Updated September 19, 2024
The Graduate Affairs Committee will review the academic progress of each student at the conclusion of the Fall and Spring Semesters. For students whose course grades do not meet the required standards, the Committee will recommend a course of action, concerning the continued status of the student, to the Director of the Microbiology and Immunology Graduate Studies Program. Unsatisfactory research performance will be determined by the respective Ph.D. Thesis Advisory Committee and a recommendation by the Advisory Committee will be reviewed by the Graduate Affairs Committee for a course of action to the Director of the Microbiology and Immunology Graduate Studies Program concerning the continued status of the student. All recommendations will take into account any extenuating circumstances that may have adversely affected the student’s performance.
The Department of Microbiology and Immunology uses only courses that evaluate students based on a letter grade for the calculation of Grade Point Averages. Supervised teaching, laboratory research, and thesis guidance grades are excluded. An unsatisfactory grade is a grade less than “B” for a required course and less than “B-” for an elective course.
The Department of Microbiology and Immunology is a collegial and professional environment. It is therefore expected that you will conduct yourself in a professional manner for all aspects of your training. This includes not only the conduct of your experiments, but also conduct during lab meetings, meetings with your mentor and committee, seminars, at conferences, informal interactions with others in the department, etc. A cornerstone of professional conduct is respect for your fellow colleagues. This means being mindful and considerate of others around you, including in the shared cubicle and lab spaces. It also means being respectful of others time, including being prepared in advance for all experiments requiring training or assistance from others, sending your committee meeting report on time, and being present and on time for all engagements such as planned experiments, seminars, lunches, etc. Note that it is your responsibility to stay up to date on rules and regulations of the lab that you join, including all biosafety training.
Upon entering the Department of Microbiology and Immunology, students must generate an Individual Development Plan (IDP) using the online application. This application will walk the student through the process of IDP construction. Completion of the plan and a face-to-face meeting with the mentor to discuss the plan should occur after the student passes the preliminary qualifying exam and prior to their first committee meeting. In subsequent years, IDPs must be updated at the time of completion of the annual review at the end of the spring semester. The review form includes a check-box to indicate IDP update and mentor discussion.
The University at Buffalo and its Graduate School encourage the prompt consultative resolution of grievances of graduate students as they arise and to provide orderly procedures for the formal consideration and resolution of complaints that cannot be resolved through consultation. The Academic Grievance Policy can be found on the Graduate School website.
Grievance Definitions and Limits
Definition. A grievance shall include, but is not restricted to, a complaint by a graduate student:
that he or she has been subjected to a violation, misinterpretation or inequitable application of any of the regulations of the university, the Graduate School, a college or school or department or program; or
that he or she has been treated unfairly or inequitably by reason of any act or condition that is contrary to established policy or practice governing or affecting graduate students at the University at Buffalo.
Time limit. A grievance must be filed within one calendar year from the date of the alleged offense. The department chair (or program director where there is no chair oversight), college or school dean or the dean of the Graduate School may extend this time limit upon demonstration of good cause.
A. For the duration of their doctoral program, students are expected to attain and maintain a minimum CGPA of 3.00 and to remediate unsatisfactory grades in courses required by the Department of Microbiology and Immunology. Unsatisfactory research performance as determined by the respective Ph.D. Thesis Advisory Committee and documented on the Committee Report form with specific recommendations for remediation, will result in a “U” grade and academic probation by the Department of Microbiology and Immunology. Failure to satisfy the terms of the probation will lead to dismissal from the program.
B. Students with less than a 3.00 CGPA at the end of their third semester will not be permitted to take the qualifying examination for admission to Ph.D. candidacy and may be dismissed from the program. Students who have completed all of the required courses and are in good standing (satisfactory progress) at the start of the fourth semester will be expected to take the Preliminary Qualifying Examination for admission to Ph.D. candidacy. Any student wishing to defer the examination to a later time must petition for the exception.
C. Prior to the fifth semester of residence (Fall Semester of year 3), each student is to arrange with his/her thesis advisor for the appointment of a Ph.D. Thesis Advisory Committee (refer to guidelines for Ph.D. Committee). The proposed Ph.D. Thesis Guidance Committee should be submitted to the Graduate Affairs Committee for approval. The student should convene the first meeting within six months following successful completion of the Qualifying Examination and hold a minimum of one meeting in each subsequent semester (within 6 month intervals). Students in violation of this policy will not be considered in good standing in the Graduate Studies Program and will not be permitted to register for courses or research credits in the subsequent semester until the committee has met.
D. The ability of a student to enter a laboratory for thesis research is a requirement for further advancement in the program.
Students must petition for entry into the Microbiology and Immunology Department. At the time of application, the student’s record will be considered in total. Any grades less than a “B” [3.0] in a Department required course, a grade of “B-” or below in any course, or a Grade Point Average (GPA) of less than 3.0 are not acceptable. In cases where a student with any of these three conditions is accepted into the department, the student will be placed on academic probation to allow the condition to be corrected/remediated, usually for a period of one semester. Failure to achieve satisfactory status within the prescribed time is grounds for dismissal from the program.
An unsatisfactory grade is a grade less than “B” for a required course and less than “B-” for any elective course.
Students are expected to maintain a CGPA of 3.0 and to remediate any unsatisfactory grades. Failure to do so will result in dismissal from the program. Unsatisfactory research performance as determined by the respective Ph.D. Thesis Advisory Committee and documented on the Committee Report form with specific recommendations for remediation, will result in a “U” grade and academic probation. Failure to satisfy the terms of the probation will lead to dismissal from the program.
