Author Archives: Lisa Donohoe
Benchmark II
Benchmark II
Your task is to demonstrate clearly, in a carefully constructed project, a comprehensive understanding of nuclear security. You will expand on the following scenario to demonstrate your understanding of the issue.
(You may choose to be specific about each element in bold italics or you may discuss the element in general terms. You may add any additional elements to the scenario, if you think it is important.)
A country in a moderately developed area in the world has had a nuclear industry for several years. This country uses security procedures from a company in another country, but has a developing protective scientific and engineering infrastructure.
This country has its own governmental security regulations and systems, but also cooperates with regional and international agreements and organizations.
The country’s various political parties have different opinions about nuclear issues, but while there is no close agreement, neither is there seriously strong argument with regard to nuclear issues.
This country’s nuclear facilities are constructed in several regions of the country; each region has very different environmental features. When each region was chosen, both positive and negative feature of the environments were kept in mind.
The country has a trained workforce in nuclear industry security, although there is also a presence of non-national contractors. The country has conducted an educational program for its citizens, including those who live in the area of each facility.
Local security forces, and the national army and militia have first response training.
An event happens in the country that has a major shock to the security of the nuclear industry. All of the security precautions put in place by the country are severely tested.
Your task is to choose the outcome of this scenario. One consideration is to determine if the event is an external breach of the system, or if it began internally.
If there is little or no negative impact on the nuclear industry, you will explain, in detail, what has gone “right.” Right scientifically, politically, economically, and socially.
If there is negative impact on the industry, you will explain, in detail, what has gone “wrong.” Wrong scientifically, politically, economically, and socially.
The project must be your own original work, with clear and correct citations for any work you borrow from others. If the work is not your own, including photos, graphics, multimedia, charts, and graphs you must credit it both within the text and in a bibliography.
Research Background for Nuclear Security
Students will need to be familiar with the topics below in order to finish the scenario.
Nuclear Security
The prevention and detection of, and response to, theft, sabotage, unauthorized access, illegal transfer or other malicious acts involving nuclear material, other radioactive substances or their associated facilities.
From IAEA glossary
- The difference between nuclear safety and security
- How these two issues interact
- Challenges in nuclear security
- The possibility of nuclear terrorism
- How terrorists could obtain nuclear material
- Their uses for it?
- How they could be prevented from getting the material
- Nuclear waste and spent fuel management
- Summary of the 2010 Nuclear Security Summit in Washington DC
- Prospect of the 2012 Nuclear Security Summit in Seoul
- Convention on the Physical Protection of Nuclear Material (CPPNM)
- International Convention for the Suppression of Acts of Nuclear Terrorism
- United Nations Security Council Resolution 1540
- United Nations Security Council Resolution 1373
- Relevant framework for both nuclear safety and nuclear security:
- Convention on Early Notification of a Nuclear Accident
- Convention on Assistance in the Case of Nuclear Accident or Radiological Emergency
- Code of Conduct on the Safety and Security of Radioactive Sources
Benchmark I
Benchmark I
Your task is to demonstrate clearly, in a carefully constructed project, a comprehensive understanding of nuclear safety. You will expand on the following scenario to demonstrate your understanding of the issue.
(You may choose to be specific about each element in bold italics or you may discuss the element in general terms. You may also add any additional elements to the scenario, if you think those additional elements are important.)
A country in a moderately developed part of the world has had a nuclear industry for several years. This country uses nuclear facility designs from a company in another country,but this country has a developing scientific and engineering infrastructure.
The country has its own governmental regulations, but also cooperates with regional and international agreements and organizations.
The country’s various political parties have different opinions about nuclear issues, but while there is no close agreement, neither is there seriously strong argument with regard to nuclear issues.
This country’s nuclear facilities are constructed in several regions of the country; each region has very different environmental features. When each region was chosen, both positive and negative feature of the environments were kept in mind.
The country has a trained nuclear industry workforce, although there is also the presence of non-national contractors. The country has also conducted an educational program for its citizens, including special training for those who live in the area of each of the facilities.
An environmental event happens in the country, an event that is a major shock on the nuclear industry. All of the safety precautions put in place by the country are severely tested.
