1 University of Massachusetts Lowell College of Arts and Sciences Department of Physics and Applied Physics Graduate Program in Radiological Sciences Student Information for Master of Science Degree Radiological Sciences and Protection July, 2010 Dr. Robert Giles Dr. Clayton S. French Chairperson Coordinator Department of Physics Radiological Sciences Program and Applied Physics Pinanski Energy Center 209 Olney Science Center 136 Tel. (978) Tel. (978) Fax: (978)
2 Program Coordinator M.S. Radiological Sciences and Protection (Department of Physics and Applied Physics) Clayton S. French, Professor of Radiological Sciences, B.S., Lowell Technological Institute; M.S. and Ph.D., University of Lowell (C.H.P.). Faculty Erno Sajo, Professor of Radiological Sciences; B.S., M.S., Technical University of Budapest, Hungary; Ph.D. University of Lowell. Mark A. Tries, Associate Professor of Radiological Sciences; B.S., University of Lowell; M.S. and Ph.D., University of Massachusetts Lowell. David C. Medich, Adjunct Professor of Radiological Sciences and Director of Radiation Safety, B.S., Union College; M.S. State University of New York at Buffalo, Ph.D., University of Massachusetts Lowell. George E. Chabot, Professor Emeritus of Radiological Sciences; A.B., Harvard University; M.S., Harvard School of Public Health; Ph.D., University of Lowell (C.H.P.). Kenneth W. Skrable, Professor Emeritus of Radiological Sciences; B.S., Moravian College; M.S., Vanderbilt University; Ph.D., Rutgers - The State University (C.H.P.). Master of Science Degree Program With the increasing use of radiation and radioactive material in society, there is a growing need for research and advanced education in Radiological Sciences and Protection. The excellent facilities, equipment and supporting staff available at the University of Massachusetts Lowell's Radiation Laboratory and faculty in the Radiological Sciences Program and in other allied departments give students at the University of Massachusetts Lowell (UML) a unique opportunity to obtain rewarding careers in and make significant research contributions to the radiation protection field and to the use of radiation physics in medicine. The Master of Science Degree Program in Radiological Sciences and Protection is interdisciplinary in nature and should be attractive to engineering students and students in the biological and physical sciences. The Profession of Radiological Health Physics Radiological Health Physics (RHP) involves the study of the effects of radiation and radioactivity on life processes. It also can be called radiation protection science and is particularly involved with the effects of radiation on the human body and the control of such radiation. Many graduates of this curriculum at the University of Massachusetts Lowell (UML) enter the profession of health physics, which is devoted to the protection
3 of man and the environment from the harmful effects of radiation while at the same time making it possible for our advancing civilization to enjoy all of the benefits resulting from uses of radiation. Radiation control in its professional aspects requires the skills and knowledge from many disciplines. It has common scientific interests with many areas of specialization: biophysics, physics, biochemistry, chemistry, biology, genetics, ecology, nuclear engineering, metallurgy, medicine, physiology, industrial hygiene, and toxicology. Other aspects of the profession include a working knowledge of labor relations, public relations, teaching, philosophy, and administration. The wide spectrum of knowledge required of the health physicist makes this profession both challenging and rewarding. The Profession of Medical Physics Medical Physics (MP) involves the application of physics to the diagnosis and treatment of disease. The use of radiation producing devices and radioactivity in medical physics is extensive. Many graduates of the Radiological Sciences and Protection curriculum at the University of Massachusetts Lowell (UML) enter the profession of medical physics. Graduate students who intend to enter this profession are encouraged to seek internships and research venues at nearby hospitals for which they can receive graduate credit towards the master s degree. Employment and Scholarship Opportunities Health physicists are employed by federal agencies (such as the Nuclear Regulatory Commission and Department of Energy) at research, production, and testing facilities; state, and local government agencies responsible for regulating the use of radiation sources and radioactive materials; the military services; electric utilities operating nuclear power plants and many related industries such as engineering support companies; industries which use radioisotopes or x-ray equipment to detect flaws or defects in manufactured products, prepare or reprocess nuclear fuels, control nuclear wastes, or produce or use radioactive materials or devices; universities (in teaching, research, and equipment monitoring); hospitals and medical centers that use radionuclides, x-ray equipment, and accelerators in the diagnosis and treatment of patients; and consulting firms which advise the organizations that do not employ full-time health physicists. Scholarships are available for graduate students who choose the Radiological Sciences Program. These are available from the Nuclear Regulatory Commission (NRC), the Department of Energy (DOE), the National Academy for Nuclear Training, the Health Physics Society (HPS), the American Nuclear Society (ANS), and other organizations concerned with radiation protection. Teaching Assistantships and Research Assistantships are available on a limited basis for UML graduate students. Students may gain valuable applied work experience while also earning graduate credit and money through various summer internship programs. They also may gain experience and academic credit through an internship course at the UML Radiation Laboratory. This course is conducted under the direction of the health physics staff who have