All Master’s students are admitted into a coursework program; additional project and thesis options are voluntary and require one prior semester of Introduction to MS Research (MIC 596) as well as approval of the participating faculty advisor (both project or thesis) and the program director (thesis track only).
30 total credits minimum.
Foundation Courses: Must take all | Credit Hours | Sem./Yr. |
BCH 503 Biochemical Principles | 4 | F1 |
BMS 514 Intro to Scientific Investigation and Responsible Conduct | 2 | F1 |
MIC 619 Communicating Micro and Immunology | 2 | F1 |
MIC 501 Microbial Biology and Biotechnology | 4 | F1 |
MIC 512 | Fundamentals of Immunology | 2 | S1 |
MIC 513 | Eukaryotic Pathogens | 2 | F2 |
MIC 515 | Virology | 2 | F2 |
MIC 516 | Bacteriology | 2 | S1 |
AND
Advanced Topics: (when offered) | Credit Hours | Semester |
MIC 502 Medical Microbiology | 4 | S |
MIC 506 Human Microbiome | 2 | S |
MIC 596 Introduction to MS Research | 1-3 | S/SU1 |
MIC 599 Supervised Teaching | 1 | F/S |
MIC 606 Advanced Topics Modern Microscopy | 2 | S |
MIC 607 DNA Replication and Repair | 2 | S |
MIC 608 Advanced Eukaryotic Pathogens | 2 | S |
MIC 609 Current Topics in Immunology | 2 | F |
MIC 611 Microbial Genetics | 2 | F |
MIC 613 Advanced Virology | 2 | S |
MIC 616 Fungal Pathogenesis | 2 | S |
MIC 620 Microbiology and Immunology Seminar | 2 | S |
MIC 622 Protein-Nucleic Acid Interaction | 2-3 | F/S |
MIC 623 Current Topics in Global Health and Infectious Diseases | 2 | S |
MIC 624 Modern Topics in Bacterial Pathogenesis | 2 | F |
MIC 626 Inflammation and Cancer | 2 | S |
MIC 627 Molecular Parasitology | 2 | S |
BE 570 Medical Nanotechnology | 3 | S |
BMS 501 Cell Biology | 4 | F |
BMS 502 Essential Genetics and Genomics | 3 | F |
BMS 514 Introduction to Scientific Investigation and Responsible Conduct | 2 | F |
BCH 507 Protein Structure/Function | 2 | S |
BCH 508 Gene Expression | 2 | S |
BCH 512 Developmental Genomics | 2 | F |
BCH 519 Bioinformatics and Computational Biology | 3 | S |
STB 531 Principles of Protein Prod and Molec Analysis | 3 | S |
In consultation with the program director, students may also take electives in other departments not listed above.
AND
Comprehensive Examination | 0 | F2 |
Or | ||
MIC 597 Guided Master’s Project | 3-5 | F2 |
Or | ||
MIC 598 Guided Master’s Research (minimum 3 credits each F2, S2) | 6-9 | F/S |
Year 1 Fall: | BCH 503 Biochemical Principles | 4 cr |
MIC 619 Communicating Micro & Immunology | 2 cr | |
MIC 501 Microbial Biology and Biotechnology | 4 cr | |
BMS 514 Intro to Scientific Investigation and Responsible Conduct | 2 cr | |
(12) | ||
Year 1 Spring: | MIC 512 Fundamentals of Immunology | 2 cr |
MIC 516 Bacteriology | 2 cr | |
MIC 620 Microbiology and Immunology Sem | 2 cr | |
MIC 611 Advanced Microbial Genetics | 2 cr | |
MIC 596 Introduction to Master’s Research | 5 cr | |
(25) | ||
Year 2 Fall: | MIC 506 Human Microbiome | 2 cr |
MIC 597 Guided MS Project | 3 cr | |
(30) |
Year 1 Fall: | BCH 503 Biochemical Principles | 4 cr |
MIC 619 Communicating Micro & Immunology | 2 cr | |
MIC 501 Microbial Biology and Biotechnology | 4 cr | |
BMS 514 Intro to Scientific Investigation and Responsible Conduct | 2 cr | |
(12) | ||
Year 1 Spring: | MIC 516 Bacteriology | 2 cr |
MIC 620 Microbiology and Immunology Sem | 2 cr | |
MIC 596 Introduction to Master’s Research | 3 cr | |
BCH 507 Protein Structure/Function | 2 cr | |
(21) | ||
Year 2 Fall: | MIC 515 Virology | 2 cr |
MIC 599 Supervised Teaching | 1 cr | |
MIC 598 Guided MS Thesis | 3 cr | |
(27) | ||
Year 2 Spring: | MIC 598 Guided MS Thesis | 3 cr |
(30) |
72 total credits minimum.
Core Courses: | Credit Hours | Sem/Yr |
BMS 514 Research Ethics | 2 | F1 |
BMS 515 Fundamentals in Biomedical Research I | 4 | F1** |
BMS 516 Fundamentals in Biomedical Research II | 3 | F1** |
MIC 512 Fundamentals of Immunology | 2 | S1 |
MIC 513 Eukaryotic Pathogens | 2 | F1 |
MIC 515 Virology | 2 | F2 |
MIC 516 Bacteriology | 2 | S1 |
MIC 610 Critical Analysis | 1 | F2 |
AND
MIC XXX Advanced Topics (see below) | 8 | F/S |
AND
Additional Biochemistry* (1 of the following): | ||
BCH 507 Protein Structure/Function or | 2-3 | S |
BCH 508 Gene Expression or | 2 | S |
BCH 519 Introduction to Bioinformatics & Computational Biology | 3 | S |
STB 531 Principles of Protein Production & Molecular Analysis | 3 | S |
* Courses from this list may also be taken from this list as Elective Advanced Topics.
