New Degree Program in BIOMEDICAL PHYSICS. What is Biomedical Physics? Biomedical Physics: - Applications of physics to biology and medicine. Molecular.

Slides:



Advertisements
Similar presentations
KUSD Graduation Requirements LakeViews Requirements 28 Credits = 4 credits of Math and Science too Extra elective credits = take advantage of technical.
Advertisements

School of Natural and Social Sciences Dr. Robert T. Kasper, Dean –Natural Sciences: Biology, Chemistry/Physical Science –Social Sciences: Psychology,
Biomedical Engineering Sophomore Town Meeting March 23, 2011.
Abstract : Bioinformatics and Bio-Math represent new and exciting ways to teach students about the practical applications within science. Currently, with.
OverviewOverview – Preparation – Day in the Life – Earnings – Employment – Career Path Forecast – ResourcesPreparationDay in the LifeEarningsEmploymentCareer.
Educational Programs in Bioinformatics at UNO Hesham H. Ali Department of Computer Science College of Info Science and Technology University of Nebraska.
What is engineering? Robin Autenrieth Dept. of Civil Engineering Texas A&M University.
The A.B. and S.B. at Harvard: A Comparison Marie Dillon Dahleh Division of Engineering and Applied Sciences Harvard University.
Department of Mathematics Southern Utah University.
ACS guidelines say: general chemistry can be 1 semester or 2 Foundation coursework: typically builds on gen chem, and is the equivalent of 1 semester each.
David L. Spooner1 IT Education: An Interdisciplinary Approach David L. Spooner Rensselaer Polytechnic Institute.
BS IN BIOCHEMISTRY DEGREE Flowchart and Tracking Sheet The tracking sheet is intended to illustrate prerequisite and corequisites for upper-division courses.
Introduction to Light and Electron Microscopy NEU Gina Sosinsky, Ph. D. Mark Ellisman, Ph. D.
OverviewOverview – Preparation – Day in the Life – Earnings – Employment – Career Path Forecast – ResourcesPreparationDay in the LifeEarningsEmploymentCareer.
MEDICAL PHYSICS University of Novi Sad Association of Centers for Interdisciplinary and Multidisciplinary Studies and Developmental Research - ACIMSI.
High School Health and Medical Sciences Academy at Lakeland High School A STEM Proposal.
School of Education Springboard 2011.
ENGINEERING ORIENTATION Information on Bioengineering Curriculum and Area Electives Dr. A. Saterbak Dr. K.-Y. San.
Surgeon By Garrett Day. Job description of a Surgeon  Surgeons are physicians who operate to repair injuries, prevent diseases, and generally improve.
1 UIUC BioEngineering Bruce C. Wheeler, Bioengineering for Current UIUC Undergrads, September 2005 WHAT IS BIOENGINEERING? Bruce C. Wheeler, Interim Head.
HEALTH SCIENCES MAGNET Old Court Middle School. WHY CHOOSE HEALTH SCIENCES  Seven of the top ten job in the US are in the health sciences/care industry.
Chemical and Biological Engineering Life and the Chemicals involved in our Lives.
There are three main job areas within the profession and these can be in academia, industry and hospital healthcare: Medical Physics Biomedical Engineering.
STEM Endorsement General Courses  The STEM endorsement must include Algebra II Chemistry Physics These three courses are required to meet the STEM endorsement.
V Get on the Path to STEM Success AP ® + Project Lead The Way (PLTW)
Interdisciplinary Research Interests.
Lehigh University Prof. Svetlana Tatic-Lucic Workshop on BME Teaching of Innovation, Design & Entrepreneurship.
Major Academic Plan (MAP) Why Study Physics? Physics is the study of the physical environment and the laws governing the behavior of particles, fields.
Major Academic Plan (MAP) Why Study Physics? Physics is the study of the physical environment and the laws governing the behavior of particles, fields.
Major Academic Plan (MAP) Why Study Chemistry? Students majoring in chemistry have the opportunity to engage in research projects with department faculty.
Major Academic Plan (MAP) Why Study Chemistry? Students majoring in chemistry have the opportunity to engage in research projects with department faculty.
Major Academic Plan (MAP) Why Study Physics? Physics is the study of the physical environment and the laws governing the behavior of particles, fields.
Major Academic Plan (MAP) Why Study Chemistry? Students majoring in chemistry have the opportunity to engage in research projects with department faculty.
AMHS: Academic Expectations Academic Magnet High School.
Major Academic Plan (MAP) Why Study Chemistry? Students majoring in chemistry have the opportunity to engage in research projects with department faculty.
Major Academic Plan (MAP) Why Study Chemistry? Students majoring in chemistry have the opportunity to engage in research projects with department faculty.
Major Academic Plan (MAP) Why Study Chemistry? Students majoring in chemistry have the opportunity to engage in research projects with department faculty.
Major Academic Plan (MAP) Why Study Chemistry? Students majoring in chemistry have the opportunity to engage in research projects with department faculty.
Biomedical Engineering Career Exploration Jenny Lee Stacey Stein.
Bachelor of Science (Major or Honours in Biochemistry) Degree.
Major Academic Plan (MAP)
Bachelors Degree in Consciousness Studies: Proposed 4-Year Curriculum
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Biomolecular and Cellular Engineering Track
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
La Joya ISD HB5 STEM Endorsement
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Academic Magnet High School
Major Academic Plan (MAP)
4-year PhD in Nanoscience
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Medical Laboratory Sciences (MLS)
Major Academic Plan (MAP)
School of Chemical, Biological, and Environmental Engineering (CBEE)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Major Academic Plan (MAP)
Presentation transcript:

New Degree Program in BIOMEDICAL PHYSICS

What is Biomedical Physics? Biomedical Physics: - Applications of physics to biology and medicine. Molecular biology and biophysics Medical technology: Imaging Radiation therapy Biotechnology and bioengineering

Why study Biomedical Physics? Interdisciplinary: New discoveries in science at the interface of different disciplines: Physics, Biology, Chemistry. Physics: Quantitative, analytical skills are crucial for advancing biological and medical knowledge. Being a physicist will give you an edge in the bio- and medical fields! Excellent preparation for: Medical school Biomedical engineering Medical Physics Pharmacy Graduate research in biophysics, physics, materials science A job in the emerging high-tech biomedical industries

New application-based courses PHY 3700 (Math for Biomedical Physics) (4 cr.) –Special mathematics course for biomedical physics majors - Calculus, Statistics. PHY 4700 (Introduction to Biomedical Physics) (4cr.) –Modern Physics topics for Biomedical physics: Quantum mechanics, nuclear physics, Magnetic resonance etc. PHY 6700: Biological Physics (4 cr.) –Applications of Physics to molecular scale biology using many examples from current research. RAD/PHY 6710: Physics in Medicine (3 cr.) –Applications of Physics to modern medicine: Medical Imaging, Radiation therapy etc. Will be taught by faculty from Medical Physics. PHY 5700: Biomedical Seminar (3 cr.) –Students will present modern research topics in the application of Physics to Biology and Medicine. Students can also present their own research in Bio- or Medical Physics. PHY 6780 Research in Biomedical Physics –Hands-on research skills in cellular biophysics: Microscopy, fluorescence, scanning probe, single-molecule techniques Specially designed courses teach the applications of Physics to Biology and Medicine

FRESHMAN YEAR Fall Physics 2130/2131 or 2170/2171 Mathematics 1800 English (BC) General Education Req. Winter Physics 2140/2141 or 2180/2181 Chemistry 1220/1230 Mathematics 2010 English (IC) SOPHOMORE YEAR Fall Physics 3700: Mathematics for Biomedical Physics Chemistry 1240/50 Mathematics 2020 Biology 1500 Winter Physics 4700: Introduction to Biomedical Physics Biology 1510 College Foreign Lang. I General Education Req. JUNIOR YEAR Fall Physics 5340/41: Optics Chemistry 2220/2230 or 2280/2290 Biology Elective College Foreign Lang. II Winter Physics 5620: Electronics Science Elective College Foreign Lang. III SENIOR YEAR Fall Physics 6700: Biological Physics Physics 5700: Biomedical Physics Seminar Science Elective College Group Req. General Education Req. Winter Physics/Radiology 6710: Physics in Medicine Physics 6780: Biomedical Physics Research College Group Req. General Education Req. Suggested Course Sequence For more info, contact: Professor Peter Hoffmann

BMP leads to many exciting careers Medical School: Excellent preparation for medical school, analytical skills, premed classes match perfectly with program. So far: 3/10 have been admitted to med school. Biomedical Engineering : Get an MS in Biomedical Engineering in just one additional year through our unique AGRADE program. Industry: Jobs are available in biomedical instrumentation, support services for hospitals, basic research laboratories etc. Other health professions: Medical Physics, Pharmacy school, Physician Assistant etc. Graduate school : Shape you BMP degree (electives) to prepare yourself for graduate school in Physics, Biophysics, Bioinformatics etc.