Your task is to choose the outcome of this scenario.
If there is little or no negative impact on the nuclear industry in this country, you will explain, in detail, what has gone “right.” Right scientifically, politically, economically, and socially.
If there is negative impact on the industry, you will explain, in detail, what has gone “wrong.” Wrong scientifically, politically, economically, and socially.
The project must be your own original work, with clear and correct citations for any work you borrow from others. If the work is not your own, including photos, graphics, multimedia, charts, and graphs you must credit it both within the text and in a bibliography.
Research Background for Nuclear Safety
Students will need to be familiar with the topics below in order to finish the scenario.
Nuclear Safety
The achievement of proper operating conditions, prevention of accidents or mitigation of accident consequences, resulting in protection of workers, the public and the environment from undue radiation hazards.
From IAEA Glossary
- Countries that have safety experience in the nuclear industry
- Nature of that experience
- Length of time of that experience
- Infrastructure
- Locations of nuclear plants
- Countries pursing nuclear energy (potential consumers)
- Nature of that experience
- Length of time of that experience
- Infrastructure
- Countries that export/share nuclear technology (suppliers)
- Nature of that experience
- Length of time of that experience
- Infrastructure
- The nuclear fuel cycle
- Structure of nuclear power reactors
- The dual nature of nuclear energy (civilian vs. military)
- Nuclear waste and nuclear spent fuel management
- Governmental roles in nuclear safety
- National approaches to safety
- International efforts to enhance nuclear safety
- Convention on Nuclear Safety
- Joint Convention on the Safety of Spent Fuel Management and on the Safety of Radioactive Waste Management
- Code of Conduct on the Safety of Research Reactors
- Convention on Early Notification of a Nuclear Accident
- Convention on Assistance in the Case of Nuclear Accident or Radiological Emergency
- The Three Mile Island Accident
- The Chernobyl Accident
- The Fukushima Accident
Student Benchmarks
2011-2012 Critical Issues Forum
Nuclear Safety and Security Student Benchmarks
Introduction
The issues concerning nuclear safety and nuclear security are not new.
Opinion polls, backed by concerns about global warming and energy security, had been showing increased support for nuclear energy. Support remained even after 9/11 raised concerns about terrorists acquiring nuclear materials. While public trust in nuclear power was growing, there were still memories of Three-Mile Island and Chernobyl. Then, in 2011, there was the Fukushima incident in Japan. After Fukushima public trust in nuclear power dropped, in Japan and around the world. United Nations Secretary General Ban Ki-moon called the accident a wake-up call for the world to enhance nuclear safety and security.
After Fukushima, some countries started reviewing the safety of their nuclear power plants. For example, Germany and Switzerland decided to phase out nuclear power. Most countries, including Japan, have become more cautious about the rapid growth of nuclear energy. However, neither Fukushima nor concerns about nuclear security will put an end to nuclear power. The IAEA shows that use of nuclear power will continue to grow, but slower than in previous projections. The long-term impact of the Fukushima accident remains to be seen, but one thing is certain. It is necessary to address the serious issues of nuclear power safety and security.
Some countries are interested in constructing new nuclear plants along with existing plants, so nuclear safety and security are important issues. There are also countries starting nuclear power programs for the first time. For example, countries in Asia and the Middle East are planning to begin nuclear power programs. Both nuclear safety and nuclear security have one goal: the protection of people, society and the environment. Although they are different in some respects, they do complement each other. Improvement in one area can also benefit the other area.
Progress on nuclear safety and security is needed if nuclear energy is to have a role in the future. If a “Nuclear Renaissance” is to happen, leaders will have to control technologies that can provide nuclear material for power plants but also for weapons. Leaders in the United States and other nuclear-weapons states will also have to figure out appropriate rules for these technologies.
The Critical Issues Forum topic for 2011-2012 is “Nuclear Safety and Security.” Students will investigate the current status of, challenges to, and future prospects of nuclear safety and security. They will research and respond to two Benchmark Activities on these issues.
In their research about nuclear power in the world today, students will learn basic facts about forms of radiation, the nuclear fuel cycle, construction of various nuclear facilities, and both military and civilian uses of nuclear facilities and materials.