**If a student has successfully passed BCH503 (Biochemistry) and either BMS 501 (Cell Biology) or BMS 502 (Genetics) or MIC 501 (Microbial Biology and Biotech) with grades of B or better as a student in one of the College’s Master’s Programs, they will be excused from being required to take BMS 515/516. Additional courses may be considered to fulfill the BMS 515/516 requirement through a petition by the student to the Graduate Affairs Committee.
AND
MIC 700 Thesis Research | variable | F/S |
Elective Courses*
M&I Advanced Topic Course Offerings: | Credit Hours | Semester |
MIC 599 Supervised Teaching | 1-2 | F/S |
MIC 606 Advanced Topics Modern Microscopy | 2 | S |
MIC 607 DNA Replication and Repair | 2 | F |
MIC 608 Advanced Eukaryotic Pathogens | 2 | S |
MIC 609 Current Topics in Immunology | 2 | F |
MIC 611 Microbial Genetics | 2 | S |
MIC 613 Advanced Virology | 2 | S |
MIC 616 Fungal Pathogenesis | 2 | S |
MIC 620 Microbiology and Immunology Sem | 2 | S |
MIC 622 Protein-Nucleic Acid Interaction | 3 | F/S |
MIC 623 Current Topics in Global Health and Infectious Diseases | 2 | S |
MIC 624 Bacterial Pathogenesis | 2 | F |
MIC 626 Inflammation and Cancer | 2 | S |
MIC 627 Molecular Parasitology | 2 | S |
* Students are required to take four semesters total of Advanced topic courses. The prerequisites to take a 600 level MIC Advanced Topic course include relevant 500 level core courses.
* Not all Advanced Topic courses are offered every year.
* MIC599 may be taken as an advanced topic course only if registered for 2 credit hours (see below for details).
Students may register for the same MIC Advanced Topic course twice, but are encouraged to take Advanced Topic courses outside their area of interest. This includes courses offered by other departments in the JSMBS and the University that would help a student complete their thesis research as well as prepare them for careers after graduation. Approval of the Department’s Graduate Affairs Committee is necessary for registration for a non-MIC course to fulfill an advanced topic course requirement.
Year 1 Fall: | BMS 514 Research Ethics | 2 cr |
BMS 515 Fundamentals in Biomedical Research I | 4 cr | |
BMS 516 Fundamentals in Biomedical Research II | 3 cr | |
MIC 700 Thesis Research | 3 cr | |
(12) | ||
Year 1 Spring: | MIC 512 Fundamentals of Immunology | 2 cr |
MIC 516 Bacteriology | 2 cr | |
BCH 507 Protein Structure/Function | 2-3 cr | |
MIC 700 Thesis Research | 5-6 cr | |
(24) | ||
Year 2 Fall: | MIC 513 Eukaryotic Pathogens | 2 cr |
MIC 610 Critical Analysis | 1 cr | |
MIC 515 Virology | 2 cr | |
MIC 700 Thesis Research | 7 cr | |
(36) | ||
Year 2 Spring: | MIC 608 Advanced Eukaryotic Pathogens | 2 cr |
MIC 623 Current Topics in Global Health and Infectious Diseases | 2 cr | |
MIC 700 Thesis Research | 8 cr | |
(48) |
Three additional Advance Topic electives (2 cr) and sufficient research credits to give a minimum total of 72 credits. Students must sign up for at least one research credit for every semester in attendance. Direct admission students who matriculate with advanced credits may be able to design a curriculum after consultation with their mentor and advisory committee and after approval by the Graduate Affairs Committee.
72 total credits minimum.
Core Courses: | Credit Hours | Sem/Yr |
BMS 514 Research Ethics | 2 | F1 |
BMS 515 Fundamentals in Biomedical Research I | 4 | F1 |
BMS 516 Fundamentals in Biomedical Research II | 3 | F1 |
BMS 511 Fundamentals in BMS: Critiquing Scientific Literature | 1 | S1 |
MIC 512 Fundamentals of Immunology | 2 | S1/S2 |
MIC 513 Eukaryotic Pathogens | 2 | F2 |
MIC 515 Virology | 2 | F2 |
MIC 516 Bacteriology | 2 | S1/S2 |
MIC 610 Critical Analysis | 1 | F2 |
AND
BCH 507 Protein Structure/Function OR | 2-3 | S |
BCH 508 Gene Expression OR | 2 | S |
BCH 519 Introduction to Bioinformatics & Computational Biology | 3 | S |
STB 531 Principles of Protein Production & Molecular Analysis | 3 | S |
*Courses from this list may also be taken from this list as Elective Advanced Topics
AND
BMS 509A/B/C Laboratory Rotation I, II & III | 8 total | F1/S1 |
BMS 510A/B Laboratory Rotation II & III | 8 total | F1/S1 |
AND
MIC XXX Advanced Topics (see below) | 8 | F/S |
AND
MIC 700 Thesis Research | variable | F/S |
Elective Courses*
M&I Advanced Topic Course Offerings: | Credit Hours | Semester |
MIC 599 Supervised Teaching | 2 | F/S |
MIC 606 Advanced Topics Modern Microscopy | 2 | S |
MIC 607 DNA Replication and Repair | 2 | F |
MIC 608 Advanced Eukaryotic Pathogens | 2 | S |
MIC 609 Current Topics in Immunology | 2 | F |
MIC 611 Microbial Genetics | 2 | F |
MIC 613 Advanced Virology | 2 | S |
MIC 616 Fungal Pathogenesis | 2 | S |
MIC 620 Microbiology and Immunology Sem | 2 | S |
MIC 622 Protein-Nucleic Acid Interaction | 3 | F/S |
MIC 623 Current Topics in Global Health and Infectious Diseases | 2 | S |
MIC 624 Bacterial Pathogenesis | 2 | F |
MIC 626 Inflammation and Cancer | 2 | S |
MIC 627 Molecular Parasitology | 2 | S |
* Students are required to take four semesters total of Advanced topic courses. The prerequisites to take a 600 level MIC Advanced Topic course include relevant 500 level core courses.
