’s degree are required to complete the following coursework requirements:
ECE 7970 Thesis Research | 3-4.0 |
Coursework CE Coursework EE | 3.0 4.0 |
2.0 | |
Research | 2-3.0 |
Coursework CE Coursework EE | 6.0 7.0 |
Recommended Course:
ENGIN 6960 Graduate Writing & Communication (3.0)
Term 5 Milestones:
2nd submitted journal article
Term 6 Milestones:
Submit thesis draft for preliminary review -Preliminary Pages through Chapter 4
Prior University of Utah MS Degree
Students who have already earned a Master’s degree from the University of Utah before starting their PhD program are only required to complete the following coursework requirements:
*Electrical Engineers should take ECE 7900 & 7910 PhD-level graduate seminar. Students who have already taken Graduate Seminar at the 6000- level during their University of Utah MS degree do not need to retake it at the 7000- level.
This requirement includes students who completed an ECE MS Online/Remote-Learning degree and students who completed a non-ECE MS degree at the University of Utah.
ECE 7970 Thesis Research | 7.0 |
2.0 | |
Term 1 and 2 Milestones:
Term 3 and 4 Milestones:
Privacy preferences.
The Doctoral (PhD) degree offered through the Materials Science and Engineering Department is an intensive research and doctoral dissertation degree. Students may directly pursue a PhD degree without first earning a MS degree.
MSE Graduate Handbook Year 2020-2021
MSE Graduate Handbook Year 2018-2019
MSE Graduate Handbook Year 2017-2018
Office: CME 304
Complete a minimum of 54 credit hours in courses level 6000 or above
All coursework must be completed at a cumulative 3.0 GPA (B grade average). All courses must be passed with a B- or better.
Students will also be required to complete the following requirements during the course of the program:
Required Courses
All entering PhD students are required to take the following MSE core courses within their first two semesters, regardless of where they received their Mater’s degree.* These courses will count towards the 25 hours of MSE coursework hours.
*EXCEPTION: Students who received a B.S. or M.S. degree from the Department of Materials Science and Engineering at the University of Utah, and received a B or better in MSE 5034 and MSE 3001 will not be required to take MSE 6034, 6011 and 6001. These students are allowed to substitute these three required courses with any other 6000/7000 level MSE or MET E course.
Graduate Seminar
Students are required to take 6 semesters (0.5 credit hours each semester) of MSE Graduate Seminar.
Two oral presentations are required. Graduate Seminar credit hours cannot be used to satisfy the 25 credit hours of MSE coursework.
If students are unable to attend the Graduate Seminar in a given semester due to an academic or work related conflict, they will be required to make up the credit through an independent study. Students will still be required to register for MSE 7800/7801, as the credit hours are required for the graduate program. However, it will be the student’s responsibility to attend at least 10 seminars or lecture during the duration of the semester.
The seminars or lectures must be related to the field of Materials Science & Engineering. The seminars or lectures can be on or off campus. They could also be pre-recorded and viewed from various media platforms (example YouTube).
Students must write a one page (typed, single spaced, 12 pt. font) paper addressing the following topics: • How the topics relates to your research • One full paragraph should discuss the research style and communication skills of the speaker. • Students should give advice on how the presentation could have been better
The 10 one-page papers are due the last day of classes in the given semester. Thesis Hours
Students must complete at least 14 hours of Thesis Research ( MSE 7970 , Thesis Research: Ph.D.). The candidate must also be regularly enrolled at the University and registered for at least one course during the semester in which the final oral examination (dissertation defense) is taken.
After the residency requirement has been met (two consecutive semesters of nine hours or more), graduate students who are registered for three credit hours in any one of the following classes are considered full-time status:
This does not fulfill state residency requirements.
Registration Restrictions
Credit hour requirements for full time and part time status at the University of Utah:
Graduate | 9 hours per term | 5-8 hours per term |
English Proficiency
The University of Utah Admissions Department sets the requirements for English Proficiency, not the department. This requirement cannot be waived. Applications will not be processed without official test results dated within two years. For more information, please see the admissions page on English Proficiency found here .
Candidate will write a report and prepare an oral presentation for a topic of scientific area which is NOT directly related to his/her ongoing Ph.D. research. The presentation and report shall cover:
Students will be expected to do a deep dive into the topic and be prepared to apply/discuss the basic MSE principles (covered by the core courses) to the selected topic.
Topic selection: The topics will be suggested/assigned by the MSE graduate committee.
Examination committee will consist of at least three MSE faculty, excluding student’s primary advisor.
After successfully passing the Candidacy Evaluation, PhD students must make an appointment with the MSE Academic Advisor to start building a supervisory committee.
Each supervisory committee consists of five faculty members . In compliance with The Graduate School’s policy, the majority of the committee members (3) must be tenure line faculty in the MSE department. The supervisory committee chair must be a regular tenure line faculty at the University of Utah. The dean of The Graduate School may approve requests to appoint a committee member from another university where appropriate justification and supporting documentation is provided. The supervisory committee is responsible for approving the student’s academic program, preparing and judging the qualifying examinations, approving the dissertation subject and final dissertation, and administering and judging the final oral examination (dissertation defense).
Supervisory Committee Form
During the third year of graduate study, PhD students are required to complete a Program of Study. This form is not a selection of courses that satisfies the minimum requirements but will be a list of all course work and research hours proposed for the PhD degree that will be approved by the Supervisory Committee. It is important that students understand that the Supervisory Committee makes the final decision for the courses that will appear on the Program of Study for the PhD. Procedure to Complete
The procedure to complete the Program of Study form is as follows:
Program of Study Form
After advancing to candidacy, but before the end of the third year (6th semester) in the program, students must complete the written and oral portions of the Dissertation Proposal Exam. An exception can be granted by a student’s Supervisory Committee Chair for extenuating circumstances.
The Dissertation Proposal must occur before the Dissertation Defense and the two many not be completed within the same semester. The Dissertation Proposal Exam (written, oral, or both parts) may be repeated once if a “Fail” or “Conditional Pass” is received the first time. Written Proposal
Students must independently prepare a written proposal for the research they will complete for their dissertation. It must be given to their Supervisory Committee at least two weeks prior to the date of the oral exam. Students must propose their own original research which will form the basis of their publications and PhD dissertation. The proposal should detail the prior work in the field, detail any results already obtained by the student, and lay out the research objectives and plan for meeting those objectives before completing the dissertation. A copy of the Dissertation Proposal will be provided to the Academic Advisor to be retained in the student’s file.
The proposal should follow the NSF proposal format (or other federal agency if approved by the committee). For more information on the format, student should refer to the MSE Dissertation Written Proposal Template here .
For additional resources and information on NSF formatting, students should refer to the University of Utah Office of Sponsored Projects website by clicking here.
Oral Proposal
Students must arrange with their Supervisory Committee to present and defend their proposal. A common format is to prepare a talk lasting 40 minutes if uninterrupted based on the same ideas and research plan contained in the Written Proposal.
The committee will ask questions, evaluate the proposal, and give feedback and suggestions to the student on the proposed research. The committee will sign the Dissertation Proposal from, which has separate “Pass,” “Conditional Pass” and “Fail” marks. Again, the committee may require remedial actions for “Conditional Pass” or “Fail” marks.
Dissertation Proposal Form
Dissertation
Students must submit a dissertation embodying the results of scientific or scholarly research. The dissertation must provide evidence of originality and the ability to do independent investigation and it must contribute to knowledge. The dissertation must show a mastery of the relevant literature and be presented in an acceptable style. The style and format are determined by departmental policy and registered with the thesis and dissertation editor, who approves individual dissertations in accordance with departmental and Graduate School policy. The approved style guides can be found here .
