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Doctoral Degree - Graduate Student HandbookContentsThe purpose of this document is to provide a reference on matters specific to the Graduate Program in Integrated Biosciences.It is not intended to substitute for the information carried by the University of Minnesota Duluth Catalog, the University of Minnesota Graduate School Catalog, the University of Minnesota Duluth Graduate Student Handbook, the University of Minnesota Guidelines for Graduate Assistants, or the information available through the Graduate School's web site, but rather should be viewed as a supplement to those sources. Graduate School registration requirement: As a Graduate School student you are required to register every fall and spring term to maintain your active status up through and including the term in which you will officially complete your degree. Failure to maintain your active status will result in the discontinuation of your student status and require applying for readmission.
Five Year Time LimitAll requirements for the Doctoral degree must be completed by five years from the end of the fall or spring term following the term in which the student passes the preliminary oral examination. For example, if a student passes the preliminary oral examination during spring term 1995, all requirements for the degree must be completed by the end of fall term 2000. There are no provisions for a "leave of absence" or other means of suspending candidacy. At the end of the fourth year following the preliminary oral examination, the Graduate School will notify the student, the adviser, and the director of graduate studies that the student has one year remaining in which to complete all requirements for the degree. This notification will serve as a reminder that the deadline is near, will explain the consequences of non-completion of the degree by the deadline, and will outline the procedures to be used to petition for an extension of time, should one be required. It is assumed that the adviser, the director of graduate studies, and the student will all cooperate in a responsible manner to keep track of the student's individual time limit and the progress required to meet that deadline. Petition ProcessIf the student is unable to complete the degree by the deadline, he or she may petition the Graduate School for an extension of the five year time limit. To insure timely consideration by the Graduate School, petitions should be filed no later than early in the term in which the time limit will expire. An extension may be requested for a period of one additional term or one additional year. A special Graduate School Dean’s Committee will review all petitions. An extension of one term should be requested if the degree can reasonably be completed within that period of time. Such a request would be appropriate if, for example, the final oral examination has been scheduled for that term, or if final revisions to the text of the thesis are in progress. An extension of one year should be requested in most other cases. RotationsRotations through three faculty laboratories during the first semester for CMP Ph.D. students, the orientation course at the start of the first year of graduate study, and attendance at faculty Colloquia will assist students in choosing an appropriate advisor. CMP Ph.D. students are required to complete three rotations, each four to five weeks in length, during the Fall semester. While students are serving their rotations, the DGS will advise them in consultation with the appropriate Emphasis Coordinator. During the rotations, the student may have a tentative assignment to an advisor for a trial period of a semester. During the rotation period, students will request assignment to an advisor in consultation with the DGS. EOP Ph.D. students are also encouraged to do rotations or take three credits of electives instead. These rotations will assist the student in the selection of an advisor within the emphasis, as well as provide exposure to research in the other emphasis. However, because of the tradition in ecology graduate programs, EOP students will likely enter the IBS program with an advisor in mind. The advisor may be chosen from IBS faculty on either campus. The DGS will then consult with program faculty before the advisor assignment is finalized. The DGS has final approval on all advisor assignments after he or she has consulted with the student and the program faculty. All advisor assignments will be finalized by the end of Fall semester of the first year. Selection of an Advisement CommitteeDuring your second semester you should decide upon a permanent advisor and choose the members of your Advisement Committee. Your major advisor typically functions as the chairperson of your Advisement Committee and assists you in course selection and planning, and, unless otherwise approved, it is expected that your Advisement Committee will serve as the committee assigned the task of reading your thesis and of administering your final oral evaluation. Select a potential major advisor from the list of Graduate Faculty whose indicated interest most closely matches your own in your area of emphasis under the advisement of your area's co-DGS. Talk to the potential major advisor to determine the feasibility of acting as your major advisor. Prelim oral examination committee:
Final oral examination committee:
Thesis Reviewers for final oral examination:
Adviser:
Adviser as chair:
Co-adviser:
Co-adviser as chair:
Ph.D. Degree Requirements
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Course # |
Title |
Credits |
IBS 8011 |
Integrated Biological Systems |
2 cr |
IBS 8012 |
Integrated Evolutionary Processes |
2 cr |
IBS 8099 |
The Biological Practitioner |
1 cr |
Stat 5411 |
Analysis of Variance |
3 cr |
IBS 8020 |
IBS Colloquia (2 semesters X 1cr/sem) |
2 cr |
IBS 8030 |
IBS Research Club |
1 cr |
IBS 8102 |
Cell, Molecular and Developmental Biology |
3 cr |
IBS 8103 or |
Comparative Animal Physiology (3 cr) or Plant Physiology (2 cr) |
2 cr min |
IBS 8201 |
Ecological Processes |
2 cr |
IBS 8980 |
Special Topics in IBS |
2 cr |
|
TOTAL |
20 cr min |
An additional nine (9) credits of coursework in the designated emphasis will be required for both the EOP and the CMP emphases, for a total of a minimum of 32 formal classroom credits.