* Not all Advanced Topic courses are offered every year.
* MIC599 may be taken as an advanced topic course only if registered for 2 credit hours (see below for details).
* Students may register for the same MIC Advanced Topic course twice, but are encouraged to take Advanced Topic courses outside their area of interest. This includes courses offered by other departments in the Jacobs School and the university that would help a student complete their thesis research as well as prepare them for careers after graduation. Approval of the Department’s Graduate Affairs Committee is necessary for registration for a non-MIC course to fulfil an advanced topic course requirement.
Year 1 Fall: | BMS 514 Research Ethics | 2 cr |
BMS 515 Fundamentals in Biomed Res I | 4 cr | |
BMS 516 Fundamentals in Biomed Res II | 3 cr | |
BMS 509A/B/C Laboratory Rotation I, II & III | 4 cr | |
BMS 510A/B Laboratory Rotation II & III | 4 cr | |
(17) | ||
Year 1 Spring: | BMS 509A/B/C Laboratory Rotation I, II & III | 4 cr |
BMS 510A/B Laboratory Rotation II & III | 4 cr | |
BMS 511 Fundamentals in BMS: Critiquing Scientific Literature | 1 cr | |
BCH 507 Protein Structure/Function | 3 cr | |
MIC 512 Fundamentals of Immunology | 2 cr | |
MIC 516 Bacteriology | 2 cr | |
(33) | ||
Year 2 Fall: | MIC 513 Eukaryotic Pathogens | 2 cr |
MIC 515 Virology | 2 cr | |
MIC 610 Critical Analysis | 1 cr | |
MIC 609 Current Topics in Immunology | 2 cr or | |
MIC 624 Bacterial Pathogenesis | 2 cr | |
MIC 700 Thesis Research | 3 cr | |
(36) | ||
Year 2 Spring: | MIC 512 Fundamentals of Immunology | 2 cr |
MIC 516 Bacteriology | 2 cr | |
MIC 700 Thesis Research | 8 cr | |
(48) |
Two additional Advanced Topic electives (2 cr) and sufficient research credits to give a minimum total of 72 credits. Students must sign up for at least one research credit for every semester in attendance.
72 total credits minimum, 36 credits in the Ph.D. phase.
Prerequisites: (Years I & II of Medical Curriculum in toto) | Credit Hours |
ANA 500 Gross Anatomy | 6 |
IMC 500 Medicine and Society | 2 |
IMC 502 Fundamentals I | 8 |
IMC 504 Fundamentals II | 10 |
IMC 510 GI & Metabolism | 7 |
IMC 512 Urinary and Renal | 6 |
IMC 514 Musculoskeletal/Integument | 4 |
IMC 516 Host Defenses and Hematology | 5 |
IDM 520/521 Clinical Practice I (Fall & Spring) | 8 |
IMC 602 Cardiovascular | 8 |
IMC 604 Pulmonary | 8 |
IMC 606/610 Neuroscience & Behavior | 12 |
IMC 612 Endocrine & Reproduction Systems | 10 |
IDM 620/621 Clinical Practice II (Fall & Spring) | 8 (102) |
MST 601 MD-PhD Seminar (each semester) | 4 |
MD-PhD Summer Laboratory Rotations | - |
Core Courses: (two of the following) | Credit Hours | Sem/Yr |
MIC 512 Fundamentals of Immunology | 2 | S |
MIC 513 Eukaryotic Pathogens | 2 | F |
MIC 515 Virology | 2 | S |
MIC 516 Bacteriology | 2 | S |
AND
MIC 610 Critical Analysis | 1 | F |
MST 601 MD-PhD Seminar (each semester) | 1 | F/S |
AND
Two of the following elective Advanced Topics courses:
Credit Hours | Semester | |
MIC 599 Supervised Teaching | 2 | F/S |
MIC 606 Advanced Topics Modern Microscopy | 2 | S |
MIC 607 DNA Replication and Repair | 2 | F |
MIC 608 Advanced Eukaryotic Pathogens | 2 | S |
MIC 609 Current Topics in Immunology | 2 | F |
MIC 611 Microbial Genetics | 2 | F |
MIC 613 Advanced Virology | 2 | S |
MIC 616 Fungal Pathogenesis | 2 | S |
MIC 620 Microbiology and Immunology Sem | 2 | S |
MIC 622 Protein-Nucleic Acid Interaction | 3 | F/S |
MIC 623 Current Topics in Global Health and Infectious Diseases | 2 | S |
MIC 624 Bacterial Pathogenesis | 2 | F |
MIC 626 Inflammation and Cancer | 2 | S |
MIC 627 Molecular Parasitology | 2 | S |
Year 1 Fall: | MIC 513 Eukaryotic Pathogens | 2 cr |
MIC 515 Virology | 2 cr | |
MIC 610 Critical Analysis | 1 cr | |
MST 601 MD-PhD Seminar | 1 cr | |
MIC 700 Thesis Research | 6 cr | |
(12) | ||
Year 1 Spring: | MIC 613 Advanced Virology | 2 cr |
MST 601 MD-PhD Seminar | 1 cr | |
MIC 700 Thesis Research | 9 cr | |
(24) | ||
Year 2 Fall: | MIC 609 Current Topics in Immunology | 2 cr |
MST 601 MD-PhD Seminar | 1 cr | |
MIC 700 Thesis Research | 3 cr | |
(30) | ||
Year 2 Spring: | MST 601 MD-PhD Seminar | 1 cr |
MIC 700 Thesis Research | 5 cr | |
(36) | ||
Year 3 and beyond, Fall and Spring: | MST 601 MD-PhD Seminar | 1 cr |
MIC 700 Thesis Research | 1 cr |
The Qualifying Examination in Microbiology and Immunology should test graduate students in ways relevant to their future career paths. It should avoid simple assessment of a student's ability to learn and store facts but should assure that development has progressed beyond the levels sufficient for good performance in course work. Given that the Department has decided to specify a "Core Curriculum" for graduate students in Microbiology and Immunology, we expect that successful completion of this "Core" gives the student an appropriate depth and breadth of background knowledge on which to base problem-solving activities. Consequently, the format of the Qualifying Examination described below involves the conception and writing of a research proposal, followed by its oral presentation and defense. This proposed research must contain a substantial component relating to one or more of the general areas of Microbiology and Immunology (Bacteriology, Virology, Parasitology, Mycology, and Immunology).