4 responsibility for the radiation safety programs at the nuclear reactor facility; accelerator facility, radioisotope research laboratories and x-ray facilities at the University of Massachusetts Lowell. Admission Requirements A student should have a reasonable minimum preparation, including courses in mathematics, chemistry, physics, biology and in nuclear and radiological sciences similar to the University of Massachusetts Lowell Radiological Health Physics undergraduate curriculum. Because there is no advanced test in the field of Radiological Sciences and Protection, and because various undergraduate backgrounds are suitable for graduate study in the program, students are not required to take the Advanced GRE tests. The GRE Aptitude Test, however, is required. It is important that the mathematical preparation of students include differential and integral calculus through differential equations. Physics preparation up to and including Modern Physics is required. Preparatory courses are available at UMass Lowell for applicants who are deficient in these areas. Plan of Study The program allows a student to select courses and a research project consistent with his/her desired area of professional development. Various opportunities for research and professional development are possible through the use of the Radiation Laboratory of the University and through cooperative programs with hospitals, nuclear reactor facilities, government laboratories, and other radiation facilities. A research advisor, other than a University of Massachusetts Lowell faculty member, may be approved for the conduct of research at facilities outside the University. Three M.S. degree options are available: thesis option, project option, or professional science master (PSM) option. In addition to a core curriculum, a master's thesis, project report, or internship report must be submitted and approved. Thesis Option Under the thesis option, a student must complete a minimum of 21 credits of formal courses and a minimum of 9 credits of graduate research. The master's thesis generally will consist of a scholarly laboratory or theoretical investigation in the field of Radiological Sciences and Protection. Proposed research must be approved by the Program Graduate Committee. The format for the final written thesis shall conform to the requirements of the Graduate School. The thesis proposal and report requirements may be obtained from the Program Coordinator. Project Option Under the project option, a student must complete a minimum of 27 credits of formal courses and 3 credits of graduate research to yield a total of 30 credits. In addition to the project report, the student must pass a comprehensive examination. The master's project
5 consists of a scholarly investigation such as a review, report, design, etc., in the field of Radiological Sciences and Protection. The subject of the project must be approved by the student's advisor in advance. The final report must be approved by the Program Graduate Committee and conform to the format specified by the Graduate School. Professional Science Master Option The professional science master option shares the same core courses as the current master s degree program and, in lieu of a research component, requires courses selected from the foundation courses of the Master of Business Administration (MBA) degree program, a communications course, and a professional internship in Radiological Health Physics. The choice of business management courses for the PSM option should be attractive to employers of graduates of the proposed program. A total of 34 credit hours are required for this degree option The professional internship is required for all students matriculating in the PSM option. The internship should provide a broad experience performing real world tasks related to radiation protection for a minimum of 340 hours. Paid internships with companies and organizations that use radiation are preferred but volunteer on-campus internships with the university s radiation safety office also will be available to students. Internships have to be approved in advance by the graduate committee of the Radiological Sciences Program, including approval of a qualified supervisor for off-campus internships. The graduate committee will provide oversight of all internships. A written report, signed by the internship supervisor, must be submitted by the student upon completion of the internship. An oral presentation by the intern as a Radiological Sciences seminar also is required. For students already employed in Health Physics, the professional internship will be tailored to meet the needs of both employee and employer. Oral Defense of Thesis A thesis committee is appointed to read a student's thesis and to listen to an oral presentation and defense by the student. In general, the committee will include the thesis advisor and two additional members chosen from the Physics faculty or from other departments in which the candidate has taken graduate studies. Comprehensive Examination for the Project Option and PSM Option Degree candidates electing the project option or the PSM option are required to pass a Comprehensive written examination administered by the Program Graduate Committee. This examination normally will be administered during the semester in which the student completes his/her course requirements for the M.S. degree. The comprehensive examination may be waived for a student who can document that he/she has passed Part I of the American Board of Health Physics Certification Examination. Residency and Foreign Language Requirements No residency or foreign language requirements are specified by the Department.