| EOP Emphasis | CMP Emphasis | ||||
| Course # | Title | Credits | Course # | Title | Credits |
| IBS 5101 | Biochem Molec Biology | 3 | |||
| IBS 8094 | Rotations | 1 | |||
| Electives | 9 | Electives | 5 | ||
| EMPHASIS TOTAL | 9 | EMPHASIS TOTAL | 9 | ||
| Required Common Coursework | 21 min | Required Common Coursework | 21 min | ||
| TOTAL | 32 min | TOTAL | 32 min | ||
At least twenty-four (24) credits of Thesis Research (IBS 8888) will be required for each Ph.D. student. In total, a minimum of thirty-two (32) coursework credits and twenty-four (24) thesis credits will be required for the Ph.D.
Courses in bold italic are the core required curriculum common to both the EOP and CMP Emphasis.
| Year | Fall Semester | Credits | Spring Semester | Credits |
| 1 | IBS 8011 Integrated Biological Systems | 2 | IBS 8012 Integrated Evolutionary Processes | 2 |
| IBS 8099 Biological Practitioner | 1 | IBS 8201 Ecological Processes | 2 | |
| Stat 5411 Analysis of Variance | 3 | IBS 8020 IBS Colloquia | 1 | |
| IBS 8020 IBS Colloquia | 1 | Electives | 3 | |
| IBS 8030 IBS Research Club | 1 | |||
| Electives | 3 | |||
| Year | Fall Semester | Credits | Spring Semester | Credits |
| 2 | IBS 8102 Cell, Mol Dev Biol | 3 | IBS 8980 Special Topics in IBS | 2 |
| IBS 8103 Comparative Animal Physiology or Biol 5601 Plant Physiology (2 cr) | 3 | Electives | 3 | |
| Year | Fall Semester | Credits | Spring Semester | Credits |
| Thesis credits | 6 | Thesis credits | 6 | |
| Year | Fall Semester | Credits | Spring Semester | Credits |
| Thesis credits | 6 | Thesis credits | 6 |
Courses in bold italic are the core required curriculum common to both the EOP and CMP Emphasis.
| Year | Fall Semester | Credits | Spring Semester | Credits |
| 1 | IBS 8011 Integrated Biological Systems | 2 | IBS 8012 Integrated Evolutionary Processes | 2 |
| IBS 8099 Biological Practitioner | 1 | IBS 5101 Biochemistry and Molecular Biology | 3 | |
| Stat 5411 Analysis of Variance | 3 | IBS 8201 Ecological Processes | 2 | |
| IBS 8020 IBS Colloquia | 1 | IBS 8020 IBS Colloquia | 1 | |
| IBS 8030 IBS Research Club | 1 | Electives | 3 | |
| IBS 8094 Rotations | 1 | |||
| Year | Fall Semester | Credits | Spring Semester | Credits |
| 2 | IBS 8103 Comparative Animal Physiology or Biol 5601 Plant Physiology (2 cr) | 3 | IBS 8980 Special Topics in IBS | 2 |
| IBS 8102 Cell Mol Dev Biol | 3 | Electives | 2 | |
| Electives | 2 | |||
| Year | Fall Semester | Credits | Spring Semester | Credits |
| 3 | Thesis credits | 6 | Thesis credits | 6 |
| Year | Fall Semester | Credits | Spring Semester | Credits |
| 4 | Thesis credits | 6 | Thesis credits | 6 |
Electives available for students in either the EOP or the CMP track are listed below. Except for proposed courses (as indicated), all courses are currently offered. There are numerous electives on the Twin Cities campus that parallel this list of electives on the Duluth campus; we will consult with Twin Cities faculty regarding the eligibility of specific elective courses on the Twin Cities campus as needed.