The Proposal Committee will consist of three UB Graduate Faculty who will have the potential to become the student’s Ph.D. Advisory Committee. At least two members must have primary appointments in the Department of Microbiology and Immunology and one may be (but does not have to be) from another Department. The committee is chosen by the major professor in consultation with the Director and Associate Director of Graduate Studies and the Department Chair. In addition, the Associate Director of Graduate Studies, in consultation with the Department Chair, will appoint a Proposal Committee Chair preferably the most senior Department of Microbiology and Immunology faculty member on the committee.
The Proposal Committee chair will make sure the process moves in a timely manner; prepare reports, set meeting dates, lead discussions, etc.
It is expected that the student will have consulted with the major professor regarding the choice of the proposal topic and crafting of the specific aims prior to the beginning of the process. The major professor will be present for the prospectus presentation and has the option of being present in the oral defense examination. However, since the qualifying examination is a departmental assessment of the student's status, the major professor may NOT help with drafting or revising of the proposal or in preparing the student's seminar.
The research proposal should preferably focus on the proposed research project that the student will be expected to work on for their Ph.D. dissertation. The research proposal process will begin with a Thesis Research Prospectus presentation to the Proposal Committee in the second month of the second semester/term of the first year in the program. In preparation for the presentation the student is expected to provide the committee with a document (maximum of 2 pages) outlining the objective of their thesis research, the gaps in knowledge to be filled, and the Specific Aims of the work they plan to complete directed toward that objective. These Specific Aims are anticipated to form the basis for the Research Proposal. The material outlined in the document will then be presented to the Proposal Committee in a 30 minute oral presentation. In cases where the student is delayed in taking the Qualifying Examination and has already written a committee document, that document may be used as the foundation for the Qualifying Examination proposal with the expectation that it will be independently edited to meet the proposal guidelines. In addition, if a student has written a predoctoral fellowship proposal, that too may similarly be used as the foundation for the Qualifying Examination proposal.
This presentation will be evaluated by the student’s Proposal Committee specifically for its suitability as a starting point for a Research Proposal. The Committee Chair will prepare a summary statement of the Proposal Committee discussion, which will be circulated to the committee for approval. A copy of the approved summary statement will be given to the student and the Graduate Affairs within one week of the presentation.
If deemed necessary by the Committee, within one week of the summary statement being provided to the student, the student will submit a revised Thesis Research Prospectus that includes a one-page introduction with a point-by-point response to the critiques contained in the summary statement. The committee may either approve the Thesis Research Prospectus or request a second Thesis Research Prospectus presentation.
If a student does not present satisfactorily with respect to the proposal criteria for the second time, a meeting between the committee and the DGS, Associate DGS or a representative of the Graduate Affairs Committee will be convened and a remediation plan devised. This plan could include, but is not limited to, dismissal from the program, an immediate re-write with new Specific Aims or postponement of the exam for one year.
Each student will submit a written proposal to his/her Proposal Committee within four weeks of the approval of the Thesis Research Prospectus. The goal of the proposal is to test the student’s ability to develop and rigorously test a hypothesis. Students are encouraged to discuss the scientific approach with other students, postdocs and faculty, but may not confer with their major advisor. In addition, everyone, with the exception the major advisor and collaborators who are faculty, may read and critique the proposal prior to the document being formally submitted to the Committee.
The proposal will be written in the following format:
Specifications: Document should have 0.5-inch margins all around and be written in Arial 11-point font.
Specific Aims (1 page): Included as previously established in Section C1 (first paragraph), the Specific Aims should be a logical extension of published research from the major professor’s and other labs and should contain a brief but explicit statement of the hypothesis to be tested.
Research Strategy (6-8 pages): Contains two subsections, as detailed below: (1) Background & Significance and (2) Approach. The Research Strategy page limit includes Figures and Figure legends but excludes the Specific Aims and References.
The Background & Significance section should specifically identify the problem, or gap in knowledge, that the proposal is intended to address, and make a case for how the proposed work will address that problem/gap. It should critically evaluate the most pertinent existing knowledge related to the project and place the proposed work in the context of the larger field of research.