At least three weeks before the final dissertation defense, students should submit an acceptable draft of the dissertation to the chair of the Supervisory Committee; committee members should receive copies at least two weeks before the examination date.
The doctoral dissertation is expected to be available to other scholars and to the general public. It is the responsibility of all doctoral candidates to arrange for the publication of their dissertations. The University accepts two alternatives for complying with the publication requirements:
The entire dissertation is submitted to UMI Dissertation Publishing, ProQuest Information and Learning, and copies are made available for public sale. The abstract only is published if the entire dissertation has been previously published and distributed, exclusive of vanity publishing. The doctoral candidate may elect to microfilm the entire previously published work. Regardless of the option used for meeting the publication requirement, an abstract of each dissertation is published in UMI Dissertation Publishing, ProQuest Information and Learning, Dissertation Abstracts International.
Detailed policies and procedures concerning publication requirements, use of restricted data, and other matters pertaining to the preparation and acceptance of the dissertation are contained in A Handbook for Theses and Dissertations, published by The Graduate School and available on The Graduate School website .
Please be sure to check the Thesis Office manuscript tracking system to see if your dissertation has been uploaded to ProQuest . Defense
PhD students must orally defend the significant contents, results, and conclusions associated with their doctoral research before the entire Supervisory Committee at an open and public defense. At the conclusion of the public participation, the committee will excuse the public and conduct further questioning on the thesis and related topics. The outcome of the defense is reported on the PhD Defense Form.
The draft or final dissertation document will serve as the written basis for the presentation and should be submitted to the Supervisory Committee four weeks prior to the oral defense. The Supervisory Committee will examine in detail the contents, results, conclusions and contribution made by the student’s research and written dissertation.
“The Supervisory Committee Approval” and “Final Reading Approval” forms must be filled out by the student and the appropriate signatures obtained before final dissertation can be submitted to the Thesis Editor for final approval and release. These forms are the responsibility of the student and can be found on The Graduate School’s website .
When should you defend in order to graduate in a specific semester?
The earlier you defend in a given semester, the more likely you are to be able to graduate that same semester. Check the Thesis Calendar to see when the submission deadline is. You need to defend far enough ahead of that deadline that you can make any changes to the text required by your committee and ensure that the manuscript adheres to your chosen style guide and Thesis Office requirements by the deadline. Be aware that if you submit your manuscript on the deadline and there are any formatting errors you will not graduate that semester. The sooner you turn your manuscript in the more likely you are to graduate in that semester. As a general rule of thumb, plan to defend in the first 2 months of the semester if you want to graduate that semester. Registration
Student must be registered for 3 credit hours of MSE 7970 during the semester they defend. Once student defends and the dissertation has been accepted by the Supervisory Committee, the student is not required to register for another semester. International Students should check with the International Center once they have defended to make sure that they do not go out of status while completing requested rewrites.
Defense and Dissertation Forms
Materials Science and Engineering Department form:
Graduate School Forms
Part time student status.
Preliminary formatting.
Main navigation, neuroscience phd university of utah.
Prospective Students, learn more about the program, meet some of our training faculty and get your questions answered by joining our annual
Virtual Open House - Monday, October 28, 2024 11:00 am MT
Sign up to received the online link to join the open house here!
Application portal is now open for 2025-26 academic year consideration. for more information click the link below., university of utah indigenous land acknowledgement statement.
The University of Utah has both historical and contemporary relationships with Indigenous peoples. Given that the Salt Lake Valley has always been a gathering place for Indigenous peoples, we acknowledge that this land, which is named for the Ute Tribe, is the traditional and ancestral homelands of the Shoshone, Paiute, Goshute, and Ute Tribes and is a crossroad for Indigenous peoples. The University of Utah recognizes the enduring relationships between many Indigenous peoples and their traditional homelands. We are grateful for the territory upon which we gather today; we respect Utah’s Indigenous peoples, the original stewards of this land; and we value the sovereign relationships that exist between tribal governments, state governments, and the federal government. Today, approximately 60,000 American Indian and Alaska Native peoples live in Utah. As a state institution, the University of Utah is committed to serving Native communities throughout Utah in partnership with Native Nations and our Urban Indian communities through research, education, and community outreach activities.
The primary goal of the Neuroscience Program at Utah is to develop well-rounded scientists who are passionate about science and will become the next generation of leaders in our society.
The Neuroscience PhD Program at the University of Utah offers rigorous training through a combination of coursework, research training, mentoring, and professional development. More than 80 program faculty from 26 participating departments provide broad expertise from molecular and cellular neuroscience, to systems and cognitive neuroscience.
Students receive hands-on training and mentorship within a world-class research environment, collegial and collaborative mentorship and a vibrant research community. They have the unique opportunity to develop professionally through a variety of student leadership roles, such as organizing the Annual Snowbird Neuroscience Symposium and Neuroscience Program Speaker Series.
Send your questions and inquiries about the Neuroscience PhD Program to our Program Manager at [email protected]
We've succefully have ran our first Neuroscience store! The sale lasted for the month of May. If you missed out don't worry we will have the sale run again this fall with new upgrades.
And don't forget to watch your email for when your package arrives to the office.
College of social and behavioral science, main navigation, program admissions.
CLICK HERE TO BEGIN YOUR PhD APPLICATION
The requirements for admission to the PhD program are:
A master's degree in economics is not a requirement for admission. The GRE is no longer a requirement for admission.
*If you do not meet these prerequisites, your application will be considered incomplete. Grades for the prerequisites should be posted on your transcripts at the time of application. These requirements may be completed at any accredited university, including as a non-degree seeking student at the University of Utah. These courses do not count towards your graduate degree program once admitted.
Preparation in mathematics through calculus, statistics, and linear algebra is strongly recommended. The level of required mathematics is described in the document Mathematics Prerequisite . Students who lack the proper background in micro and macroeconomic theory, statistics, and mathematics must take courses to remedy these deficiencies prior to being admitted into the program. It may be necessary for students not fully prepared for a graduate program to take remedial courses.
Detailed information on the University of Utah Graduate School admissions policies can be found here.
International students must demonstrate their proficiency in English by specific citizenship or examination. The University requires a minimum of 80 on the TOEFL i BT exam, 110 on Duolingo , or 6.5 on the IELTS . The TOEFL is preferred by our department. A strong speaking score (25 or higher) is particularly important for funding through a teaching assistantship. For details about the English Proficiency requirement, including approved non-examination demonstrations of proficiency, please visit this page .
We recommend completing all TOEFL exams by December 15. To ensure that scores reach Admissions in a timely manner, please provide ETS with the following codes: University of Utah: 4853 Department of Economics: 1801
More information about University of Utah International Graduate Admissions can be found here .
Fall admission: january 15.
Applications for the PhD program are only accepted for Fall semester. The PhD program is scheduled so that the first-year core courses are offered in a sequence; therefore, it is only possible to begin the PhD program in the fall.
Applicants will hear back between early March and mid-May.
Applications for Fall 2025 will open on August 1, 2024.
Applications to our PhD program are made online through the Slate application system .
CLICK HERE TO BEGIN YOUR APPLICATION
Prospective students who have thoroughly explored our website (including the FAQs) and have additional questions about the program or admission process are invited to contact the Economics Graduate Student Coordinator at [email protected] .
College of social and behavioral science, main navigation, political science doctoral degrees.
The Political Science Department at the University of Utah seeks graduate students who are both motivated and able to succeed in political science study and research. Students with substantial preparation in political science or another social science are most likely to meet this standard, although the department has admitted applicants from other disciplines who can demonstrate, through relevant interests and experience, the abilities necessary for advanced work in political science. The fit between applicants' interests and the research expertise of our faculty is also an important consideration during the admissions process. Although there are no specific course prerequisites for our graduate program, applicants must have completed at least a bachelor's degree.