| Number | Title | Credits | Ave. Enrollment | Frequency |
| Systems Biology | ||||
| Biol 8899 | Seminar in Ecology | 1 cr | 6 | Annual |
| Biol 5401 | Coevolution | 3 cr | 12 | Annual |
| Biol 5805 | Fisheries Ecology | 3 cr | 6 | Yearly |
| Biol 5807 | Mathematical Ecology | 3 cr | 8 | Biannual |
| Biol 5833 | Stream Ecology | 4 cr | 17 | Biannual |
| Biol 5839 | Coral Reef Field Studies | 3 cr | 15 | Biannual |
| Biol 5861 | Lake Ecology | 3 cr | 32 | Annual |
| Biol 5862 | Advanced Lake Ecology | 3 cr | 6 | Biannual |
| Biol 5863 | Ecosystems Ecology | 3 cr | 22 | Biannual |
| Biol 5864 | Ecosystems Ecology Laboratory | 1 cr | 8 | Biannual |
| Biol 5865 | Conservation Biology | 2 cr | 27 | Biannual |
| Biol 5867 | Managing Lakes and Streams | 3 cr | 15 | Biannual |
| Biol 5868 | Ecotoxicology | 3 cr | Biannual | |
| Lim 5001, 5002 | Limnology Sequence | 3 cr | 14 | Annual |
| Microbial Biology | ||||
| Biol 5801 | Microbial Ecology | 2 cr | 11 | Biannual |
| Biol 5802 | Microbial Ecology Laboratory | 2 cr | 3 | Biannual |
| Animal Biology | ||||
| MicB 8554 | Advanced Immunobiology | 3 cr | 6 | Annual |
| Phsl 8410 | Sensory systems (proposed) | 2 cr | ||
| Biol 5513 | Experimental Immunology | 4 cr | 12 | Biannual |
| Biol 5760 | Fish Physiology | 3 cr | 7 | Biannual |
| Biol 5772 | Neural Mechanisms of Behavior | 3 cr | 16 | Biannual |
| Biol 5990 | Current Topics in Neurobiology | 1 cr | 5 | Biannual |
| MicB 5545 | Immunobiology | 3 cr | 15 | Annual |
| Phsl 5601 | Physiology of Organ Systems I | 4 cr | 26 | Annual |
| Phsl 5602 | Physiology of Organ Systems II | 2 cr | 14 | Annual |
| Txcl 5011 | Principles of Toxicology | 2 cr | 3 | Annual |
| Plant Biology | ||||
| Biol 5121 | Plant Biochemistry & Molecular Biology | 4 cr | 10 | Biannual |
| Biol 5602 | Plant Physiology Laboratory | 2 cr | 8 | Annual |
| Biol 5811 | Plant Autecology | 3 cr | 4 | Annual |
| Biol 5831 | Plant Population & Community Ecology | 4 cr | 5 | Annual |
| Biochemistry, Cell and Molecular Biology | ||||
| Chem 8224 | Advanced Analytical Chemistry | 5 cr | 2 | Biannual |
| Phcl 8101 | Signal Transduction (proposed) | 2 cr | ||
| Phsl 8441 | Transport Processes | 2 cr | 3 | Annual |
| Biol 4231 | Molecular Genetics | 3 cr | 26 | Annual |
| Biol/Chem 5232 | Molecular Biology Laboratory | 2 cr | 20 | Annual |
| Biol 5233 | Genomics | 3 cr | 24 | Annual |
| MdBC 5501 | Neurobiochemistry | 2 cr | 4 | Annual |
| Mathematics and Statistics | ||||
| Math 5260 | Dynamical Systems | 3 cr | 14 | Biannual |
| Math 5270 | Modeling with Dynamical Systems | 3 cr | 10 | Biannual |
| Stat 5511 | Regression Analysis | 3 cr | 27 | Annual |
| Stat 5515 | Multivariate Statistics | 3 cr | 10 | Annual |
| Biol 5807 | Mathematical Ecology | 3 cr | 8 | Biannual |
These electives will be expanded by generating one new 8000 level course each year for the first ten years of the doctoral program.