The Approach section should describe how the Specific Aims can be accomplished. This section need not contain exquisite methodological detail, but the student must be sufficiently conversant with the design and procedures to defend their proposal, discuss their limitations, and to describe probable results and their interpretations (see also below). The student is expected to fully understand the conceptual and experimental basis of the proposed methods.
The Approach section must include reference to Rigor and Reproducibility. Here, the student should include methods of statistical analysis and numbers of replicates to be used. These points can either be in a stand-alone paragraph or integrated into the experimental design. The Approach section must also include a section on how the results will be interpreted including alternative interpretations should the data not support the hypothesis. Finally, alternative technical approaches should be included in the case that the primary approach might fail. The student also has an option to include preliminary data that they have generated. If included, these data should either go as a Preliminary Data section at the beginning of the Approach section or as separate sections at the beginning of each Aim.
References (length as needed): References supporting the Research Strategy should be listed with full citations, i.e., Authors, Year, Title, Journal, Vol:Pages.
Within one week of receiving the written proposal, each member of the Proposal Committee will submit a written evaluation to the Committee Chair. The evaluations should point out major problems to be addressed and corrections to be made. Within two days of receiving the written evaluations, the Committee Chair will write a summary of the critiques and circulate the summary and all critiques to the Proposal Committee. Upon approval of the summary by the Committee, the Chair will distribute the summary and all critiques to the student (within the two-day time limit). No grade is assigned at this point.
The Committee may request that the student submit a revised proposal. If so, two weeks after receiving the Proposal Committee’s evaluation requesting a revision, the student must return a revised version to the Committee. At the discretion of the Committee, one additional page in the Research Strategy section may be allowed, if needed to resolve criticisms from the Committee. The revised proposal must include an additional one-page introduction with point-by-point response to the Proposal Committee’s critiques. The Committee will not return this version to the student. If one or more Committee members feel that the quality of this second draft is unacceptable, he/she can request that the Committee meet to discuss these concerns. If all members of the Committee concur, the student can be given a “Fail” grade for the Research Proposal at that time without an oral defense which constitutes grounds for dismissal from the Ph.D. program.
The oral examination will be scheduled by the Committee chair. The student should expect that the oral examination will take place within one week of either 1) the date of receiving notice that no revision is needed or 2) the date they submit the revised proposal. If a revised proposal was submitted, the student is encouraged to meet individually with Proposal Committee members to discuss the revised version before the oral exam.
The Oral Examination typically begins with a 40–45-minute presentation of the written Proposal in the form of a seminar to the committee, with the major focus on the Approach adopted to address the proposal’s Aims. The Committee Chair and Proposal Committee members will question the student about the proposal: its rationale; choice of experiments and experimental design; exploring possible short-comings of the experimental protocols and possible alternative, negative, or false positive results; and evaluate the student’s knowledge of the general area of the proposal; e.g., if on bacterial replication, how does this compare to eukaryotic replication? The objective of the Oral Examination is not simply to have the student recite orally what has been presented in writing, but to examine the student’s overall grasp of the research area in which the lab works and about which the Proposal is written. The mentor may choose to observe the oral examination as a non-voting member of the committee.
The Proposal Committee will evaluate the oral examination and the written proposal to determine a course of action as follows:
CONDITIONAL PASS – Student will be offered remediation in perceived area(s) of weakness in the examination. This may consist of submission of a short paper or tutorial consultation with a faculty member or other proper activity. Additional coursework may also be recommended. An agreed upon remediation must be communicated to the Graduate Affairs Committee within one week of the exam.
FAIL – Student will be offered a re-examination in one or in several areas. A re-examination will be scheduled in about one month from this date. Unsatisfactory on the re-examination constitutes grounds for dismissal from the program.
Note: Reference Pages do not factor into the Page Limitations at any step in the process.
Passing the preliminary doctoral qualifying examination deems the student qualified to proceed with their thesis research project under the guidance of their Major Professor in conjunction with their Ph.D. Thesis Advisory Committee. This document presents the responsibilities of the student, the Major Professor, and the Advisory Committee in the process leading up to the conclusion of the research project, their responsibilities in preparing and evaluating the dissertation document, as well as evaluating the ensuing oral examination and the public defense.
After the student passes the preliminary doctoral qualifying examination, a Ph.D. Thesis Advisory Committee (henceforth referred to as Advisory Committee) will be proposed. The Advisory Committee consists of the Major Professor, and at least three additional UB Graduate Faculty members (preferentially those who served as committee member for the preliminary doctoral qualifying exam, although this is not a requirement). Two of these individuals must have primary faculty appointments in the Department of Microbiology and Immunology and one may be from another Department at UB. Of the two faculty members with primary appointments in Microbiology and Immunology, one will act as the Chair of the Advisory Committee, and serve to moderate the discussion. The Chair will be determined by seniority and/or Advisory Committee consensus at the first committee meeting. The Advisory Committee members are selected by the Major Professor and student and their names are submitted using the appropriate form available in the Graduate Studies Office to the Graduate Affairs Committee for approval.
The student is expected to have Advisory Committee meetings within 6 month intervals beginning in the Fall Semester after successful completion of the preliminary doctoral qualifying examination. The student must prepare a Committee Meeting Progress Report that contains an updated Specific Aims page clearly indicating any changes to the Specific Aims of the thesis project from the Doctoral Qualifying Examination Document and any new data acquired since the completion of the Doctoral Qualifying Examination.
This document must be distributed to the Advisory Committee at least one week prior to its first meeting for discussion at the meeting. A completed Advisory Committee Meeting Report form must be filed in the Graduate Studies Office within three days of a meeting.