The department offers a variety of courses that effectively introduce students to major research issues, plus others that encourage advanced research. Graduate degrees promote career advancement for certain types of jobs and are the prerequisite for faculty appointments at the college and university levels. Students take classes (seminars) in different subfields of the discipline: American Politics, Comparative Politics, International Relations, and Political Theory. As of Summer 2024, the Public Administration subfield is no longer available in our degree programs. The Public Administration program is under the new Division of Public Affairs .
For complete information concerning the Doctoral Degree Program, consult the PhD Handbook .
To see a list of faculty members and research interests, click here .
Students must complete all required political science course work with at least a B average (3.0). At least one year (two consecutive semesters) of study must be spend in full-time (at least nine hours per semester) academic work at the University of Utah.
Students who have completed a master's degree in political science at the University of Utah may use the courses taken as part of their master's course work to satisfy these requirements provided that no more than three years has elapsed between the completion of the master's degree and start of the PhD program. Students who complete a master's degree in political science at the University of Utah must complete a minimum of 18 hours of graduate courses beyond the master's degree.
Satisfactory completion of departmental core courses, major field course requirements, and minor field course requirements. The departmental core courses are:
Students must complete the courses designated by their major and minor fields of study.
Students must form a supervisory committee of five faculty. The chair of the supervisory committee and at least one other member of the committee represent the student's major field of study within political science, at least one member of the committee represents the student's minor area of study, and at least one member of the supervisory committee must be from outside the department of political science. The supervisory committee approves the student's course of study and determines the extent of language and research method proficiency required.
Students must pass comprehensive examinations in their major and minor fields of study after the completion of their course work. Students must complete a minimum of nine political science graduate courses (27 semester hours) at the University of Utah prior to taking the comprehensive examinations. A comprehensive examination consists of both written and oral examinations and students must pass the written examinations in both their major and minor fields before proceeding to the oral examinations conducted by the supervisory committee. Students are required to complete their comprehensive exams in one semester.
Students must successfully defend a written dissertation proposal in an oral exam conducted by their supervisory committee within two regular semesters (one calendar year) of having passed their comprehensive examinations. Students must successfully defend their completed written dissertation in public defense conducted by their supervisory committee within six regular semesters (three calendar years) of completing their comprehensive examinations (an extension of up to two regular semester can be granted by the supervisory committee). Students must register for a minimum of 14 semester hours of dissertation credit.
College of pharmacy, student tools, faculty resources, research departments, research centers, phd in pharmacotherapy outcomes research & health policy.
The University of Utah College of Pharmacy is part of the University of Utah Health Sciences Center, with state-of-the-art classroom, research and library facilities available to students pursuing graduate education. The Department of Pharmacotherapy has a long, rich history in the provision of high quality post-graduate training for pharmacy practitioners and outcomes researchers. Students in the Doctor of Philosophy in Pharmacotherapy Outcomes Research Program are highly motivated with backgrounds in a pharmacy and pharmaceutical sciences, health economics, or other healthcare field.
Students graduate with core competencies in health economics, epidemiology, research design, and statistics. They are also prepared to be independent outcomes researchers trained to generate evidence to support health policy decisions regarding pharmaceuticals and related technologies. Graduates of our program currently apply these sills in a broad range of career settings including the pharmaceutical industry, academia, institutional pharmacy, community pharmacy, and managed care organizations.
We require a statement of purpose, CV, transcripts, score reports (GRE for US applicants and GRE and TOEFL for International applicants) and three letters of recommendation from all applicants.
Our PhD in Outcomes Research program offers students a unique opportunity to study pharmacotherapy outcomes research in the context of a sophisticated academic health science center.
Director, Graduate Program, PhD
The Department of Medicinal Chemistry together with the Dean's Office have developed a pathway for students who are interested in simultaneously pursuing a Pharm.D and a Ph.D. in Medicinal Chemistry. This program is intended for students who are interested in a career in basic or clinical research for the discovery and development of new pharmaceutical therapies. It is constructed to intersperse the core curriculum requirements of the Ph.D. program into the curriculum of the Pharm.D. program, making course substitutions where feasible. In doing this, we minimize curriculum redundancy between the two programs while ensuring that the student is adequately prepared for the demands of both degree programs.
During the joint program pathway, students undertake research in the summers between their P1-P3 years. Students are also expected to use at least one clerkship rotation for research. The program is structured so that students can take their Ph.D. qualification exams during their P5 year and their pharmacy licensure exam at the normal time after completion of the P4 year. Following P4 year, the students engage in full time research to complete the Ph.D. program.
Students who are interested in pursuing this pathway should apply to the Pharm.D. program first. Students are accepted into the Ph.D. program during their P1 year if the student meets the program admissions criteria and there is appropriate research mentoring and support for the student. Interested students should contact the Director of Graduate Admissions in the Department of Medicinal Chemistry for application procedures and information.
Students enter directly into the Pharm.D./PhD program. Curriculum based on application to the Med Chem program during the P1 year. First class would be summer rotations
International Students . International students are encouraged to apply to either of the Interdepartmental Graduate Programs as appropriate. Students interested in research in the Department of Medicinal Chemistry would then join a Medicinal Chemistry laboratory in their second year.
Graduate studies in the Department of Medicinal Chemistry are dedicated to research and education at the interface of the chemical and biological sciences.
Terri Elder-Hale
Department of Medicinal Chemistry 30 South 2000 East, 307 SKH Salt Lake City, Utah 84112-5820 University of Utah Phone: (801) 581-5581
The Graduate Program in the Department of Pharmacology and Toxicology at the University of Utah offers training for the Ph.D. degree. Since 1948, more than two hundred individuals have been trained by this program. Our graduate students (see current graduate students page) hail from all regions of the country, and enjoy close working relationships with their faculty mentors, rich and diverse research opportunities, and flexible programs of study based on their individual needs and interests. Students gain didactic teaching and public speaking experience by participating in our professional teaching, journal club and seminar programs.
Students generally enter the PhD Program in Pharmacology and Toxicology through the Bioscience PhD Programs of Biological Chemistry or Molecular Biology www.bioscience.utah.edu . or via the Interdepartmental Program in Neuroscience www.neuroscience.med.utah.edu .
For additional information regarding the Graduate Program in Pharmacology and Toxicology, please contact:
Melaney Mckellar, Administrative Manager Phone: 801-213-6440 Email: [email protected]
Dr. Philip Moos, Director of Graduate Studies Phone: 801-585-5952 Email: [email protected]
The Department of Molecular Pharmaceutics offers a Ph.D. degree program through the Graduate School of the University of Utah. The program seeks to prepare graduate students to function independently, competently and technically in a variety of settings including academic, research, administrative, business management, legal, regulatory and investment career tracks. This goal is accomplished through formal didactic courses, seminars and journal clubs, laboratory research rotations, and dissertation research. Every attempt is made by the faculty to help the student complete the program in a timely fashion. Typically, students graduate within 5 years of entering the program, although the nature of some projects and approaches requires a longer time commitment for full completion of the dissertation work.
The department of Molecular Pharmaceutics is committed to creating and supporting a diverse and inclusive campus community of students from every financial background.
Hallie McCarthy Graduate Student Coordinator Phone: 801-581-6731
The Departments of Medicinal Chemistry, Molecular Pharmaceutics, Pharmacology and Toxicology, and Pharmacotherapy together with the Dean's Office, have developed a pathway for students who are interested in simultaneously pursuing a Pharm.D and a Ph.D. This program is intended for students who are interested in a career in basic or clinical research. It is constructed to intersperse the core curriculum requirements of the Ph.D. program into the curriculum of the Pharm.D. program, making course substitutions where feasible. In doing this, we minimize curriculum redundancy between the two programs while ensuring that the student is adequately prepared for the demands of both degree programs.