Biochemistry 8216 (Signal Transduction and Gene Expression)
Child Psychology 8301 (Developmental Psychology: Cognitive Processes)
Child Psychology 8302 (Developmental Psychology: Social and Emotional Processes)
Child Psychology 8311 (Landmark Issues in Child Psychology)
Clinical Pharmacology 8220 (Experimental and Clinical Pharmacology)
Clinical Pharmacology 8400 (Pharmacometrics)
Clinical Pharmacology 8410 (Population Pharmacokinetic Modeling)
Cognitive Science 8040 (Cognitive Neuroscience)
Comparative and Molecular Biosciences 8201 (Mechanisms of Animal Health and Disease I)
Comparative and Molecular Biosciences 8202 (Mechanisms of Animal Health and Disease II)
Comparative and Molecular Biosciences 8335 (Molecular Biological Techniques)
Comparative and Molecular Biosciences 8344 (Mechanism of Hormone Action)
Comparative and Molecular Biosciences 8371 (Mucosal Immunobiology)
Comparative and Molecular Biosciences 8481 (Advanced Neuropharmaceutics)
Comparative and Molecular Biosciences 8550 (Comparative and Molecular Biosciences)
Conservation Biology 8004 (Economic and Social Aspects of Conservation)
Ecology Evolution and Behavior 8051 (Empirical Ecology)
Ecology Evolution and Behavior 8601 (Introduction to Stream Restoration)
Ecology Evolution and Behavior 8602 (Stream Restoration)
Ecology Evolution and Behavior 8641 (Spatial Ecology)
Entomology 8041 (Advanced Insect Genetics)
Entomology 8051 (Toxicology)
Experimental and Clinical Pharmacology 8210 (Clinical Therapeutics)
Fisheries and Wildlife 8448 (Fishery Science)
Fisheries and Wildlife 8452 (Conservation Biology)
Fisheries and Wildlife 8459 (Stream and River Ecology)
Fisheries and Wildlife 8576 (Biology and Management of Large Animals)
Forest Resources 8207 (Economic Analysis of Natural Resource Projects).
Genetics Cell Biology and Development 8008 (Mammalian Gene Transfer and Expression)
Genetics Cell Biology and Development 8073 (Advanced Human Genetics)
Genetics Cell Biology and Development 8103 (Human Histology)
Genetics Cell Biology and Development 8131 (Advanced Genetics)
Genetics Cell Biology and Development 8151 (Cell Structure and Function)
Genetics Cell Biology and Development 8161 (Advanced Developmental Biology)
Genetics Cell Biology and Development 8913 (Psychosocial Issues in Genetic Counseling)
Genetics Cell Biology and Development 8914 (Ethical and Legal Issues in Genetic Counseling)
Microbiology 8002 (Structure, Function and Genetics of Bacteria)
Microbiology 8003 (Immunity and Immunopathology)
Microbiology 8004 (Cellular and Cancer Biology)
Microbiology 8007 (Cell Biology and Biochemistry of the Extracellular Matrix)
Microbiology 8009 (Biochemical Aspects of Normal and Abnormal Cell Growth and Cell Death)
Microbiology 8010 (Microbial Pathogenesis)
Microbiology 8012 (Integrated Topics in Microbiology, Immunology and Cancer Biology)
Microbiology 8371 (Mucosal Immunobiology)
Neuroscience 8026 (Neuro-Immune Interactions)
Neuroscience 8211 (Developmental Neuroscience)
Neuroscience 8216 (Selected Topics in Autonomic and Neuroendocrine Regulation)
Neuroscience 8217 (Systems and Computational Neuroscience)
Neuroscience 8221 (Neurobiology of Pain and Analgesia)
Neuroscience 8222 (Central Regulation of Autonomic Function)
Neuroscience 8247 (Anatomy and Physiology of Hearing and Balance)
Neuroscience 8481 (Advanced Neuropharmaceutics)
Nutrition 8613 (Advances in Nutrition: Lipoproteins, Cholesterol and Atherosclerosis)
Nutrition 8614 (Advances in Nutrition: Advanced Energy Balance)
Nutrition 8615 (advances in Nutrition: Exercise Metabolism)
Nutrition 8616 (Advances in Nutrition: Free Radicals, Trace Elements and other Micronutrients)
Nutrition 8617 (Chemical Carcinogenesis and Chemoprevention)
Nutrition 8618 (Neuroregulation of Energy Metabolism)
Pharmacology 8208 (Neuropsychopharmacology)
Pharmacology 8217 (Problems in Investigative Pharmacology)
Pharmacology 8221 (Neurobiology of Pain and Analgesia)
Pharmacology 8222 (Transdisciplinary Tobacco Research)
Pharmacy 8411 (Stabilization of Pharmaceuticals)
Pharmacy 8421 (Advanced Pharmacokinetics)
Pharmacy 8431 (Controlled Release: Materials, Mechanisms and Models
Pharmacy 8441 (Solubility and Solid-state Properties of Drugs)
Physiology 8216 (Selected Topics in Autonomic and Neuroendocrine Regulation)
Physiology 8222 (Central Regulation of Autonomic Function)
Physiology 8310 (Advanced Topics in Cellular Physiology)
Plant Pathology 8101 (Causal Organisms of Plant Disease)
Plant Pathology 8102 (Epidemiology and Genetics of Host-Parasite Interactions)
Plant Pathology 8103 (Plant Microbe Interactions)
Plant Pathology 8302 (Genomics of Plant Associated Microbes)
Soil Water and Climate 8252 (Advanced Soil Physics)
Soil Water and Climate 8282 (Modeling Water, Carbon and Nitrogen Dynamics in the Soil-Plant-Air System)
Soil Water and Climate 8541 (Aquatic and Soil Chemistry)
Statistics 5021 (Statistical Analysis)
Statistics 8111 (Mathematical Statistics I)
Statistics 8112 (Mathematical Statistics II)
Statistics 8141 (Probability Assessment)
Statistics 8311 (Linear Models)
Statistics 8312 (Linear and Nonlinear Regression)
Toxicology 8012 (Advanced Toxicology I)
Toxicology 8013 (Advanced Toxicology II)
Toxicology 8100 (Investigative Toxicology)
In addition to the aforementioned deadlines, the IBS Graduate Program evaluates your progress in graduate work with the following criteria.