All subsequent meetings of the Advisory Committee should be devoted to a review of the student's progress in research. An updated Committee Meeting Progress Report (as described above) in which it is clearly indicated what progress has been made since the previous meeting must be distributed to the advisory committee at least one week prior to a meeting.
It is incumbent upon the student and the Major Professor to hold these meetings on schedule, report them in writing using the Advisory Committee Meeting Report form, and timely submit the report form to the Department Graduate Studies Office. Students will not be permitted to register for courses or laboratory research if a committee meeting was not held during the previous six months or if documentation of this meeting is not submitted to the Department Graduate Studies Office. If an extension is required, the student should contact the Director of Graduate Studies.
The decision concerning completion of the research project and the material to be included in the dissertation is the responsibility of the entire Advisory Committee. If the Advisory Committee cannot resolve disagreements internally, as indicated by any of its members or the student, the Director of Graduate Studies will appoint an ad hoc committee, which will advise the student and Major Professor in resolving the problem. Once the Advisory Committee has determined that the student should begin preparation of their dissertation:
The student should prepare the document based on the decision reached by the Advisory Committee at the committee meeting where permission to write was given. The format of the thesis is described in the document entitled "Possible thesis formats.” Preparation of the document should be performed with the assistance of the Major Professor. It should be stressed that the student and Major Professor have the highest level of responsibility for the quality of the Ph.D. dissertation.
The date of the oral examination must be scheduled at least 21 days after the thesis document and the Dissertation Response Form are distributed by the student to the Advisory Committee. This form should be filled out by each Advisory Committee member and brought to the oral examination.
The student is responsible for arranging a tentative oral examination date with the Advisory Committee members. The student should also notify Department Graduate Studies Office of the oral examination date and ask for help with arrangements of a room and audio-visual equipment.
The oral examination will be performed by the Oral Examination Committee, which will consist of the Major Professor and Advisory Committee. The Oral Examination Committee will be chaired by the faculty member who chaired the student’s Advisory committee or a designee approved by the Graduate Affairs Committee.
After the oral examination, the student will be excused. The Oral Examination Committee will evaluate the student’s oral examination and thesis document by voting with a show of hands for “Pass”, "Conditional Pass”, or “Fail”. All members must vote.
PASS - If the final decision is “Pass”, the Dissertation Examination Form is signed by the Major Professor and Advisory Committee, to indicate approval of the written document and passing the oral examination. The form is submitted to the Graduate Studies Office and the student can proceed to arrange the public dissertation defense.
CONDITIONAL PASS - A “Conditional Pass” may be given if members of the Oral Examination Committee decide the oral examination and/or dissertation document is not complete or entirely satisfactory. The specific remediation required should be documented on the Dissertation Examination Form.
Should improvements to the document be required, students are responsible to work with the Major Professor to incorporate into the document all comments/suggestions, changes and typographical errors identified by the Oral Examination Committee, and presented on the Dissertation Response Form, within a time frame approved by the Committee, but no longer than one month. The student must provide the Committee members, who have requested to see the document after revision, with a fully corrected version of the thesis document. Should the oral examination be deemed partially unsatisfactory, a reexamination on the whole dissertation or areas associated with the dissertation topic will be scheduled with the Committee members.
Once the Committee members are satisfied with the student’s performance, the Dissertation Examination Form is signed by the Committee members to indicate approval of the written document and passing the examination. The form is submitted to the Department Graduate Studies Office and the student can then proceed to arrange the public dissertation defense.
FAIL - If the decision is “Fail”, the Oral Examination Committee will clearly outline the reason(s) for the failure to the student. The Chair for the Oral Examination Committee will document in writing using the Dissertation Examination Form, the reason(s) and will make recommendations to the Graduate Affairs Committee for appropriate action.
Faculty must be given at least one week notice prior to the public dissertation defense date. An electronic copy of the abstract and an unbound hard copy of the dissertation should be provided to the Department Graduate Studies Office. The student should notify the Department Office staff if the student will supply their own refreshments.
A seminar on the research work of approximately 50 minutes duration will be presented to the public. The unbound hard copy of the dissertation should be available at the seminar. The seminar will be followed by an open question/answer period, chaired by the Director of Graduate Studies or designee. Upon completion of the public dissertation defense, the Advisory Committee will vote to determine whether the defense was satisfactory. A majority vote will be sufficient for approval. The Graduate School (Multi-purpose) M-Form will be signed by all members of the Advisory Committee and either the Director of Graduate Studies or Department Chair to conclude the approval of the dissertation. If the decision is “unsatisfactory” the committee can decide on any remedial action in consultation with the Director of Graduate Studies and the Department Chair.
The student should see the Graduate School website for a checklist of Graduate School requirements. Those include an approved Application to Candidacy, the Electronic Thesis and Dissertation (ETD) submission and mandatory cataloging and publishing fee, Doctoral Degree Recipients (on-line) Survey, and the Multipurpose “M” form.
*For specific guidelines on writing the dissertation, see next page.
The Literature Cited should contain full references including titles and inclusive pagination.
Collaborative experiments and the roles played by others in generating reagents or data should be clearly delineated in the text of the relevant portion of the thesis.
Data presented in the thesis that represents work accomplished by someone other than the author should be noted on the face page of the chapter. The number of such figures should be limited in scope.
Refer to the Graduate School website for a complete listing of Graduate School guidelines.
General guidelines include:
The thesis requires a Title page using the format given by the Graduate School. Do not number the title page; it is assumed to be Roman numeral page i.
A Copyright page is included only if applicable; it would be given Roman numeral page ii and listed in the Table of Contents.