Students can explore their enthusiasm for a career in basic or clinical research by enrolling in a supervised, paid research project with a faculty mentor during their P1 summer. At the end of the P-SURF program , students can decide whether or not to continue working on the same (or related) research project with the same (or different) mentor during their P2 year. At the end of the P2 year, student and advisor can then choose whether or not to transition the project into the student’s required PharmD project in the P3 & P4 years.
Executive Associate Dean, Professional Education
The doctoral degree in Metropolitan Planning, Policy and Design helps meet society’s need for researchers, scholars, teachers, and leaders to make our metropolitan areas sustainable and resilient. The planning challenge is to anticipate change and learn how best to manage it; the policy challenge is how to craft and implement policies needed to facilitate desired change; and the design challenge is how to shape the built environment to achieve desired outcomes.
The doctoral degree includes core, electives, qualifying examination, proposal, and dissertation benchmarks. The following outlines the degree requirements for students entering the program in fall semester 2019 or later. The total number of credits needed to graduate is 55 with a master’s degree in planning, 58 with a master’s degree in another field, and 76 without a master’s degree. The entire program takes between 5 to 7 years, depending on prior graduate work. The following outlines the degree requirements for students entering the program fall semester of 2019 or later. We recommend you meet with your advisor every semester to plan out coursework.
Planning Foundation (0-24)
For students with an accredited planning master’s degree from Utah or elsewhere, the graduate planning core is waived.
For students with a master’s degree in another area from Utah or elsewhere, the graduate planning core is waived except for CMP7100 – Urban & Planning Theory (3).
For those without a graduate degree, the MCMP core is required (see list below). For most students, completing the core planning courses will require the equivalent of about one full academic year of study.
CMP 6010 Community & Regional Analysis (3)CMP 6160 Plan Making (3)
CMP 6260 Land Use Law (3)
CMP 6322 City & Metropolitan Economics (3)
CMP 6430 Community Engagement in Planning (3)
CMP 6450 Geographic Information Systems in Planning (3)
CMP 6610 Urban Ecology (3)
CMP 7100 Urban & Planning Theory (3)
Doctoral Foundation (16)
The doctoral foundation is composed of 4 semester-long doctoral seminars in research design, quantitative methods, qualitative methods, and theory. Students also take 4 semesters of the research seminar in the first two years of the program; however, the department expects students to participate in the seminar beyond the first two years of study.
CMP 7840 Advanced Planning Theory (3)
CMP 7401 Research Design for Metropolitan Planning, Policy and Design (3)
CMP 7302 Qualitative Methods for Planners and Designers (3)
CMP 7022 Quantitative Methods in Planning (3)
CMP 7501 Metropolitan Planning, Policy and Design Research Seminar (1) x 4 semesters.
Elective Courses (12)
Elective courses are selected in consultation with the Supervisory Committee and should be selected to deepen knowledge in substantive areas related to the dissertation project. While a minimum number of credits are expected, this may vary depending on the level of preparation by the student as determined by the Supervisory Committee. The courses can be taken inside or outside of the department and must be numbered 6000 and above.
Qualifying Examination (minimum 6 credit hours required)
The qualifying (or preliminary) examination requires the student to produce a scholarly piece of work that is of publishable quality. The paper typically includes a review of relevant literature, methods/data collection, findings, conclusion, and implications for planning, policy, and/or design. Students enroll in this course while working on the qualifying exam paper. This course may be repeated.
CMP 7930 Qualifying Exam (1 to 9)
Dissertation Research Proposal (minimum 3 credit hours required)
Candidates will prepare and defend their proposal for a dissertation based on the plan and format negotiated with the Supervisory Committee. Students enroll in this course while writing the proposal. This course may be repeated.
CMP 7940 Dissertation Research Proposal (3)
Dissertation (minimum 18 credit hours required)
Students are required to write and defend their dissertation in order to graduate from the program. Typically, a dissertation is a written work on a singular topic, but a three discrete paper dissertation is also an option. An approved dissertation proposal is required before taking dissertation credits. This course may be repeated.
CMP 7970 Dissertation (1 – 18)
DEPARTMENT RULES ON DEGREE PROGRESS AND TIMELINE
Per Department policy, all Ph.D. students must meet the milestones and deadlines stated below. Students that fail to meet any of these deadlines will be put on an academic probation. Failure to meet the conditions of the academic probation may result in removal from the program. This process and time limits for filing a formal appeal of an academic decision are outlined in University Policy 6-400.
Required milestones and deadlines:
RECOMMENDED DEGREE PLAN:
To ensure students meet department rules on degree progression, we recommend following this degree plan:
Forming a Supervisory Committee
Ph.D. students should have their Supervisory Committee in place by the end of the second year which is the time it takes to complete the required foundational core and elective course work.
Each Supervisory Committee consists of five faculty members. The committee chair and the majority of the committee must be tenure-line faculty in the student’s department. One member of the committee must be appointed from outside the student’s major department. The outside member is normally from another University of Utah department. However, the dean of The Graduate School may approve requests to appoint a committee member from another university where appropriate justification and supporting documentation is provided.
The Supervisory Committee is responsible for approving the student’s academic program, preparing and judging the qualifying examinations (unless delegated to a departmental examination committee), approving the dissertation subject and final dissertation, and administering and judging the final oral examination (dissertation defense).
To officially confirm your supervisory committee, fill the Supervisory Committee Form. Your supervisory committee is NOT formalized until you submit this form to the department (Send to the administrative officer with cc- to Chair).
The qualifying (or preliminary) examination requires the student to produce a scholarly piece of work that is of publishable quality. The paper typically includes a review of relevant literature, methods/data collection, findings, conclusion, and implications for planning, policy, and/or design.
Students are required to take at least 6 credit hours of CMP7930 to prepare for the qualifying exam. Students must have an approved supervisory committee before registering for CMP7930. A permission code is required for registration.
The paper is the written portion of the exam. In the oral exam, the student presents the paper and responds to questions posed by the Supervisory Committee. After the student passes both the written and oral exam it is anticipated that the student will refine and submit the paper to an appropriate peer-reviewed journal for its consideration.
Recently published papers may be used for Qualifying Exams as long as the supervisory committee has had a chance to provide feedback on the article before it was published. Published articles in which the supervisory committee had no opportunity to provide feedback prior to publication may not be used for the Qualifying Exam.
Students must send their QE paper to the committee 4 weeks in advance of the defense date and work with their advisor to send out a public announcement of the defense date 2 weeks in advance. The advisor should send out the announcement, but students should initiate the process.
Students must complete the qualifying exam by the end of the 3rd year to remain in good academic standing, however, most students finish this exam by the 3rd year. After the student completes the qualifying exam, the student has advanced to candidacy.
To officially defend your QE, fill the relevant form obtainable from this link and get all the relevant signatures, then submit to the administrative officer with cc- to Chair. Your pass grade is not formalized until you submit your revised and approved document and this form to the department.
Ph.D. candidates will prepare and defend their proposal for a dissertation based on the plan and format negotiated with the Supervisory Committee. The design for the proposal may begin at any time.
Students are required to take at least 3 credit hours of CMP7940-Dissertation Research Proposal while they are writing the dissertation proposal. A permission code is required for registration.