Using this basic knowledge, students will be able to understand the definitions of nuclear safety and nuclear security, as well as the importance of these issues. They will be able to understand the difference between safety and security, and the connection between the two.
During their research, students will see how the four CIF content domains– scientific/environmental, political/geopolitical, economic, and social/cultural–have an impact on all of these issues.
Benchmark I
Your task is to demonstrate clearly, in a carefully constructed project, a comprehensive understanding of nuclear safety. You will expand on the following scenario to demonstrate your understanding of the issue.
(You may choose to be specific about each element in bold italics or you may discuss the element in general terms. You may also add any additional elements to the scenario, if you think those additional elements are important.)
A country in a moderately developed part of the world has had a nuclear industry for several years. This country uses nuclear facility designs from a company in another country,but this country has a developing scientific and engineering infrastructure.
The country has its own governmental regulations, but also cooperates with regional and international agreements and organizations.
The country’s various political parties have different opinions about nuclear issues, but while there is no close agreement, neither is there seriously strong argument with regard to nuclear issues.
This country’s nuclear facilities are constructed in several regions of the country; each region has very different environmental features. When each region was chosen, both positive and negative feature of the environments were kept in mind.
The country has a trained nuclear industry workforce, although there is also the presence of non-national contractors. The country has also conducted an educational program for its citizens, including special training for those who live in the area of each of the facilities.
An environmental event happens in the country, an event that is a major shock on the nuclear industry. All of the safety precautions put in place by the country are severely tested.
Your task is to choose the outcome of this scenario.
If there is little or no negative impact on the nuclear industry in this country, you will explain, in detail, what has gone “right.” Right scientifically, politically, economically, and socially.
If there is negative impact on the industry, you will explain, in detail, what has gone “wrong.” Wrong scientifically, politically, economically, and socially.
The project must be your own original work, with clear and correct citations for any work you borrow from others. If the work is not your own, including photos, graphics, multimedia, charts, and graphs you must credit it both within the text and in a bibliography.
Research Background for Nuclear Safety
Students will need to be familiar with the topics below in order to finish the scenario.
Nuclear Safety
The achievement of proper operating conditions, prevention of accidents or mitigation of accident consequences, resulting in protection of workers, the public and the environment from undue radiation hazards.
From IAEA Glossary
- Countries that have safety experience in the nuclear industry
- Nature of that experience
- Length of time of that experience
- Infrastructure
- Locations of nuclear plants
- Countries pursing nuclear energy (potential consumers)
- Nature of that experience
- Length of time of that experience
- Infrastructure
- Countries that export/share nuclear technology (suppliers)
- Nature of that experience
- Length of time of that experience
- Infrastructure
- The nuclear fuel cycle
- Structure of nuclear power reactors
- The dual nature of nuclear energy (civilian vs. military)
- Nuclear waste and nuclear spent fuel management
- Governmental roles in nuclear safety
- National approaches to safety
- International efforts to enhance nuclear safety
- Convention on Nuclear Safety
- Joint Convention on the Safety of Spent Fuel Management and on the Safety of Radioactive Waste Management
- Code of Conduct on the Safety of Research Reactors
- Convention on Early Notification of a Nuclear Accident
- Convention on Assistance in the Case of Nuclear Accident or Radiological Emergency
- The Three Mile Island Accident
- The Chernobyl Accident
- The Fukushima Accident
Benchmark II
Your task is to demonstrate clearly, in a carefully constructed project, a comprehensive understanding of nuclear security. You will expand on the following scenario to demonstrate your understanding of the issue.
(You may choose to be specific about each element in bold italics or you may discuss the element in general terms. You may add any additional elements to the scenario, if you think it is important.)
A country in a moderately developed area in the world has had a nuclear industry for several years. This country uses security procedures from a company in another country, but has a developing protective scientific and engineering infrastructure.
This country has its own governmental security regulations and systems, but also cooperates with regional and international agreements and organizations.
The country’s various political parties have different opinions about nuclear issues, but while there is no close agreement, neither is there seriously strong argument with regard to nuclear issues.
This country’s nuclear facilities are constructed in several regions of the country; each region has very different environmental features. When each region was chosen, both positive and negative feature of the environments were kept in mind.
