1 / 31

Graduate Student Orientation

Graduate Student Orientation. Efstratios Nikolaidis Professor and Graduate Director Department of Mechanical, Industrial and Manufacturing Engineering University of Toledo 8/15/2012 This presentation is based on Dr. Olson’s presentation in Fall 2007. Outline. About MIME Focus Areas

elom
Download Presentation

Graduate Student Orientation

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Graduate Student Orientation Efstratios Nikolaidis Professor and Graduate Director Department of Mechanical, Industrial and Manufacturing Engineering University of Toledo 8/15/2012 This presentation is based on Dr. Olson’s presentation in Fall 2007

  2. Outline • About MIME • Focus Areas • Department Organization • Graduate Programs • Registration and Plan of Study • Resources/Facilities

  3. 1. About MIME • MIME department recognized as one of the best on campus • High quality of students, faculty, staff and facilities • 24 faculty members • Society fellows: ASME (5), American Ceramic Society (1) • Journal editors, associate editors • Six book authors • $6.4 M annual sponsored research from NSF, NREL, ARO, NIH, Chrysler, Ford, GM… • Excellent job placement success • Close ties to industry • Faculty and student’s reputation

  4. 2. Focus Areas • Graduate program in MIME is specialized in terms of both teaching and research • Manufacturing and Industrial Engineering • Solid Mechanics and Design • Thermal Sciences and Fluids • Different required courses in each area

  5. Focus Areas • What it means to you: • Must select and concentrate on one focus area • It will determine your course work, research and expertise • But will not appear on your diploma

  6. 3. Department Organization Professor & Chairman Dr. Abdollah A. Afjeh FACULTY STAFF Academic Program Coordinator Graduate Director Dr. Efstratios Nikolaidis Debbra Kraftchick Thermal Sciences Focus Area Department Secretary Dr. Terry Ng, Leader Kathryn Rose Solid Mechanics Focus Area Lab Supervisor ( 2 Tech Staff) Dr. Phil White, Leader John Jaegly Manufacturing Focus Area Administrative Specialist Dr. Ahalapitiya.Jayatissa, Leader Emily Lewandowski

  7. Administration • Department Chair Dr. Abdollah Afjeh (x8210) • As administrator • Overall responsibility for department • All administrative and academic matters • Student matters • Special issues • As professor • Faculty responsibilities

  8. Student Services Staff • Undergraduate Academic Program CoordinatorDebbra Kraftchick (x8204) • Academic records and student files • Department/university forms • Registration/scheduling, reference letters • Preparation of GAPA’s (funding paperwork) • First person to see for administrative questions

  9. Student Services Staff Department Secretary Kathryn Rose (x8210) • Responsible for secretarial support • Instructional support to faculty • Appointments with Chairman on special issues

  10. Student Services Staff • Administrative SpecialistEmily Lewandowski (x8037) • Responsible for financial matters and forms including Time Cards (if needed) • If funded, you must see Ms. Lewandowski for completion of tax and other forms. You must complete all forms for funding including those for establishing a tax ID #. • You will not be paid until all forms have been filled and submitted. • All department purchases and travel forms

  11. Student Services Staff • Graduate Program Director Dr. Efstratios Nikolaidis (enikolai@eng.utoledo.edu, x8216) • Initial advisor to all new students (except RAs). • Determines all TA duties, evaluates TAs. • Approves plans of study/certifies graduation. • Approves practical training requests. • Authorizes program changes.

  12. Faculty • Academic Advisors • Supervise graduate research (thesis, project). • Approve plan of study. • Approve changes to plan of study. • Award RAs.

  13. Graduate Student Duties • Select and register for classes based on approved plan of study. • Select an advisor by end of fall term at the latest. Submit advisor selection form to Dr. Nikolaidis. • Fill out a plan of study before 16 hours of coursework have been completed. • If a TA, must take the ITA test. • Attend Graduate Seminar. • Keep your Thesis Advisor informed on your progress. • Satisfactory progress in research is a requisite for continued financial support (assistantship).

  14. 4. Graduate Programs • MS (MSIE & MSME) • Thesis and project options • 30 semester credit hours • If you ever receive RA or TA funding from the MIME department you must do a thesis. In this case, you cannot switch from the thesis to project or coursework options. • Coursework only option • 36 semester credit hours

  15. Graduate Programs • PhD • Minimum requirements: 60 credit hours beyond MS

  16. MS Degree: Thesis Option • Mathematics: 3 credits • From list of approved courses • Focus area core courses: 9 credits • Only approved courses • Elective courses: 9 credits • Focus area electives • From list of approved courses with approval of advisor • All the above must be advanced level courses: 6000 level, 5000 level less common • Thesis research: 9 credits

  17. PhD Degree Research-Based Degree Must pass Focus Area Qualifying Examination Expected within 1st year in program If failed once, may petition for a retest one year later, if petition is granted. No specific topic requirements, but courses must be approved by advisor. 15 credits minimum advanced coursework. Planned for Ph.D. research (consult your advisor) Prepare for Ph.D. qualifying exam in Spring semester. Dissertation Research: 30 credits minimum 45 credits if taken 15 credit hours of coursework.