Ph.D. candidates will prepare and defend their proposal for a dissertation based on the plan and format negotiated with the Supervisory Committee. The design for the proposal may begin at any time. Students are required to take at least 3 credit hours of CMP7940-Dissertation Research Proposal while they are writing the dissertation proposal.
After the proposal is defended, the student is considered to be “ABD” or All But Dissertation. Students must send their proposal document to the committee 4 weeks in advance of the defense date and work with their advisor to send out a public announcement of the defense date 2 weeks in advance. The advisor should send out the announcement, but students should initiate the process.
To officially defend your proposal, get all the relevant signatures on the Dissertation Proposal Defense Form, then submit to the administrative officer with cc- to Chair. Your pass grade is not formalized until you submit your revised and approved document and this form to the department.
Students may enroll in CMP 7970 once they defend the dissertation proposal. A minimum of 18 credit hours is required. A permission code is required for registration.
Students (including international students) who have defended their proposals (are in ABD status) and have completed the minimum 18 credits need only register for 3 credit hours CMP 7970 each successive semester to maintain full-time status and 1 credit hour for part-time status. Note: Some assistantships, fellowships, and/or grants may require up to 9 credit hours. The qualifying exam and dissertation defense must occur at least one semester apart.
Thesis composition and formatting
Students are required to write and defend their dissertation in order to graduate from the program. Typically, dissertations are a written work on a singular topic including multiple chapters, such as an introduction, literature review, research methods, results, discussion, and conclusion.
The Supervisory Committee will also consider a three discrete paper dissertation (with an introduction and conclusion). The three papers must be deemed publishable in peer-reviewed journals by a majority of the committee. Co-authorship of the papers in the dissertation is permitted, provided that the student is the first author on all papers and is responsible for the full writing of all of the papers. If it is found that any significant portion of a paper was not written by the student, the committee may prohibit that paper from being included in the dissertation.
All dissertations must conform to the formatting requirements outlined by the Graduate School Handbook for Theses and Dissertations. Using a Graduate School provided template to write your thesis from the start is highly recommended.
Dissertation defense
Students should work with their advisor and committee to schedule a defense date. Defense scheduling should carefully consider last date for defense for any semester as set by University of Utah Graduate School Thesis Office. Once the date is set, the student should work with their advisor and academic program manager to send out a public announcement of the defense date 2 weeks in advance.
Thesis submission
Students must send their thesis draft to the committee 4 weeks in advance of defense date and
To officially pass your dissertation defense, get all the relevant signatures on the Dissertation Defense Form, then submit to the administrative officer with cc- to Chair. Your pass grade for CMP7970 is not formalized until you submit this form to the department. To graduate from the program, your revised and approved thesis must be submitted to the University of Utah Graduate School by the deadlines published on the Thesis Office website for any given semester. Missing this deadline may result in delay in graduation, so students are recommended to pay careful attention to this date.
Excerpts from the Graduate School Rules & Regulations
Transfer Credit A student may petition to transfer up to six semester credit hours of graduate course work from an accredited college or university provided that: 1) The course work was not used to satisfy requirement for a baccalaureate degree or another master’s degree, 2) The course grade was at least a “B” (or equivalent), 3) The course work is not more than four years old when the transfer is approved, and 4) The student fulfills the residency requirements of the University of Utah. Students seeking transfer credit will need to demonstrate the appropriateness of the proposed transfer credits to the program. At a minimum, this will require providing copies of course syllabi, catalog descriptions, and grade transcripts. In some cases, copies of course work products may also be required. Students should discuss their specific circumstances with their academic advisor.
Non-matriculated Credit Non-matriculated graduate credits are those graduate credits that students might accumulate prior to being formally admitted (matriculated) into a graduate degree program. According to Graduate School regulations, up to nine non-matriculated graduate credit hours, taken no more than three years prior to approval, may be counted toward meeting the degree requirements. Students should discuss their specific circumstances with their academic advisor.
Course Substitutions Occasionally, students have completed course work in other graduate degree programs that closely resembles the content of a core course. In such circumstances, students may petition to substitute a core requirement with some other graduate-level course. Students seeking to make such substitutions should consult with Program Coordinator.
Time Limit Program time extensions must be approved by the Dean of the Graduate School.
Minimum Registration, Continuous Registration, and Leave of Absence All graduate students at the University of Utah must maintain minimum registration of at least 3 credit hours of graduate level course work from the time of formal admission through completion of all requirements for the degree they are seeking unless granted on official leave of absence (see below). Students not on campus and not using University facilities during summer are not expected to register for summer term. Students receiving scholarship or assistantship aid must maintain a schedule of at least nine credit hours per term to be eligible for Graduate Student Tuition Benefits.
Students unable to maintain continuous registration as outlined above must file a Leave of Absence form for the semester(s) during which they will not be enrolled. Leave of Absence forms are available from the Graduate School’s website, and must be submitted prior to the beginning of the semester of leave. The Program Coordinator and the CMP Department Chair must approve each request. After signatures have been obtained, the CMP office will forward the request to the Graduate School. At the end of the leave of absence, the student must register for at least three credit hours in the CMP program, or make another request for a leave of absence. Students who do not meet the minimum registration requirements and who fail to obtain an approved leave of absence are discontinued as students of the University of Utah and can return only upon reapplication of admission and approved by the CMP department.
Grades Students must achieve a minimum letter grade of B– to count a course toward the degree requirements. Courses with lower grades or with a credit/no-credit grading option will not be counted.
Minimum Grade point Regulations Students must maintain a minimum GPA of 3.0. Students whose GPA’s fall below a 3.0 or who accumulate more than 3 incompletes will be placed on probation. Probation may carry specific requirements that the student must meet in order for probation to be removed. Students on probation for two consecutive terms will be asked to withdraw from the program. Students may retake courses in an attempt to raise their grades. At the point of entry of the first grade, a student’s transcript will note that the course has been repeated. The new grade is shown in the semester in which the course is retaken. The student’s GPA is recalculated to eliminate the effect of the first grade and to recognize only the new grade.
Incomplete and Work-in Progress grades Occasionally, a student needs to discontinue work in a particular course before the semester is finished. An “I” (incomplete) can be given in such cases and needs to be cleared within one calendar year or the “I” will be converted to an “E” (failure) automatically. If the course is successfully completed the “I” will remain on a student’s transcript and a letter grade will be inserted next to the “I”. Sometimes a “T” grade is used instead of an “I” courses where students are engaged in independent research extending beyond the semester. Students can check the status of their grades by visiting the Campus Information System.
Maximum Hours Graduate students are not permitted to register for more than 16 credit hours in any single semester. Students must achieve a minimum letter grade of B– to count a course toward the degree requirements. Courses with lower grades or with a credit/no-credit grading option will not be counted.
Graduate civil engineering, graduate degrees, civil & environmental engineering.
Civil & Environmental Engineering has both MS and PhD degree offerings .
With eight distinct and competitive areas of study , students choose a research area to focus on and that area's renown faculty to work with in their studies.
Course Requirements→ Active Research→ Faculty→
Geotechnical engineering, transportation engineering, materials engineering, water resources, environmental engineering .
Environmental Engineers work to improve public health and quality of life, while protecting and restoring environmental systems. These engineers focus on drinking water treatment, wastewater reclamation, air pollution control, solid waste management and environmental remediation.
Research active professors in this area:
Geotechnical Engineering is the application of Civil Engineering technology to some aspect of the earth, usually the soil and rock found on or near the surface. Infrastructure and natural geologic landforms and hazards designed and/or analyzed by Geotechnical Engineers include foundations for many types of structures (for example, buildings, bridges, dams, and roadways), natural and human-made slopes, retaining walls, tunnels, earthen dams and levees, highway embankments, earthquakes, liquefaction and lateral spread, ground contamination, ground improvement and stabilization, lightweight embankment materials, and re-use of construction and other waste materials. Sub-disciplines and related disciplines include Soil Mechanics, Rock Mechanics, Foundation Engineering, Geotechnical Earthquake Engineering, Geoenvironmental Engineering, and Geological Engineering.
