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University of Wisconsin Medical School

University of Wisconsin Medical School. Graduate Education in Medical Physics Paul M. DeLuca, Ph.D. Vice Dean and Associate Dean for Research University of Wisconsin Medical School. University of Wisconsin Science and Engineering PhDs 2001. Essential Aspects of Graduate Education.

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University of Wisconsin Medical School

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  1. University of Wisconsin Medical School

  2. Graduate Education in Medical Physics Paul M. DeLuca, Ph.D. Vice Dean and Associate Dean for Research University of Wisconsin Medical School

  3. University of Wisconsin Science and Engineering PhDs 2001

  4. Essential Aspects of Graduate Education CAMPEP Process and Curriculum Typical CAMPEP Curriculum Implementation Alternate Fused Programs – Generate More! Start them Young! What do they look like!

  5. CAMPEP Approved Programs McGill University Montreal General HospitalDepartment of Medical PhysicsLivingston Hall, Room L5-1091650 Avenue Des CedresMontreal, PQ H3G 1A4, Canada University of Alberta - Cross Cancer InstituteDivision of Medical Physics11560 University AvenueEdmonton, T6G 1Z2, Canada University of California - Los AngelesThe Departments of Radiological Sciences, Radiation Oncology, and Molecular and Medical PharmacologyBiomedical Physics Interdepartmental Graduate Program10833 LeConte Avenue, B2-049F CHSLos Angeles, CA 90095-6948 University of FloridaDepartment of Nuclear & Radiological Engineering202 Nuclear Science BuildingGainesville, FL 32611-8300

  6. CAMPEP Approved Programs Wayne State UniversityHarper HospitalDepartment of Radiation Oncology3990 John R. StreetDetroit, MI 48201 University of Texas HSC - San AntonioDepartment of Radiology7703 Floyd Curl DriveSan Antonio, TX 78229-3900 The University of Texas – Houston Health Science Center Graduate School of Biomedical SciencesThe University of Texas M. D. Anderson Cancer CenterDepartment of Radiation Physics 1515 Holcombe BoulevardHouston, TX 77030 University of Wisconsin -- MadisonDepartment of Medical Physics1300 University Avenue1530 Medical Sciences CenterMadison, WI 53706 University of Kentucky Medical CenterRadiation Sciences900 South Limestone StreetLexington, KY 40536-0200

  7. CAMPEP GEPRC Membership Jay Burmeister, Ph.D. Harper Hospital Brenda Clark, Ph.D. British Columbia Cancer Agency Paul M. DeLuca, Ph.D. (Vice Chair) University of Wisconsin Madison Bennett S. Greenspan, M.D. University of Missouri Health Sciences Center Christine Hartmann-Siantar Lawrence Livermore Laboratory Edward F. Jackson, Ph.D. University of Texas M.D. Anderson Cancer Center Andrew Karellas, Ph.D. Emory University Robert W. Kline, Ph.D. Mayo Clinic Richard L. Maughan Ph.D. (Chair) University of Pennsylvania

  8. CAMPEP Academic Program Recommendations For Graduate Degrees In Medical Physics A Report of the Education and Training of Medical Physicists Committee November 2002

  9. Bhudatt R. Paliwal, Ph.D. University of Wisconsin-Madison, Wisconsin James C.H. Chu, Ph.D. Rush Medical Center, Chicago, Illinois Arnold Feldman, Ph.D. Peoria, Illinois Ellen E. Grein, Ph.D. British Columbia Cancer Agency Vancouver, British Columbia Donald E. Herbert, Ph.D. University of South Alabama, Mobile, Alabama Edward F. Jackson, Ph.D. University of Texas M.D. Anderson Cancer Center Houston, Texas Faiz M. Khan, Ph.D. University of Minnesota, Minneapolis, Minnesota Richard L. Maughan, Ph.D. University of Pennsylvania, Philadelphia, Pennsylvania Venkataramanan Natarajan, Ph.D. Winthrop University Hospital, Mineola, New York Ervin B. Podgorsak McGill University, Montreal, Quebec E. Russell Ritenour, Ph.D. University of Minnesota, Minneapolis, Minnesota Mohammed K. Zaidi, M.S. Department of Energy, Idaho Falls, Idaho The Education and Training of Medical Physicists Committee