  18. Qualifying Exam Take in Spring semester Advanced (senior) undergraduate level and/or first year graduate level Dissertation Proposal A definite project identified and substantial preliminary research work done. This includes literature survey, plan of tasks, feasibility study. Dissertation defense Write dissertation and defend it in open forum Significant, consequential, original PhD Degree

  19. Typically at 6000/8000 levels MS students -- 6000 level PhD students -- 8000 level Equivalent courses Might be numbered at a lower level but considered equivalent to MIME 6000/8000 level course. Consult your advisor. MS Program advanced course requirement 12 credits (core, approved math or elective) at 6000 level Advanced Graduate Courses

  20. Plan of Study A ‘Roadmap’ of Graduate Program List of all course taken or to be taken. Must be approved by advisor, Graduate Program Director and College of Graduate Studies When to File As soon as possible but not later than beginning of Spring term Where to File Department Academic Program Coordinator’s office Benefits Registration without additional advisor’s approval Prevent having to take additional courses to meet degree program requirements

  21. 4. Registration Minimum Requirements for Supported Students All MS and Ph.D. students who receive full-time support must register for a minimum of 12 credit hrs and a maximum of 15 credit hrs during each semester. Supported students on their last semester can register for only 1 hr. A statement from the faculty advisor certifying that the student has satisfied the degree requirements is required for each of these cases (e-mail to Dr. Hefzy will suffice for documentation). Supported students are allowed to register for 1 hr as their last semester only once. If a student has enrolled previously for 1 hr as his/her last semester and did not graduate, then he/she would need to enroll as specified in paragraph 1.

  22. Registration Graduate Seminar MIME 6930 Attendance required of all funded students Notification of time by email (Nitschke Auditorium) Register for thesis/independent research 6960/8900 (three credits). Use your advisor’s section number. If you do not have an advisor, register in MIME 6900-078. Prepare a Thesis Proposal Paper by December 1st and submit to your advisor.

  23. Course Request Form Needed only for the first term. Thereafter, use web or phone registration. Course Request Form needs the advisor’s signature. Course Request Forms are needed for thesis or dissertation registration. Registration Forms

  24. Where to Register? Registrar’s Office -- Rocket Hall What Documents Needed? Completed and signed “Course Request Form and Seminar Request Form”, if any Register by Friday, August 17 to avoid late fees. These range from $50 to $1,000 depending on how late you register. Instructional Fee Credit? Tuition credit given automatically to funded students. Takes time for tuition fee to be paid. Normally, student must pay all other fees. Registration Process

  25. Thermal Science Program Examples Core Computational Fluid Dynamics I (MIME 6440/8440) Intermediate Fluid Mechanics (MIME 6980/8980) Viscous Flow (MIME 6410/8410) Conduction (MIME 6420/8420) Experimental Fluid Mechanics (MIME 6450) Advanced Heat Transfer (MIME 6980/8980) Advanced Gas Dynamics (MIME 6980/8980) Electives Heating, Ventilating and Air Conditioning (MIME 5520) Jet Propulsion (MIME 5540) Math Advanced Eng. Math I (MIME 6000/8000)

  26. Solid MechanicsProgram Example Core Adv. Dynamics (MIME 6200/8200) Adv. Mechanical Vibrations (MIME 6210/8210) Advanced Mechanics of Materials (MIME/CIVE 5300) Electives CAD-Finite Element Methods (MIME 5280) Fracture Mechanics (MIME 6380/8380) Elasticity (MIME 6350/8350) Engineering Analysis of Smart Materials (MIME 6980/8980) Math Advanced Eng. Math I (MIME 6000/8000)

  27. Manufacturing Program Example Core Design of Experiments (MIME 6720/8720) Material Removal Processes (MIME 6980/8980) Advanced Mechanics of Brittle materials (MIME 5980) Electives Biomaterials in Medicine (ORTH 675/875) Manufacturing Engineering (MIME 5060) Nanomanufacturing (MIME 6980/8980) Engineering Analysis of Smart Materials (MIME 6980/8980) Statistical Quality Control & Mgmt (MIME 5020) Micro Electro Mechanical Systems (MIME 5980) Advanced Sensors and Sensor Materials (MIME 6980/8980) Math Advanced Eng. Math I (MIME 6000/8000)

  28. Resources/Facilities University Main Library/ Engineering Library Archival journals Electronic journals Engineering/Scientific/Medical databases (a fee might be assessed) OhioLink -- online search and ordering of books/references from other Ohio universities’ libraries

  29. Graduate Students Handbook Details of Graduate Programs Admission requirements Academic and non-academic policies Degree requirements Link: www.eng.utoledo.edu/mime/graduate/docs/graduate_student_handbook_2005.pdf

  30. Student Support Student Organizations ASME, IIE, SAE, SWE, GSA, etc. Student Services Writing Center www.utoledo.edu/centers/writingcenter/ Health Serviceswww.utoledo.edu/healthservices/hsc/ Counseling Centerhttp://www.utoledo.edu/studentaffairs/counseling/ International student services http://www.utoledo.edu/utlc/international/ Can provide small loans

  31. MIME Web Page www.mime.eng.utoledo.edu/ Graduate student handbook www.eng.utoledo.edu/mime/graduate/docs/graduate_student_handbook_2005.pdf MIME Registration Tips www.eng.utoledo.edu/mime/undergraduate/handbook/registration.php Online registration www.utoledo.edu/offices/registrar/main_campus/registration.html Other Sources of Information

More Related