The country has a trained workforce in nuclear industry security, although there is also a presence of non-national contractors. The country has conducted an educational program for its citizens, including those who live in the area of each facility.
Local security forces, and the national army and militia have first response training.
An event happens in the country that has a major shock to the security of the nuclear industry. All of the security precautions put in place by the country are severely tested.
Your task is to choose the outcome of this scenario. One consideration is to determine if the event is an external breach of the system, or if it began internally.
If there is little or no negative impact on the nuclear industry, you will explain, in detail, what has gone “right.” Right scientifically, politically, economically, and socially.
If there is negative impact on the industry, you will explain, in detail, what has gone “wrong.” Wrong scientifically, politically, economically, and socially.
The project must be your own original work, with clear and correct citations for any work you borrow from others. If the work is not your own, including photos, graphics, multimedia, charts, and graphs you must credit it both within the text and in a bibliography.
Research Background for Nuclear Security
Students will need to be familiar with the topics below in order to finish the scenario.
Nuclear Security
The prevention and detection of, and response to, theft, sabotage, unauthorized access, illegal transfer or other malicious acts involving nuclear material, other radioactive substances or their associated facilities.
From IAEA glossary
- The difference between nuclear safety and security
- How these two issues interact
- Challenges in nuclear security
- The possibility of nuclear terrorism
- How terrorists could obtain nuclear material
- Their uses for it?
- How they could be prevented from getting the material
- Nuclear waste and spent fuel management
- Summary of the 2010 Nuclear Security Summit in Washington DC
- Prospect of the 2012 Nuclear Security Summit in Seoul
- Convention on the Physical Protection of Nuclear Material (CPPNM)
- International Convention for the Suppression of Acts of Nuclear Terrorism
- United Nations Security Council Resolution 1540
- United Nations Security Council Resolution 1373
- Relevant framework for both nuclear safety and nuclear security:
- Convention on Early Notification of a Nuclear Accident
- Convention on Assistance in the Case of Nuclear Accident or Radiological Emergency
- Code of Conduct on the Safety and Security of Radioactive Sources
Critical Issues Forum Resources
ARTICLES & BOOKS
Nuclear Energy and Power
- World Nuclear Association
- World Nuclear Association Public Information Service
- The American Nuclear Society
- The American Nuclear Society
Glossary of Nuclear Terms- The Nuclear Security Sciences & Policy Institute
The Nuclear Safeguards Education Portal- The Argonne National Laboratory
Resources on nuclear energy for the high school level- The Virtual Nuclear Tourist
- DOE Nuclear Energy Student Zone
- United States Nuclear Regulatory Commission
Explains nuclear energy, radiation, security, decommission, and radioactive wasteU.S. Government Organizations
- United States Nuclear Regulatory Commission
- Department of Energy
- National Nuclear Security Administration
Non-Government Organizations
IAEA
Nuclear Safety
- IAEA Nuclear Safety Action Plan Approved by General Conference
September 22, 2011- IAEA General Conference Focuses on Nuclear Safety
September 19, 2011- IAEA Director General Statement at General Conference
September 19, 2011- IAEA Safety Standards
Updated October 5, 2011IAEA Documents
- Draft IAEA Action Plan on Nuclear Safety
September 5, 2011- The Interface Between Safety and Security at Nuclear Power Plants
INSAG24 2010- Safety of Nuclear Power Reactors
The World Nuclear Association, October 31, 2011Nuclear Security
- Nuclear Security Summit, Washington DC
April 12-13, 2010- Highlights of National Commitments at the Nuclear Security Summit
April 12-13, 2010- Key Facts about the Nuclear Security Summit
- Nuclear Security Summit Final Communique
April 13, 2010- Nuclear Security Summit Final Work Plan
April 13, 2010- Nuclear Security Summit U.S. National Statement
2010- Nuclear Security Summit Work Plan Reference Document
April 13, 2010- Securing the Bomb