  10. Core Topics • Radiological Physics and Dosimetry • Health Physics/Radiation Safety • Radiation Biology • Anatomy and Physiology • Special Topics - Professional Ethics/Conflict of Interest/Scientific Misconduct - Statistical Methods in Medical Sciences

  11. Imaging Science Imaging Science • Conventional Planar Imaging • Digital X-Ray Imaging and Computed Tomography • Ultrasound Imaging • Magnetic Resonance Imaging • Nuclear Medicine

  12. Radiation Therapy • Radiation Oncology • External Beam Radiation Therapy • Brachytherapy • Treatment Planning • Radiation Therapy Devices • Special Techniques in Radiotherapy • Radiation Therapy with Neutrons, Protons, & Heavy Ions

  13. Essential Aspects of Graduate Education CAMPEP Process and Curriculum Typical CAMPEP Curriculum Implementation Alternate Fused Programs – Generate More! Start them Young! What do they look like!

  14. Typical Program for Master of Science Degree in Medical Physics (General Med Physics Option) 1st Semester ‑‑ (Fall) † Med. Phys. 463 ‑‑ Radioisotopes in Medicine and Biology ‑‑ (3 cr.) † Med. Phys. 501 ‑‑ Radiological Physics and Dosimetry ‑‑ (3 cr.) † Med. Phys. 567 ‑‑ The Physics of Diagnostic Radiology ‑‑ (3 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar ‑‑ (1 cr.) 2nd Semester ‑‑ (Spring) † Med. Phys. 410** ‑‑ Radiobiology ‑‑ (2 cr.) † Med. Phys. 566 ‑‑ Physics of Radiotherapy ‑‑ (3 cr.) † Med. Phys. 569 ‑‑ Health Physics ‑‑ (4 cr.) Electives: Choose From: Med. Phys. 401 ‑‑ Intermediate Physics for Medicine and Biology ‑‑ (3 cr.) Med. Phys. 530 ‑‑ Medical Imaging Systems ‑‑ (3 cr.) Med. Phys. 568 ‑‑ Magnetic Resonance Imaging (MRI) ‑‑ (3 cr.) Med. Phys. 570 ‑‑ Advanced Brachytherapy Physics ‑‑ (3 cr.) Med. Phys. 707 ‑‑ Applications of Digital Imaging: DSA, CT, MRI ‑‑ (2 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar ‑‑ (1 cr.) Medical Physics Qualifier

  15. Typical Program for Master of Science Degree in Medical Physics (General Med Physics Option) 3rd Semester ‑‑ (Fall) † Med. Phys. 661 to 666 ‑‑ Rad Lab in Radiological Physics ‑‑ (1-3 cr.) Electives: Choose From: Med. Phys. 473 ‑‑ Imaging in Medicine ‑‑ (3 cr.) Med. Phys. 575 ‑‑ Diagnostic Ultrasound Physics ‑‑ (3 cr.) Med. Phys. 571 ‑‑ Advanced External Beam Radiotherapy ‑‑ (3 cr.) Med. Phys. 710 ‑‑ Advances in Medical Magnetic Resonance ‑‑ (2 cr.) Med. Phys. 812 ‑‑ Radiation Medicine Physics Clerkship ‑‑ (2 cr.) Physiology 335 ‑‑ Physiology ‑‑ (5 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar 4th Semester ‑‑ (Spring) † Med. Phys. 661 to 666 ‑‑ Rad Lab in Radiological Physics ‑‑ (1-3 cr.) † Med. Phys. 410 ‑‑ Radiobiology ‑‑ (2 cr.) Electives: Choose From: Med. Phys. 401 ‑‑ Intermediate Physics for Medicine and Biology ‑‑ (3 cr.) Med. Phys. 530 ‑‑ Medical Imaging Systems ‑‑ (3 cr.) Med. Phys. 568 ‑‑ Magnetic Resonance Imaging (MRI) ‑‑ (3 cr.) Med. Phys. 570 ‑‑ Advanced Brachytherapy Physics ‑‑ (3 cr.) Med. Phys. 707 ‑‑ Applications of Digital Imaging: DSA, CT, MRI ‑‑ (2 cr.) Med. Phys. 812 ‑‑ Radiation Medicine Physics Clerkship ‑‑ (2 cr.) Anatomy 328 ‑‑ Human Anatomy ‑‑ (3 cr.) Physiology 335 ‑‑ Physiology ‑‑ (5 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar

  16. Medical Imaging Emphasis in Medical Physics 1st Semester ‑‑ (Fall) † Med. Phys. 501 ‑‑ Radiological Physics and Dosimetry ‑‑ (3 cr.) † Med Phys 473 – Imaging in Medicine – Linear Systems -- (3 cr.) † Med. Phys. 567 ‑‑ The Physics of Diagnostic Radiology ‑‑ (3 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar ‑‑ (1 cr.) 2nd Semester ‑‑ (Spring) † Med Phys 474 – Imaging in Medicine – Stochastic Methods -- (3 cr.) † Med. Phys. 568 ‑‑ Magnetic Resonance Imaging (MRI) ‑‑ (3 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar ‑‑ (1 cr.) Medical Physics Qualifier 3rd Semester ‑‑ (Fall) † Med. Phys. 661 to 666 ‑‑ Rad Lab in Radiological Physics ‑‑ (1-3 cr.) † Med. Phys. 463 ‑‑ Radioisotopes in Medicine and Biology ‑‑ (3 cr.) † Med. Phys. 575 ‑‑ Diagnostic Ultrasound Physics ‑‑ (3 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar 4th Semester ‑‑ (Spring) † Med. Phys. 661 to 666 ‑‑ Rad Lab in Radiological Physics ‑‑ (1-3 cr.) ‡ Med. Phys. 900 ‑‑ Journal Club and Seminar

  17. Essential Aspects of Graduate Education CAMPEP Process and Curriculum Typical CAMPEP Curriculum Implementation Alternate Fused Programs – Generate More! Start them Young! What do they look like!

  18. BS-NE/MS-MP – Dual Degree Program Plan (SeniorYear) Senior Year - Fall Semester Course Undergrad Graduate Credit Credit NEEP 427 Nuclear Instrum. Lab. 2 2 MP 501 Radiological Physics and Dosimetry 3 MP XXX Medical Phys Electives (e.g., MP 463, MP567) 6 EPD 397 Technical Writing 3 Liberal Elective 3 Senior Year - Spring Semester NEEP 428 Nuclear Reactor Lab. 2 NEEP 571 Econ. & Environ. Aspects of Nuclear Energy 3 NEEP 412 Nuclear Engineering Design 5 MP XXX Medical Physics Elective (e.g., MP410, MP 566) 3 Liberal Studies Electives 3 

  19. BS-NE/MS-MP – Dual Degree Program Plan (Fifth Year) Fifth Year – Fall Semester Course Undergrad Graduate Credit Credit MP 575 Diagnostic Ultrasound 3 MP 473 Medical Imaging 3 MP XXX Medical Physics Electives (e.g., MP 571) 5 Radiation Lab (e.g. Health Physics focus) 1 Journal Club 1 Fifth Year - Spring Semester MP 569 Health Physics 4 MP 570 Brachytherapy 3 MP XXX Medical Physics Electives (e.g., MP 401, MP 410, MP 566) 3 Radiation Lab – Elective 1 Journal Club 1 Total Credits 33 27

  20. Essential Aspects of Graduate Education CAMPEP Process and Curriculum Typical CAMPEP Curriculum Implementation Alternate Fused Programs – Generate More! Start them Young! What do they look like!

  21. Nuclear Engineering - Radiation Sciences Track Fall Semester Cr Spring Semester Cr Freshman Year Chem 109 General & Anal Chemistry I 5 EMA 201 Statics 3 Math 221 Calculus & Analytic Geom. 5 Math 222 Calculus & Analytic Geom. 5 Communications "A" Elective 2 Stat 224 Statistics for Engineers 3 EPD 160 Intro. to Engineering3 ME 231 Graphics 2 15 Liberal Studies Electives 3 16 Sophomore Year Math 234 Calculus-Fn. of Several Var. 3 Math 319 Differential Equations 3 Phys 202 General Physics 5 Physics 241 or Phys. 205 Modern Phys. 3 EMA 202 Dynamics 3 ME 361 Engineering Thermodynamics 3 NEEP 271 Engr. Prob. Solving I3 EMA 303 Mechanics of Materials 3 EPD 275 or CA 105 Public Speaking 2 EMA 307 Mechanics of Materials Lab 1 16 Liberal Studies Electives 3 16