If any one of the criteria is not met, a hold will be placed on your registration. To remove the hold, you must prepare a plan for how you will remedy the situation to the satisfaction of the DGS and your advisor. Failure to adhere to the plan will result in another hold on your registration.
Deficiencies: The prompt completion of any course deficiencies indicated to you in your acceptance letter.
GPA: A cumulative GPA of 3.0 or better in all graduate level courses listed on your degree program form.
Incompletes: A maximum amount of 3 incomplete credits on your record at any one time.
If the course in which the incomplete credit occurs is taught annually, you have one year from the end of the course to complete the remaining work.
Also consult the following:
Shortly after the composition of your Advisement Committee has been approved by the Integrated Biosciences DGS, you should design your full graduate program in consultation with your major advisor.
Students are encouraged to file degree programs as early as possible, but no later than the end of the third semester of study.
Provide all committee members with a copy of your proposed program of coursework, undergraduate and graduate unofficial transcripts
Submit to your Advisement Committee a detailed outline of your intended research, including objectives and methodology. Your Advisement Committee may ask that you provide them with periodic progress reports, either oral or written, concerning your thesis project.
Call a meeting of your committee, at which all committee members must be present to approve your proposed plan.
Fill out a Degree Program Form which includes a Degree Program Transmittal page and a Degree Program. This form must be signed by your advisor and submitted, with a current transcript, to the DGS, who will forward it to the Graduate School Office.
If you find it necessary to revise your program and/or Advisement Committee, please see the Graduate Schools website for complete instructions: http://www.grad.umn.edu/current_Students/problem_solving/academic_issues/question_9_3.html
In addition to completing the curriculum for the major and internal related fields, students are required to pass both a written and oral preliminary examination prior to completing the Ph.D. program.
The oral preliminary examination will be administered within two months of the successful completion of the preliminary written examination.
Within one semester of passing the preliminary oral examination, each Ph.D. student must file a Thesis Proposal Form with the Graduate School.
“Competition Experiments between Cyanobacteria and Green Algae: Do Differences in Light Climate and Hydrogen Peroxide Sensitivity Influence their Outcome?”
“The Distribution and Emergence of Bythotrephes longimanus Resting Eggs: Defining the Role of Cumulative Environmental Stressors in Dormancy”
“Competition Between Microsystis aeruginosa and Chlorella vulgaris in Light Limited Continuous and Semi-continuous Cultures: The Negative Effect of Gas Vesicles in Microcystis aeruginosa”
“Sensitivity of the Anterior Lateral Line to Complex Stimuli in the Oyster Toadfish, Opsanus tau”
“Proteomic and NMR Analysis of Molecular Changes in the Brain of a Hibernating Mammal”
“ Characterization of Monocarboxylic Acid Transporters Spanning the Blood-Brain Barrier”
The final oral defense will be conducted by the graduate faculty according to Graduate School regulations. It will consist of a public seminar presented by the student, followed by a closed examination with the student’s Examining Committee.
Contents:
The Graduate School uses two grading systems: A-B-C-D-F (with pluses and minuses) and S-N. Students have the option of choosing the system under which they will be graded, except in courses in which grading has been restricted to one system with approval of The Graduate School.
At least two-thirds of the total number of course credits included on any degree program form must be taken A-F. Individual major fields have the option of specifying more stringent requirements regarding the application of S-N courses to a degree program. All A-F registrations in The Graduate School, regardless of course level, will be calculated in the cumulative GPA on the student’s transcript.