A Dedication page and/or Acknowledgement page are optional. If given, use Roman numerals and list those pages in the Table of Contents.
Use Roman numerals to paginate the Table of Contents, followed by the list of Tables, list of figures, and list of abbreviations.
An Abstract (maximum 350-400 words) for the overall thesis is required by the Graduate School and should describe both the work done and its general relevance. ABSTRACT must be stated on the top center of the abstract page and use Roman numerals for pagination.
The Introduction page follows the abstract page(s) and begins with Arabic number 1. Use Arabic numerals for pagination of all chapters or main division of the document, including any figure pages and reference pages. If using plastic coated paper for figure pages, the page number may be typed on back of the page at the top right corner.
Additional information and samples to prepare the dissertation and for preparation and submission of the Electronic Thesis/Dissertation can be found at the Graduate School website.
Students who have passed their qualifying exam and decide to leave the Ph.D. program before completing the requirements for their degree can petition for a Master’s degree. In such cases, the student must first meet with the Director of Graduate Studies or the Department Chair where they will discuss this process. In general, three requirements must be met for a student to be granted a Master’s degree. First, they must have satisfactorily completed course work required for a Master’s degree and in most cases this would have been accomplished if the student completed their qualifying exam. Second, a scholarly document/thesis must be prepared and submitted to the Director of Graduate Studies. The preliminary qualifying exam proposal will usually be able to satisfy this requirement. Third, the Director of Graduate Studies will prepare a memorandum of understanding (MOU) detailing activities that must be completed by the student. The MOU will be prepared after consulting with the student, former mentor, and other relevant parties. Typically, the MOU will include details such as reagent and notebook organization, laboratory cleanout, and figure preparation.
Once the student, former mentor, and Director of Graduate Studies sign the MOU, the student will be allowed to become a candidate for a Master’s degree and an Application to Candidacy (ATC) form will be filed with the Graduate College. After the student fulfills the requirements of the MOU, a Degree Conferral form (M form) will be submitted to the Graduate College. In consultation with the Director of Graduate Studies, the student will be required to adhere to University guidelines and deadlines to meet degree conferral dates. If degree conferral cannot be achieved during the current academic term, the student must register for one credit hour for an additional semester to meet the next deadline (fall and spring semesters only).
All requests for a Ph.D. student in the Department of Microbiology and Immunology to fulfill a tutor or teaching position should be forwarded to the Graduate Studies Office for appropriate action by the Graduate Affairs Committee.
Ph.D. students who wish to teach or tutor students in a course outside the Supervised Teaching MIC 599 program as described below must petition the Graduate Affairs Committee for approval. A letter of support from the major advisor must accompany the petition. If the student wishes to obtain registration credit for teaching/tutoring, upon approval by the Graduate Affairs Committee, the student may register for two credit hours of the Supervised Teaching MIC 599 course and the student will be graded according to the MIC 599 policy (see item B. section 2).
This program, course designation MIC 599, is intended to provide instruction in teaching techniques and help students develop skills in the organization, presentation, and discussion of course material for instruction of individuals and small groups. This experience will provide faculty with important information to be included in letters of recommendation for students during later employment searches.
will also serve as a teaching supervisor. Depending upon the course opportunities, the student will share the responsibility of presentation of lectures, participation on examination committees, proctoring of examinations, grading of examination papers, as well as laboratory instruction, organization, and preparation of laboratory materials. Students must attend all briefings and demonstrations conducted by the teaching staff. The courses currently designated for supervised teaching is Microbiology 301 (Microbiology for Allied Health) and MIC 401 (Biomedical Microbiology). Specific instructions are issued annually by the Course Directors of MIC 301 and MIC 401.
The Course Director MIC 599 will be a member of the Microbiology and Immunology Department faculty, appointed by the Department Chair, and will be responsible for:
If a graduate faculty member leaves UB for an appointment at another institution and the student is within one year to finish their Ph.D. research, the Graduate School will allow the departing faculty member to retain their role as major advisor, providing the department approves of the request. The Graduate School does not recommend allowing this if the student is more than a year away from degree completion, however, the Department will consider a request providing the following criteria are met:
If a graduate faculty member retires from UB with no intention of assuming a faculty appointment at another institution, that faculty member is eligible to continue to serve as the major advisor or as a committee member for a current student providing approval by the Department Graduate Affairs Committee.
Attendance at departmental sponsored seminars is absolutely required for all Ph.D. students in the Department as an integral component of their doctoral training. For seminars at which students are presenting, completion of the online evaluation survey is a requirement as part of the attendance policy.
Failure to attend a given Departmental Seminar, with the exception of infrequent instances for which the student obtained prior permission of the Graduate Director to be excused or in cases of unforeseen illness or emergency, may be a matter for which the Department's Graduate Affairs Committee will be obligated to take action.
The program provides students an opportunity to meet microbiologists and immunologists from around the world and to hear about current research methods and approaches. As with the curriculum for the department graduate program, the departmental seminar program covers material from all areas of interest in the department.
Students should encourage their mentor to propose individuals for speakers in their areas of interest.
Seminars not scheduled at the regular departmental time and day, designated as Special Seminar must be approved by the Department Chair, Department Director of Graduate Studies, and Department Seminar Committee Chair for attendance to be required for all Ph.D. students in the Department. In this event, students will be notified by e-mail. Although regular Special Seminars are optional attendance, they should be given high priority in the students’ schedule.
Graduate Studies Office
Department of Microbiology and Immunology
955 Main Street, Room 5102, Buffalo, NY 14203
Phone: (716) 829-2907; Fax: (716) 829-2158