  22. Nuclear Engineering - Radiation Sciences Track Fall Semester Cr Spring Semester Cr Junior Year NEEP 305 Fund. of Nuclear Engr. 3 NEEP 405 Nuclear Reactor Theory 3 Math 321 Appl. Math. Analysis 3 NEEP 408 Ionizing Radiation 3 MS&E 350 Intro. to Materials Science 3 Phys 322 Electromagnetic Fields 3 Technical Elective 3 Computing Elective 3 Liberal Studies Electives 4 ECE 376 Electrical Circuits 3 16 Free Elective 1 16 Senior Year NEEP 427 Nuclear Instrum. Lab 2 NEEP 412 Nuclear Engineering Design 5 Med Phys 501 Radiological Physics NEEP 428 Nuclear Reactor Lab. 2 & Dosimetry 3 NEEP 571 Econ. & Envir. Aspects of Medical Physics Electives 6 Nuclear Energy 3 Liberal Studies Electives 3 Medical Physics Elective 3 EPD 397 Technical Writing 3 Liberal Studies Elective 3 17 16 Total credits for Graduation: 128

  23. BS-NE/MS-MP Dual Degree Program Plan Undergrad credits prior to senior year: 95 Undergrad credits 4th and 5 th years 33 Total undergrad credits: 128 Total graduate credits: 27 Credits used for both: (2) Total credits: 153

  24. Essential Aspects of Graduate Education CAMPEP Process and Curriculum Typical CAMPEP Curriculum Implementation Alternate Fused Programs – Generate More! Start them Young! What do they look like!

  25. Year Applied Applied Admitted Admitted Enrolled Admitted Accepted % Admitted Admitted Declined % Enrolled* % Admitted Average GPA Applied Denied Average GPA Admitted % Denied Average GPA Enrolled Total 58 22 12 10 38% 36 62% Fall 2002 58 22 12 38% 21% 3.38 3.54 3.61 Women 18 9 7 2 50% 9 50% Fall 2001 35 21 15 60% 43% 3.50 3.55 3.50 Men 40 13 5 8 32.5% 27 67.5% Fall 2000 41 21 12 51% 29% 3.45 3.47 3.46 Foreign 34 6 4 2 18% 28 82% Fall 1999 44 24 13 55% 30% 3.44 3.58 3.4 Minority 2 (F3,M4) 1 (F3) 0 1 (F3) 50% 1 50% Fall 2002 Final Admissions Summary

  26. Average GRE Scores of Enrolled Students Fall 2002: V 486 (53%) Q 713 (78%) A 666 (75%) Physics 563 (29%) Fall 2001: V 501 (58%) Q 727 (83%) A 672 (77%) Physics 625 (37%)   Fall 2000: V 518 (60%) Q 752 (89%) A 664 (77%) Physics 683 (48%)   Fall 1999: V 547 (68%) Q 745 (90%) A 733 (89%) Physics 725 (59%)   Fall 1998: V 533 (62%) Q 754 (90%) A 669 (78%) Physics 732 (63%)   Fall 1997: V 546 (67%) Q 720 (84%) A 668 (79%) Physics 661 (47%) Fall 1996: V 624 (82%) Q 747 (89%) A 692 (83%) Physics 626 (43%) Fall 1995: V 594 (77%) Q 758 (90%) A 708 (86%) Physics 639 (43%) Fall 1994: V 565 (82%) Q 746 (91%) A 717 (94%) Physics 664 (48%) Average 546 (68%) 740 (87%) 688 (82%) 658 (46%)

  27. Admission Data 2003 * Q & A

  28. Admission Data 2003

  29. AAPM Membership

  30. AAPM % Change in Membership Average % change each year: 4.8%

  31. Training Pattern Needed To Support AAPM Membership Average AAPM Membership Change 135 +/- 154 Average Retirement Rate 66 +/- 11 Average Total New Members Needed 201 +/- 60 Assume ½ M.S. and ½ Ph.D. M.S. Program Needed 250 +/- 50 Ph.D. Program Needed 500 +/- 100 Number of Viable M.S. Program 10 +/- 2 Number of Viable Ph.D. Programs 8 +/- 2

  32. University of Wisconsin Medical School

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