Students choose their grading system at the time of initial registration. 5xxx and 8xxx courses with grades of A, B, C (including C-), and S may be applied to a Graduate School degree program; University policy does not allow changes in grading option after the second week of the term. Under some circumstances and with approval of the student’s major field, 4xxx, 6xxx, and 7xxx courses may also be applied to a Graduate School degree.
In addition to these statements you should be aware of the policy regarding grading in 4xxx and 5xxx courses. Instructors are permitted to hold graduate and undergraduate students who are in the same class to different standards of academic performance and accomplishment. The syllabus must make clear what the different standards will be for the different groups of students who may be enrolled in the class. It is felt that this policy serves to delineate the difference in performance expected of graduate students as compared to undergraduates in courses at this level.
The symbol “I” may be assigned by an instructor to indicate “incomplete,” in accordance with provisions announced in class at the beginning of the semester, when in the instructor’s opinion there is a reasonable expectation that the student can successfully complete the work of the course.
An “I” remains on the transcript until the instructor replaces it with a final A-F or S-N grade. Course instructors may, at their discretion, establish a time limit for the removal of incomplete grades. The maximum number of credits of incompletes allowable at any given time is established by each major field for its graduate students.
A maximum amount of 3 incomplete credits on your record at any one time.
The Graduate School discourages the retaking of courses to improve grades. If a course is retaken, appropriate tuition and fees will be assessed. Per University Senate policy, all registrations and grades for the course remain on the student’s transcript and are calculated into the cumulative GPA.
Grade Changes
To preserve the integrity of the graduate transcript as an accurate record of a student’s academic progress, the University does not allow requests to change final grades assigned to students in prior semesters.
Graduate fellowships, awards based on academic merit, are available to new and currently enrolled graduate students at the University of Minnesota. The Graduate School Fellowship Office administers University-wide fellowships. Applications may be printed from the Fellowship Office web page and sent to the Fellowship Office by the designated deadline. The Office also administers the National Science Foundation Fellowships program. Forms for these purposes may be obtained by writing directly to the Graduate Fellowship Office, 422 Johnston Hall, 101 Pleasant Street, S.E., University of Minnesota, Minneapolis, Minnesota 55455-0421.
The IBS Graduate Program awards Summer Fellowships, Tuition Fellowships, and Travel Fellowships, all of which are funded by the Graduate School. The application procedures for a Summer Fellowship (if available), which provides for personal living expenses, will be announced to you. You may apply any semester for Tuition Fellowships (which pay for tuition that assistantships, scholarships, or other fellowships do not), Travel Fellowships (for presenting talks or posters on research at a professional meetings); contact the Director of Graduate Studies to determine the application procedure and availability.
Graduate Teaching Assistants (GTAs) are employees of the sponsoring Department; a teaching assistantship is not a fellowship. The IBS program views the GTA program as our opportunity to teach you how to teach, a skill that can be very important in future job applications. Details and obligations of GTAs will be provided in a separate informational package given to each assistant at the time of his/her original appointment. More information is available in the University of Minnesota Guidelines for Graduate Assistants.
Scheduling: GTAs must turn in their schedules in mid-August and mid-December so that teaching assignments for the following semester can be assigned; therefore, they must register for classes before the semester begins. GTAs will be assigned to teach lab sections of undergraduate classes. The Biology Department makes every effort to match the GTAs with courses that utilize their expertise and interests
Supervision: A specific faculty member (or members) will be the direct supervisor(s) of the GTAs. They may
Attendance: All teaching assistants must be on campus the week before classes begin each semester (to meet with instructors and help set up laboratories, classes, etc.) until the end of finals week (to assist grading final exams, etc.)
Evaluation: All faculty under whom you assist may submit an evaluation of your work to the Department Head. This will likely include responses to student evaluations distributed at the end of every semester.
Continuation: If GTAs are interested in subsequent years of support, they should notify the Department Head early in Spring Semester. The Department Head will consider the evaluations and academic performance in determining GTA extensions.
Grievances: If at any time you feel that unreasonable demands are being made of you relative to the percent-time of your appointment, you should first discuss this with the supervising faculty member. If this does not prove satisfactory, discuss the situation with the Department Head.
Certain expenses will be incurred when you conduct of your thesis research for the purchase of chemicals, supplies, services, certain pieces of equipment, etc.
As these needs arise, you should notify the faculty member supervising your research or project, usually your major advisor. If that faculty member has outside grant support, those funds may be used to meet your needs. If no outside funds are available, your advisor may forward your requests to the Department Head or DGS.