6 Program Mission and Educational Objectives The mission of the Radiological Sciences Program is to provide students with a quality higher education in radiological sciences and serve the community through research, teaching, and outreach. The Educational Objectives of the Radiological Sciences Program are stated in terms of what all program graduates will be qualified to practice at the time of graduation and what most graduates will be able to achieve a few years after graduation. Graduates of the Master of Science Degree Program in Radiological Sciences and Protection have the technical knowledge and skills to practice health physics. an understanding of the ethical, social, legal, and professional issues faced in health physics practice. a solid foundation for graduate studies, continuing education, and life_long professional development in radiological and other physical sciences. Graduates of the Master of Sciences Degree Program in Radiological Sciences and Protection who choose a research option have the ability to conduct research. advanced knowledge and skills in external and internal radiation dosimetry. Graduates of the Master of Sciences Degree Program in Radiological Sciences and Protection who choose the Professional Science Masters option have advanced knowledge and skills in external and internal radiation dosimetry. a foundation in business administration and professional communication. Core Curriculum A core curriculum consisting of seven courses are required of all students pursuing the Master's Degree in Radiological Sciences and Protection. These core courses are listed below along with other courses offered by the Department for graduate credit. If a student has already had a course or courses similar to those listed, then the requirement for such courses may be waived. Courses in Nuclear Engineering, Physics and Applied Physics, Environmental Studies, Biology, Mathematics, Meteorology, Chemistry, Work Environment, and others may be selected for graduate credit with the approval of the Department.
7 Required Core Courses Credits Nuclear Instrumentation Radiation Safety and Control I Radiation Safety and Control II External Radiation Dosimetry and Shielding Internal Radiation Dosimetry and Bioassay Assessment Radiation Biology /712 Graduate Seminar in Radiological Sciences and Protection 1/ Graduate Project in Radiological Sciences and Protection, or MS Thesis Research in Radiological Sciences and Protection 3/6/9 In addition to the core courses required for all options to the M.S. degree, the following courses are required for the PSM option: Financial Accounting Operations Fundamentals Organizational Behavior 2 IB.601 Professional Writing & Communication 3 98.xxx Radiological Sciences Internship 1 Students may request alternative courses from the MBA curriculum at UML. Approval from the Radiological Sciences Graduate Coordinator is required in advance for alternative courses. Suggested Sequence for Master of Science Degree Semester I Semester II 98.xxx Intro to Modern Physics Nuclear Instrumentation Math Methods of Rad Sci Numerical Methods of RS Graduate Seminar Graduate Seminar Rad Safety & Control I Rad Safety & Control II 4 Semester III Semester IV Ext. Radiation Dosimetry Int. Radiation Dosimetry Radiochemistry Radiation Biology Graduate Seminar Graduate Seminar Graduate Research in RSP Graduate Research in RSP 6
8 Other Electives Radiochemistry (3-0) Radiochemistry Lab (1-0) Certification Preparation in Radiological Sciences (3-0) Mathematical Methods of Radiological Sciences (3-0) Numerical Methods of Radiological Sciences (3-0) Physics of Radiation Oncology (3-0) Mathematics of Signal Processing (3-0) Mathematics of Tomography (3-0) MCNP for Radiological Sciences (3-0) Medical Physics (3-0) Various Health or Medical Physics Internships (1/2/3-0)
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