Core Courses | ||
---|---|---|
As part of the 15 CORE Credits, structural and geotechnical students should take at least one course from each one of the following areas. The requirement can be partially or fully waived if the student passed at least one of the courses (or equivalent) in undergraduate studies. The waiver will not reduce the minimum credit course requirements for the MS degree. | ||
Structures Area ----------------------------------------- | ||
CVEEN 6210 | Structural Analysis II | |
CVEEN 6220 | Concrete Design II | |
CVEEN 6230 | Steel Design II | |
CVEEN 6250 | Structural Dynamics | |
Geotechnics Area --------------------------------- | ||
CVEEN 5305 | Intro to Foundation Engineering | |
CVEEN 6310 | Foundation Engineering | |
CVEEN 6330 | Soil Dynamics and Geotechnical Earthquake Engineering | |
Core Courses ---------------------------------------- | ||
CVEEN 5305 * | Intro to Foundation Engineering | |
CVEEN 6210 * | Structural Analysis II | |
CVEEN 6220 * | Concrete Design II | |
CVEEN 6230 * | Steel Design II | |
CVEEN 6240 | Masonry/ Timber Design | |
CVEEN 6250 * | Structural Dynamics | |
CVEEN 6270 | Computer Aided Structural Analysis | |
CVEEN 6310 * | Foundation Engineering | |
CVEEN 6330 * | Soil Dynamics and Geotechnical Earthquake Engineering | |
CVEEN 6340 | Advanced Geotechnical Testing | |
CVEEN 6510 | Highway Design | |
CVEEN 6525 | Highway and Traffic Engineering | |
CVEEN 6570 | Pavement Design | |
CVEEN 6790 | Advanced Computer Aided Construction | |
CVEEN 7225 | Prestressed Concrete Design | |
CVEEN 7235 | Bridge Design | |
CVEEN 7250 | Structural Earthquake Engineering | |
CVEEN 7255 | Advanced Dynamics of Structures | |
CVEEN 7310 | Advanced Foundation Engineering | |
CVEEN 7360 | Advanced Soil Mechanics | |
CVEEN 7450 | Carbon Capture and Store Transportation | |
CVEEN 7520 | Transportation Safety | |
CVEEN 7560 | Advanced Construction Materials | |
* Indicates the course is listed above | ||
(Reviewed: August 2022 by group.) | ||
Elective Courses | |
---|---|
CVEEN 6225 | Concrete Material Science |
CVEEN 6710 | Cost Estimating and Proposal Writing |
CVEEN 6720 | Project Scheduling |
CVEEN 6730 | Project Management and Contract Administration |
CVEEN 6750 | Engineering Law & Contracts |
CVEEN 6920 | Special Topics in Geotechnics, Materials, Structures |
CS 6300 | Artificial Intelligence |
CS 6610 | Interactive Computer Graphics |
GEO 5075 | Introduction to Geological Engineering |
GEO 5150 | Geological Engineering Design |
GEO 5200 | Depositional Environments |
GEO 5210 | Seismology I: Tectonophysics and Elastic Waves |
GEO 5220 | Seismology II: Seismic Imaging |
GEO 5320 | Signal Processing in the Geosciences |
GEO 6330 | Seismic Sources |
GEO 6350 | Groundwater |
GEO 6360 | Fluid Mechanics of Earth Materials |
GEO 6370 | Environmental Partitioning for Engineers and Scientists |
GEO 6660 | Geochemistry |
MATH 6420 | Partial Differential Equations |
MATH 6610 | Analysis of Numerical Methods I |
MATH 6620 | Analysis of Numerical Methods II |
ME EN 6300 | Advanced Mechanics of Materials |
ME EN 6400 | Vibrations |
ME EN 6510 | Applied Finite Element Analysis |
ME EN 6520 | Mechanics of Composite Materials |
ME EN 7530 | Fracture and Fatigue |
ME EN 7540 | Advanced Finite Elements |
ME EN 7550 | Computational Constitutive Modeling |
MET E 6250 | Principles and Practice of X-ray Diffraction Analysis |
MET E 6300 | Alloy and Material Design |
MET E 6450 | Mechanical Behavior of Metals |
MET E 6600 | Corrosion Fundamentals and Minimization |
MG EN 5150 | Mechanics of Materials |
MG EN 5270 | Landslides and Slope Stability |
MG EN 5290 | Introduction to Finite Element and other Numerical Models in Geomechanics |
MSE 5475 | Introduction to Composites |
MSE 6001 | Engineering Materials |
Only 9 credits outside of the Department may be used towards a master's degree. Other courses may be approved by Supervisory Committee. | |
(Reviewed by advisor June 2024.) |
The following is the listing of courses that could be taken to meet the Department's requirements. Before taking a course you should discuss with your advisor to see if they meet your curriculum plan. If a students advisor and supervisory committee wishes to vary from the course requirements a formal petition must be submitted to the Graduate Studies Committee. | |
Core Courses | |
CVEEN 6510 | Highway Design |
CVEEN 6530 | Quantitative Methods in Transportation Operations |
CVEEN 6560 # | Transportation Planning |
CVEEN 6570 | Pavement Design |
CVEEN 6920 | Optimization in Transportation |
CVEEN 7545 | Traffic Operations Analysis and Simulation |
CVEEN 7560 | Advanced Construction Materials |
CVEEN 7920 | Advanced Topics in Transportation |
Elective Courses | |
Any CVEEN 6000 or 7000 course approved by the Supervisory Committee | |
CS 6140 | Data Mining |
CS 6350 | Machine Learning |
GEOG 6160 | Spatial Modeling with GIS |
GEOG 6180 | Geoprocessing with Python |
Note: Appropriate courses not listed can be approved by the student's supervisory committee for Elective credit. | |
# Required for all transportation students. | |
(Reviewed by advisor June 2024.) |
Structural engineering involves learning the theory of structures such as buildings and bridges, and includes computer-aided engineering and structural dynamics, and earthquake and wind engineering analysis and design. Structural engineers carry out performance-based design and study the behavior of structures built using reinforced and prestressed concrete, structural steel, timber, or composites. Moreover, structural engineers are involved in mitigating the impact of natural hazards and extreme weather using advanced structural sensing, hybrid simulation and reliability, to improve infrastructure resilience.
The transportation engineering program in the Department of Civil & Environmental Engineering emphasis on the applications of state-of-art advancements concerning planning, design, operations, maintenance, and assessment of transportation systems. The faculty conducts research in the area of the transportation system design and modeling, addresses contemporary issues such as shared mobility, vehicle electrification and automation, and stresses the development of computational analytics and problem-solving skill sets.
Water resources engineers plan and design infrastructure systems to provide clean drinking water, collect and treat wastewater, supply water for agriculture, protect from floods, prevent adverse water quality impacts, increase efficiency, address greenhouse gas emissions, and mitigate drought impacts. Today’s exciting opportunities for civil engineers include applications of smart technologies, distributed sensor systems, artificial intelligence, natural systems, biotechnology, robots, social sensing, and more to make water systems of all kinds more sustainable and resilient.