Within reasonable limits, the Department or IBS program may attempt to provide some measure of support for your research. In the past, certain graduate students have applied on their own for outside funding for their research. Although this approach will entail considerable work on your part and only limited resources exist, it does provide excellent experience in the art of "grantsmanship," a trait that might come in handy subsequently in your professional career.
The Graduate School occasionally offers workshops in grant writing. It is the student's responsibility to pay all expenses incurred in the production and copying of all versions of the thesis, as well as any binding of the final version.
If your research involves animal or human subjects, you must apply for clearance through appropriate review councils. This is discussed further in the required IBS 8099 Biological Practitioner course. For further details, consult the following web sites.
ALL Graduate School students will be required to register in the Graduate School every fall and spring term in order to maintain active status. This is a change from the previous policy that required Graduate School registration once per year.
Maintaining active status is critical and is required in order to participate in the University community as a Graduate School student. Participating in the University community includes registering for coursework, taking examinations, submitting milestone forms, or filing for graduation.
Students not registered every fall and spring term are considered to have withdrawn; their Graduate School records are deactivated. Those who wish to resume graduate work must request readmission to the Graduate School (and if readmitted, must register) to reactivate their status.
Effective Fall 2002, Grad 999 - a zero-credit, zero-fee, non-graded registration option - will be an option for those Graduate School students who must register solely to meet the Graduate School's registration requirement. Students should check with their department office for eligibility.
Confer with your adviser and/or DGS to determine what you should register for each term. You should consider the following in addition to any criteria outlined by your adviser and/or DGS:
For questions about the readmission process, please contact Graduate School Admissions in 309 Johnston or by phone at 612-625-3014.
For questions about how the registration requirement will impact you, please contact the Graduate Student Services and Progress Office in 316 Johnston.
Doctoral students may call 612-625-0168 or email gsdoc@umn.edu
Laboratory space will be provided you once you have selected your thesis advisor.
Full-time graduate students usually are assigned desk and research space in the parent departments of their advisors.
As a full-time graduate student, you may be assigned keys to your office and to the building in which the office is located. The department that controls your office space will issue the keys, and may require you to sign a form or pay a deposit.
It is important that you use these keys only for your own purposes and they should not be given to anyone else. Upon leaving the Graduate Program, it is essential that you return all keys and key cards assigned to you to the Integrated Biosciences or appropriate departmental secretary or a hold will be placed on your records--including receipt of your degree and release of your official transcripts.
If you are a GTA in the Biology Department, we will assign you office space including desk and filing facilities at the beginning of the year. Because office space is not extensive, you will share a room with at least one other person. Most GTAs retain the same desk and office for the entire year, but in some instances it is necessary to shift office assignments from semester to semester. Generally, offices assigned during the academic year will be available for your use during the summer.
You may pursue graduate work in IBS at the Duluth campus or Twin Cities campus, under special circumstances, at both campuses. The faculty list on the IBS website home page lists addresses and research interests of current IBS faculty.
Several research facilities are potentially available to you as an IBS student, such as the Swenson College of Science and Engineering Duluth, School of Medicine Duluth, College of Pharmacy Duluth, the Large Lakes Observatory in Duluth, which includes an 87-foot research vessel on Lake Superior, and the Natural Resources Research Institute (NRRI) in Duluth. Arrangements to use these facilities may be facilitated by your advisor and by approaching staff directly.
There is no specific IBS Library. Instead, you will find books and journals in the University of Minnesota Duluth Library, the Geology Library (second floor of Heller Hall), EPA, and the NRRI Library. Details on Interlibrary Loan are available at the Interlibrary Loan web page. If you need assistance in performing a literature search using electronic databases, please contact the staff at the Main Library Reference Desk (218-726-8100). The IBS secretary can set up a copy code for you to do photocopying at the Library and you will be billed monthly for charges.
Literature searches can also be done through use of Biological Abstracts, and Science Citation Index, print versions of which are in the University of Minnesota Duluth Library. Computer-based versions of Science Citation Index, Biological Abstracts, BIOSIS, JSTOR, Current Contents, and other computerized search programs are available through the Library's web page.
Photocopiers exist in various participating facilities. Before you are issued a copy code you need to be trained by the Office Staff. You may be issued a code for personal copies for which you will be billed monthly. If you are a GTA you will be issued a separate code for that purpose.
All University faculty, staff, and registered students receive an e-mail account, Internet access and 20 MB of server space. You may access your account from a networked machine on campus, through a wireless connection, or at the University’s web site from anywhere in the world with a web browser.
