Martin H. Trauth MATLAB Recipes for Earth Sciences Chapter 3 – Univariate Statistics.
Kathleen M. Trauth, Ph.D., P.E. Department of Civil & Environmental Engineering
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Transcript of Kathleen M. Trauth, Ph.D., P.E. Department of Civil & Environmental Engineering
Nuclear Safeguards Education at the University of
Missouri
Current Activities and Future Opportunities
Kathleen M. Trauth, Ph.D., P.E.Department of Civil &
Environmental EngineeringUniversity of Missouri
Columbia, MO
University of Missouri University of Missouri Research Reactor
—analytical chemistry, materials modification
College of Engineering Graduate Nuclear Engineering program Medical and Veterinary Programs—
health physics Arts and Sciences—physics & chemistry
Evolution of Safeguards Program
Faculty with National Laboratories experience in nuclear waste management
Impetus for development of nuclear safeguards certificate
Graduate student internship with IAEA in geospatial area
Student chapter of Institute of Nuclear Materials Management
Safeguards Opportunities Information analysis Undeclared activities Declared activities
Educational Structure Must take place within an existing
degree program Safeguards education integrated into
existing degree programs Engage undergraduate and graduate
students Engage faculty
Educational Opportunities Interest by agencies, national labs,
professional organizations and the private sector in safeguards education
Faculty conducting research in applicable areas
Applicable educational content available; need to think “outside-of-the-box”
Undergraduate on the Way to Graduate
Develop interest (e.g., speakers) Link safeguards topics to the degree Electives (including co-listed courses) Minor/area of specialization may be
available Undergraduate research experience
as connection to graduate school
Opportunities for Safeguards Education
Unofficial Area of specialization (e.g., within
Electrical and Computer Engineering) Electives
Official Minor Certificate (fixed or categories of courses)
Nuclear Engineering Minor For students in Biology, Chemistry,
Engineering, or Physics with an interest in nuclear power
Requires 5 courses 4 Required 1 Elective
Nuclear Engineering Minor—Required Courses
ENGR 2300 - Engineering Thermodynamics
NU ENG 4315 - Energy Systems and Resources
NU ENG 4346 - Introduction to Reactor Engineering
NU ENG 4391 - Nuclear Radiation Detection (co-taught with CHEM 4600)
Nuclear Engineering Minor--Electives
NE 2201 - Applications of Nuclear Technology to Society
NE 4303 - Radiation Safety NE 4330 - Scientific & Technological
Aspects Terrorism & Counter Terrorism NE 4353 - Introduction to Fusion ECE 7550 Introduction to Plasmas
Graduate Certificate in Nuclear Safeguards Science
& Technology ECE 7335: Nuclear Safeguards Science
and Technology (co-listed as NE 7335) NE 7331: Nonproliferation Issues for
Weapons of Mass Destruction NE 7303: Radiation Safety NE 7391: Nuclear Radiation Detection
Graduate Certificate in Nuclear Safeguards Science
& Technology Only available as a graduate option Only 6 hours (2 courses) count for
both a degree program and the Graduate Safeguards Certificate
Geographic Information Systems (GIS) Certificate
Group A (Foundation course) Group B (Theoretical Breadth course) Group C (Technical Breadth &
Application) Capstone experience or additional
course from above
Geographic Information Systems (GIS) Certificate
Group A (Foundation course) GEOG 7840—Geographic
Information Systems I NATR 7325—Introduction to
Geographic Information Systems
Geographic Information Systems (GIS) Certificate
Group B (Theoretical Breadth course) GEOG 7710—Spatial Analysis in
Geography GEOG 7830—Remote Sensing
Geographic Information Systems (GIS) Certificate
Group C (Technical Breadth & Application) GEOG 7860—Advanced Remote Sensing NATR 7365—GIS Applications GEOG 7940—Geographic Information
Systems II PUB AF 8320 Spatial Analysis for Public
Affairs
Geographic Information Systems (GIS) Certificate
Capstone experience GEOG 8085—Independent GIS
Project FOR 8050—Independent GIS
Project
Geographic Information Systems (GIS) Certificate
Only available as a graduate option All 12 hours (4 courses) count for
both a degree program and the GIS Certificate
A Multidisciplinary Workshop to Train the Next Generation of Safeguards Advocate
DOE-funded, INMM student chapter-organized workshop at MU February 2010
Collaboration with Oak Ridge National Laboratory, INMM Central Chapter, MU College of Engineering
A Multidisciplinary Workshop to Train the Next Generation of Safeguards Advocate Agency and national laboratory
presentations on safeguards Faculty presentations on research and
course content (multiple universities) Nuclear engineering and other disciplines
Student participation Presentations Career fair
A Multidisciplinary Workshop to Train the Next Generation of Safeguards Advocate
Safeguards presentations Educational Career Paths to MC&A The Role of the IAEA Safeguards Inspector Unattended Monitoring NDA and Measurements Containment & Surveillance Security Systems IT Infrastructure Security
A Multidisciplinary Workshop to Train the Next Generation of Safeguards Advocate
University presentations Science and Engineering Information Science and Analysis Policy, Communications and Compliance
Crosswalk
Take Aways Need to build up the infrastructure within
universities Leverage current research and courses Think broadly about what courses and
experiences constitute safeguards education
Continue working on “documenting” safeguards education