Matthew Bunn, April 2010- United Nations Security Council Resolution 1540 Database
Updated April 2011- Securing Nuclear Materials: The 2010 Summit and Issues for Congress
Mary Beth Nikitin, October 31, 2011UN High-level Meeting on Nuclear Safety and Security
(September 22, 2011)Statements
- Reaching for a Critical Mass of Political Will for Nuclear Disarmament
- Costs, Risks, and Myths of Nuclear Power
Country Statements
NGO/Research Institute Analysis
- Nuclear Safety and Security
Sharon Squassoni, Center for Strategic and International Studies, September 20, 2011- Nuclear Governance after Fukushima
Sharon Squassoni- Nuclear Power
Union of Concerned Scientists, Updated July 15, 2011- U.S. Nuclear Power after Fukushima: Common sense recommendations for safety and security
Union of Concerned Scientists, July 2011- Managing Spent Fuel from Nuclear Power Reactors: Experience and lessons from around the world
International Panel on Fissile MaterialsWoodrow Wilson School of Public and International Affairs
- A Proposal for Spent-fuel Management Policy in East Asia: The current state and future plans of South Korea, China, and Japan– An outside perspective
January 2011- Nuclear Power and Spent Fuel in East Asia: Balancing energy, politics and nonproliferation
Pomper M., Dalnoki-Veress F., Lieggi S., & Scheinman L.- Think Again: Nuclear Power – Japan melted down, but that doesn’t mean the end of the atomic age
Charles D. Ferguson, November 2011- Preventing Nuclear Dangers in Southeast Asia and Australasia
Ch. 3: Nuclear Safety and Security, International Institute for Strategic Studies, 2009- Integrating Nuclear Safety and Security:
Operational and Policy Perspectives Workshop
October 12, 2011- Integrating Nuclear Safety and Security: Operational and policy perspectives
Sharon Squassoni, Center for Strategic and International Studies- Implementing the Safety/Security Interface: Operational and policy perspectives
Marc Dapas, U.S. Nuclear Regulatory Commission- The Future of Nuclear Energy to 2030: Final Report of the Nuclear Energy Futures Project
Chris Earls- Nuclear Energy and Global Governance to 2030
The Center for International Governance Innovation- US International Nuclear Energy Policy: Change and Continuity
- Nuclear Power – Help at Hand?
Discusses nuclear energy and effects of radiation and waste disposal.Industry
The Fukushima Accident
- Deconstructing the zero- risk mindset:
The lessons and future responsibilities for a post-Fukushima nuclear Japan
Tatsujiro Suzuki- Nuclear or not? The complex and uncertain politics of Japan’s post-Fukushima energy policy
Masa Takubo- The radiological and psychological consequences of the Fukushima Daiichi accident
Frank N. von Hippel- Fukushima: The myth of safety, the reality of geoscience
Nöggerath J., Geller R. J., and Gusiakov V. K.- Surviving the one-two nuclear punch: Assessingrisk and policy in a post-Fukushima world
Edwin S. Lyman, September 2011- Three Mile Island, Chernobyl, and Fukushima: Ananalysis of traditional and new media coverage of nuclear accidents and radiation
Sharon M. Friedman, September 2011- Nuclear Safety after Fukushima (VIDEO)
Center for Strategic and International Studies, April 2011- Fukushima Accident 2011
The World Nuclear Association, November 2, 2011- Enhancing Reactor Safety in the 21st Century: The near-term task force review of insights from the Fukushima Dai-ichi accident
U.S. Nuclear Regulatory CommissionThree Mile Island
- Backgrounder on the Three Mile Island Accident
United States Nuclear Regulatory Commission- Three Mile Island Accident
World Nuclear Association, March 2001- Three Mile Island Accident
Wikipedia- Three Mile Island: The Inside Story
Smithsonian: National Museum of American History- Meltdown at Three Mile Island
PBS Online- Three Mile Island – 25 Years Later
Chernobyl
- Chernobyl Accident 1986 September 2011 World Nuclear Association
- Backgrounder on Chernobyl Nuclear Power Plant Accident United States Nuclear Regulatory Commission
- WHO Ionizing Radiation: Health effects of the Chernobyl accident
Video
- YouTube The Battle of Chernobyl 2006
- PBS Revisiting Chernobyl
- PBS Radioactive Wolves
ORGANIZATIONS
Groups against Nuclear Power
- Friends of the Earth International
- Greenpeace International
- Nuclear Information and Resource Service (International)
- Sortir du nucléaire (Canada, France)
- Pembina Institute (Canada)
- Institute for Energy and Environmental Research (U.S.) (U.S.)