A student e-mail address will automatically be assigned to you when you register. To activate your account, visit http://www.umn.edu/initiate/. The site requires you to enter your social security number, your birth date, and your student ID number. The site also describes how to change your password and customize your account.
Another useful site for Internet access information is the Academic Computing and Distribution Services site: http://www.umn.edu/adcs/.
E-mail is widely used for individual, program, University, and professional communications, including financial transactions. For this reason, you must access your University account regularly. Many general-distribution IBS memos are sent via e-mail. The IBS uses a listserv to notify students of seminars, student group meetings, and other items of interest. Additionally, many job postings, calls for papers for conferences around the country, and other nationwide professional messages are distributed via e-mail. You should get into the habit of checking your University e-mail messages daily.
All IBS Graduate students will have mail boxes located in room 204 Swenson Science Building. Students doing research in other departments may also have a mailbox in those departments, but, because announcements and other information pertinent to graduate students will be placed in the Swenson boxes, it is important that you check your mailbox there frequently.
At times you may find it is necessary to use official stationery for certain correspondence. If you desire, you may obtain IBS letterhead and envelopes from the IBS Office in 162 School of Medicine.
There are telephones for Graduate Student use in your assigned office space, and fax machines in various participating departments, including the Biology Office, room 207 Swenson Science Building, and the IBS Program Office, room 162 School of Medicine.
If you need to place a long distance call or fax pertaining to your work in the Integrated Biosciences Graduate Program, contact the Office Staff for assistance. Personal fax service is available in Campus Books. Information is available at http://www.umdstores.com/customer_service/services.html.
Computer facilities vary according to departments. The IBS Program does not maintain student computer facilities but views this as the responsibility of the faculty advisors.
Graduate students have priority for the use of the typewriter, computers, printer, and scanner in the Graduate Student Offices, located in the Swenson Science Building. This equipment is not to be taken out of the rooms for use elsewhere. It is strongly recommended that you store your files on removable disks, since files stored on a general use hard drives could be accidentally deleted or altered.
Secretarial services in the various departmental offices are not generally available to graduate students or graduate assistants, but that is a decision made by the individual departments. Consult your advisor for more information.
University of Minnesota Duluth Graduate Council
Graduate Student Representatives for the University of Minnesota Duluth Graduate Council are chosen on a campus-wide basis-seats are not allocated to every graduate program.
The IBS program prefers that one Graduate Student Representative from each track be present at all Graduate Faculty meetings. The mechanism for selection of Graduate Student Representatives is for students to determine; normally Graduate Student Representatives are elected by the other Graduate Students. Regardless of the manner of selection, it is necessary that the DGS is informed of the results. This will insure that the Representatives are notified of all necessary meetings and will receive copies of the minutes of meetings.
Responsibilities include:
- Providing input
- Providing information to fellow students concerning any changes in policy made by the Graduate Faculty
- Voting rights EXCEPT on
- matters pertaining to student acceptance
- awarding of financial support
- evaluation of a student's academic progress
- decisions regarding adding or deleting members to or from the Graduate Faculty
316 Johnston Hall
101 Pleasant Ave. S.E.
Minneapolis, MN 55455
Phone: 612-625-3490
Fax: 612-625-6855
Hours of Operation: Monday - Friday, 8:00 - 4:30 pm
Shannon Gilligan
Phone: 612.625.2306
E-mail: gradssp@umn.edu
•Preliminary oral exam scheduling and clearance
•Language certifications
Amber Knapp, Coordinator, Master’s Degree Services
Phone: 612.625.4019
E-mail: gsmast@umn.edu
•Master’s and Certificate. degree progress and clearance
•Master’s thesis formatting and submission questions
Stacia Madsen, Coordinator, Doctoral Degree Services
Phone: 612.625.0168
E-mail: gsdoc@umn.edu
•Doctoral degree progress and clearance
•Doctoral final oral exam scheduling
•Dissertation formatting and submission questions
•Registration exception requests
Renae Faunce
Phone: 612.625.5833
E-mail: gscmte@umn.edu
•Committee substitution requests
•Degree Program and Thesis Proposal approvals
Marci Freundschuh, Assistant to the Dean
Phone: 612.625.0068
E-mail: gsasdean@umn.edu
•Master’s advanced status (FTE) registration applications
•Graduate School time extension petitions
•>75% graduate assistantship appointment requests
Karen Starry, Director
Phone: 612.625.2815
E-mail: starry@umn.edu