Masters | PhD |
---|---|
MS Non-Thesis: This is a coursework only based degree. Students in a MS non-thesis degree program must complete 30 hours of graduate credit coursework. In the final semester of study the student is responsible for the completion of an essay-based comprehensive exam. | Traditional PhD: Applicants will have completed a MS prior. |
MS Thesis: This degree is a research based master degree. Students in this degree program must complete 24 credit hours of coursework, and six hours of research. In the student's final semester there is a formal thesis defense, with supervising faculty members. This defense is an open forum. | Direct Admit PhD: Applicants are highly qualified students who have completed a BS. The direct admit PhD degree emphasizes scholarly research activities, can reduce course requirements, and expedite progress towards degree completion. |
How are applicants evaluated? | Masters | PhD |
---|---|---|
GPA: | Mean undergraduate GPA is 3.0+ on 4.0 GPA scale. | Traditional PhD: Undergraduate GPA is 3.0+ on 4.0 GPA scale. Direct Admit PhD: Undergraduate GPA is 3.5+ on 4.0 GPA scale. |
Education | A prior degree in civil engineering is not required. | A prior degree in civil engineering is not required. |
* The only exception is for MS non-thesis students who have an undergraduate cumulative GPA of 3.2 or higher.
Degree requirements | Masters | PhD |
---|---|---|
Minimum # of coursework hours | MS Non-Thesis: 30 MS Thesis: 24 | Traditional PhD: 18 Direct Admit PhD: 30 |
Minimum # of research hours | MS Non-Thesis: N/A MS Thesis: 6 | 14 |
Funding Available? | MS Non-Thesis: No. MS Thesis: Occasionally | Yes. |
Now a Ph.D. student, Beatriz Fieldkircher sought an internship in the asphalt materials lab at the University of Utah in 2022. Initially driven by the desire to design enduring pavements, Beatriz’s research began to hone in on asphalt’s behavior under varying temperature conditions.
Her research was recently awarded The Utah Asphalt Pavement Association’s $1,500 One-Time Annual Scholarship—a distinct and prestigious recognition in the state’s engineering and transportation industry .
Main navigation, come be a part of a great research community.
The Bioscience PhD Programs are comprised of the Molecular Biology Program and Biological Chemistry Program. Each program is distinct in its core curriculum and requirements and reach across 11 departments at the University of Utah. The programs allow students to obtain a broad scientific education, yet tailor their training to their specific interests. Students carry out cutting-edge research mentored by world-class scientists, in an environment emphasizing the critical thinking and creativity necessary to become a successful scientist.
Students who have joined our Programs
Faculty
Core facilities.
Available to all faculty members and students.
The Bioscience PhD Programs are comprised of the Molecular Biology Program and Biological Chemistry Program. Each program is distinct in its core curriculum and requirements and reach across 11 departments at the University of Utah. The programs allow students to obtain a broad scientific education, yet tailor their training to their specific interests. Students carry out cutting-edge research mentored by world-class scientists, in an environment emphasizing the critical thinking and creativity necessary to become a successful scientist.
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College of social and behavioral science, main navigation, program requirements, part i: core program.
The core program consists of 8 courses (24 credits) in Microeconomic Theory, Macroeconomic Theory, Political Economy, and Econometrics. 7 of these courses should be completed during the first year, with the 8th course (ECON 7800) being completed during second year, or optionally during first year. All Ph.D. students are expected to be full-time during their first year, registering for 9 to 12 credit hours per semester. The full set of graduate courses for the first year of the program is listed below:
Program of Study: 1st Year
Microeconomics I (Econ 7005) Macroeconomics I (Econ 7007) Political Economy I (Econ 7003) Econometrics (Econ 7590) | Microeconomics II (Econ 7006) Macroeconomics II (Econ 7008) Political Economy II (Econ 7004) |
Doctoral students are encouraged to take the core course of Econometrics I (Econ 7800) during Spring Semester of their second year, but may choose to complete it during Spring Semester of their first year.
Qualifying exams covering Microeconomics, Macroeconomics and Political Economy are given at the end of the first year of study. They are scheduled during May and June following Spring semester of the first year of study. Students are allowed to retake these exams once. Samples of past qualifying exam questions
Entering students must be proficient in college algebra, introductory calculus, and statistics. Students must take the Mathematics Exam administered by the Department before beginning classes in Fall semester. Students are not required to pass the exam in order to continue with their coursework. The level of required mathematics is described in the document Mathematics Prerequisite
As an aid, the following sample examination can be used as an indicator of the examination students will be required to take prior to being enrolled in the Fall Semester classes: Sample Mathematics Exam
Students who want to refresh their mathematics knowledge or who wish to improve their performance on the exam should enroll in the Department's optional mathematics tutorial course held during the summer before entering Graduate School. The tutorial and the exam are described below: Math Tutorial Class
Each student must take a course in either Economic History (ECON 7400) or History of Economic Doctrines (ECON 7600 or 7601). This requirement is completed in the student's second or third year. ECON 7400 and ECON 7600 or 7601 are offered in alternative years.
After completing the core, students take elective coursework suited to their particular research interests. The department regularly offers elective coursework in:
By arrangement with the Graduate Program Director, students may also take graduate level courses in other departments that suit their research interests. Recent students have completed coursework in Finance, History, and Epidemiology, for example.
In total, following the completion of core courses, students are required to take 24 credit hours (equivalent to eight courses) including the elective and methodology courses and the Research Workshop course.
To facilitate the transition from coursework to original research, all second- and third-year students are required to participate in the research workshops organized by the faculty. These workshops will vary in detail but typically reflect the department’s emphases in inequality, globalization, and sustainability. Students and faculty participating in each workshop discuss their developing research, host visiting researchers, and explore emerging topics in their fields. As part of their active participation in these workshops students are required to submit a research idea to their research workshop by the end of the Spring semester of their second year. Students must have an extended research abstract approved through their research workshop by the end of their third year. This proposal is then refined and developed in consultation with the faculty, with the goal of producing a publishable research product and/or a dissertation proposal.
Students register for ECON 7900 Research Workshop during Spring Semester of their third year as the culmination of their participation in the research workshops.
What is satisfactory progress guideposts for students.
The following timeline summarizes the department's description of satisfactory progress in the Ph.D. program. These guideposts are set to help students pace their work in the program (and they may be taken into account in the determination of eligibility of funding).
Printable PhD requirements sheet
Our mission.
The mission of the Doctor of Philosophy (PhD) in Rehabilitation Science Program is to advance the scientific knowledge underlying the clinical practice of rehabilitation through the development of expertise in research, teaching, and professional service. Applicants should have a strong interest in research, teaching, and service in a rehabilitation-related field. Applicants should also have a master’s or clinical doctoral degree in an area related to the health sciences and rehabilitation (e.g., DPT, MD, etc.). The exceptional student with a bachelor's degree and compelling clinical/research experience in the health sciences will also be considered.
Potential PhD students should contact a faculty member with a common research interest prior to making application to the PhD program as students will only be accepted to the PhD program under the mentorship of a faculty member. This, however does not guarantee acceptance into the PhD program.
Applicants to the University of Utah PhD in Rehabilitation Science Program will complete an on-line application.
The application and instructions are available here. More information on graduate admissions is available on the University of Utah Graduate Admissions website and on the Graduate Admissions Application instructions. Please be aware that one unofficial set of transcripts from EACH college that you have attended will need to be uploaded to the application site. Students may enter the PhD Program in Rehabilitation Science in either the fall or spring semester.
Additionally, the online graduate student application has several sections:
Students admitted to the PhD program will need to complete all courses in the program of study, successfully complete a qualifying examination, and a written and oral dissertation defense. Required coursework includes:
Further details on the areas of emphasis and plan of study for the PhD program in Rehabilitation Science can be found in the PHD Student Handbook.
Professor/Director of Graduate Studies
Email: [email protected] Phone: 801-213-2737
Anatomic pathology is a medical specialty that is concerned with the diagnosis of disease based on the gross, microscopic, and molecular examination of organs, tissues, and cells.
The Division of Clinical Pathology at the University of Utah School of Medicine is one of the largest divisions in the pathology department, under the direction of the Division Head Sherrie Perkins, MD, PhD. The division provides medical oversight of clinical laboratory activities at the University of Utah associated hospitals as well as the ARUP national reference laboratory. The faculty also engage in a broad range of research endeavors. Over 40 clinical and research doctoral faculty provide an integral bridge between clinical care, translational research, and basic science. They play an essential role in the University of Utah and Department of Pathology’s missions to improve patient care and foster research and scholarly activities.
The Division of Medical Laboratory Sciences offers a Bachelor of Science (BS) degree in Medical Laboratory Science and a Master of Science degree in Laboratory and Biomedical Science. In the undergraduate program, students gain practical experience in many areas of the clinical laboratory, including chemistry, hematology, coagulation, immunohematology, immunology, microbiology, molecular diagnostics, and other sub-specialties. Students learn to support the diagnosis and treatment of disease by performing complex testing of tissue, blood, urine, and other body fluid samples. The graduate program offers two tracks, one with an emphasis in clinical laboratory science and one with emphasis in biomedical research. Areas for advanced study and research specialization in the graduate program include immunology, cell biology, molecular biology, clinical chemistry, toxicology, microbiology, hematology, hematopathology, immunohematology, and genetics, among others. Graduate students complete advanced coursework and a laboratory-based thesis research project in their selected area of specialization.
The Division of Microbiology and Immunology (M&I) in the University of Utah School of Medicine Department of Pathology provides high quality education and research experiences to qualified students seeking a PhD or master's degree in microbiology and immunology.
The Division of Pediatric Pathology in the University of Utah Department of Pathology is based at Primary Children's Hospital, which is the referral tertiary and quaternary pediatric hospital for the Mountain West.
University information technology (uit), main navigation, graduate student resource fair & welcome event.
Thursday, September 5th
4:00 PM - 6:00 PM
S.J. Quinney College of Law, 6th Floor
Stop by the Graduate Student Resource Fair & Welcome Event to find out what resources are offered to grad students across campus! Meet campus partners, ask questions, enjoy refreshments, and more!
4 PM - Start of event
4:15 PM - Welcome remarks from Graduate School Dean, Darryl Butt
Tabling, socializing, and food provided by Miss Essie's BBQ (until supplies last)
5:30 PM - Raffle prizes
6 PM - Close event
Marriott Library University Writing Center Financial Wellness Center Center for Teaching Excellence Graduate School Thesis Team Graduate & Professional Student Council
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Nineteen founders graduated from the Master of Business Creation (MBC) Online at the University of Utah’s David Eccles School of Business following the summer 2024 semester. This is the second group to graduate from the flexile, online option in this unique, affordable and award-winning program designed specifically for entrepreneurs, and follows the May graduation of over 40 students from the MBC program.
The group includes founders of 18 companies. One of the companies had two cofounders who enrolled in the program together. Find a complete listing of the graduates and their startups below.
The MBC program is an academic offering provided by the Department of Entrepreneurship & Strategy in partnership with the Lassonde Entrepreneur Institute . Both are part of the Eccles School, which is ranked among the top 10 schools nationally for entrepreneurship by U.S. News & World Report and the Princeton Review.
“The online option of the MBC program is growing fast, because it provides the flexibility that founders need to grow their companies at any location and at times that work best for them,” said Paul Brown, director of the MBC program and a faculty member in the Department of Entrepreneurship & Strategy. “We invite founders everywhere to explore the MBC program and see how it can help them build their business.”
Founders in the MBC program receive mentorship and resources to grow and scale their companies. All benefit from Eccles School courses, applied curriculum workshops, practicum labs, networking opportunities, one-on-one mentoring, access to grants, and the intense learn-by-doing that occurs when lessons are applied to their own businesses.
The MBC program is one of the latest additions to the Eccles School, which celebrates entrepreneurship as a core value and fosters it throughout its undergraduate and graduate programs. The program was recently recognized by the Global Consortium of Entrepreneurship Centers for “Excellence in Entrepreneurship Teaching and Pedagogical Innovation,” and the program won first place recently in the professional-services category in the Utah Innovation Awards managed by Utah Business and Foley & Lardner.
The MBC program was created to blend the best attributes of a business curriculum with a startup accelerator. The founders develop their startups while taking classes from leading experts and receiving extensive resources and mentorship to help them address their immediate business needs.
“The Master of Business Creation is unlike any other degree,” Brown said. “We designed the program for working entrepreneurs. It is customized to the special needs of a founder who wants to grow their business with help from personalize support, networking opportunities, a great group experience, and access to funding and other resources.”
Sabrina Sherwood is one of the founders to graduate from MBC Online. She is a clinical pharmacist, enrolled from Boise, Idaho, and she is the founder of Idaho Barkery. The company sells gourmet dog treats.
“I enrolled in the MBC program to learn the business side of owning a company,” she said. “As a pharmacist, my experience with business education was limited.”
The MBC program was making a big impact on Sherwood’s business soon after enrolling. “I have already tripled my revenue and number of partnerships since joining the program,” she said while enrolled in the program. “The faculty and mentors are really invested in my success.”
Other graduating founders, husband and wife Matt and Stephanie Eau Claire enrolled from Lehi, Utah. They are cofounders of Clear Water Distilling, a company that creates unique, innovative liquors.
Matt said “the single most valuable thing” he has gained from the program was the simplification of their financial model. Previously, the Eau Claires struggled with a large, complicated financial matrix. After completing the MBC program, they were able to streamline their financial model, aligning it with the language understood by investors, banks and business professionals.
“Having all that coursework apply to your already established business, you can’t beat that model. Other programs are theoretical – most of the coursework is centered around things that are not concrete. In the MBC, you can derive benefits from it almost immediately,” Matt said.
Learn more about the Master of Business Creation and apply at eccles.utah.edu/mbc .
Here are the MBC Online startups and the founders that graduated for this period (in alphabetical order by company):
The Eccles School is synonymous with “doing.” The Eccles experience provides a world-class business education with a unique, entrepreneurial focus on real-world scenarios where students put what they learn into practice long before graduation. Founded in 1917 and educating more than 6,000 students annually, the University of Utah David Eccles School of Business offers nine undergraduate majors, four MBAs, eight other graduate programs, a Ph.D. in five areas and executive education curricula. The School is also home to more than 20 institutes, centers and initiatives, which deliver academic research and support an ecosystem of entrepreneurship and innovation. For more information, visit Eccles.Utah.edu or call 801-581-7676.
The Lassonde Entrepreneur Institute is a nationally ranked hub for student entrepreneurship and innovation at the University of Utah and an interdisciplinary division of the David Eccles School of Business. The first programs were offered in 2001, through the vision and support of Pierre Lassonde, an alumnus of the Eccles School and successful mining entrepreneur. The institute now provides opportunities for thousands of students to learn about entrepreneurship and innovation. Programs include workshops, networking events, business-plan competitions, startup support, innovation programs, graduate seminars, scholarships, community outreach and more. All programs are open to students from any academic major or background. The Lassonde Entrepreneur Institute also manages Lassonde Studios, a five-story innovation space and housing facility for all students. Learn more at Lassonde.Utah.edu .
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Nineteen founders graduated from the Master of Business Creation (MBC) Online at the University of Utah's David Eccles School of Business following the summer 2024 semester. This is the second group to graduate from the flexile, online option in this unique, affordable and award-winning program designed specifically for entrepreneurs, and follows the May graduation of over 40 students from ...
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