- World Nuclear Association (International)
- International Atomic Energy Agency (IAEA)
- Nuclear Energy Institute (U.S.)
- United Kingdom Atomic Energy Authority
Groups In Support of Nuclear Power
- EURATOM (Europe)
- Atomic Energy of Canada Limited (Canada)
- Environmentalists for Nuclear Energy (International)
ACTIVITY SUGGESTIONS
- Fukushima: Activity Suggestions Stanford Program on International and Cross-Cultural Education
- Examining long-term radiation effects: Case studies of the atomic bombings of Japan and the Chernobyl power plant thermal explosion, Stanford Program on International and Cross-Cultural Education
- BBC Nuclear Power Mapped April 2011
BBC Bitesize
MULTIMEDIA
VIDEO
- Preventing Nuclear Terrorism
Miles A. Pomper, May 11, 2011- Peaceful Use of Nuclear Energy (ASAN)
- Intersection between Nuclear Safety and Nuclear Security
The Legal Framework of Nuclear Safety and Security
Nuclear Safety
- Convention on Nuclear Safety
- Joint Convention on the Safety of Spent Fuel Management and on the Safety of Radioactive Waste Management
- Code of Conduct on the Safety of Research Reactors
Nuclear Security
- Convention on the Physical Protection of Nuclear Material (CPPNM)
- International Convention for the Suppression of Acts of Nuclear Terrorism
- United Nations Security Council Resolution 1540
- NTI 1540 database
- United Nations Security Council Resolution 1373
Relevant framework for both nuclear safety and nuclear security
Teacher Development Workshop Schedule
Topic: Nuclear Safety and Security
James Martin Center for Nonproliferation Studies (CNS) Monterey, CA
December 1-3, 2011
Video Lectures from the Workshop
Lecture PowerPoint Presentations
2011-2012 Participating Schools
CNS Staff, Lecturers, and Consultants
Agenda
Thursday, December 1, 2011
8:30 – 8:45
Welcome Remarks, Dr. William Potter, CNS Director
8:45 – 9:00
Introduction of New CNS Education Program Director, Dr. Avner Cohen
9:00 – 9:15
Overview of the Workshop and 2011-2012 CIF Program
9:15 – 9:45
Introduction of the 2011-2012 Program Curriculum Guidelines, Stephen Sesko, CNS Consultant
9:45 – 10:45
Content Lecture 1: Nuclear Energy Overview, Karen Hogue, CNS Graduate Research Assistant
10:45 – 11:00 Break
11:00 – 12:00
Content Lecture 2: Nuclear Renaissance Overview, Miles Pomper, CNS Senior Research Associate, Washington, DC Office
12:00 – 12:15 Group Photo
12:15 – 1:30 Lunch Break (lunch on own)
1:30 – 2:30
Content Lecture 3: Challenges in Nuclear Safety: Nuclear power plant accidents, Patricia Lewis, CNS Deputy Director, Scientist-in-Residence
2:30 – 3:30
Content lecture 4: Connection between Nuclear Safety/Security and Nuclear Nonproliferation/Disarmament, Patricia Lewis
3:30 – 3:40 Break
3:40 – 4:15
Teacher-led Session: Brainstorming on Designing Learning Activities
Lead teachers: Bob Shayler, Orinda Academy, and Linda Palmer, Presque Isle HS
6:00 Hosted Dinner at Habanero’s Grill & Cantina, 400 Tyler Street, Monterey
Friday, December 2, 2011
9:00 – 9:10 Questions and updates
9:10 – 10:10
Content Lecture 5: Challenges in Nuclear and Radiological Security: Nuclear Terrorism, Miles Pomper
10:10 – 11:10
Content Lecture 6: Nuclear Spent Fuel Management, Dr. Ferenc Dalnoki-Veress. Scientist-in-Residence & Adjunct Professor (Via Skype from Vienna)
11:10-11:20 Break
11:20 – 12:10
Content Lecture 7: Governance, International Management of Nuclear Safety and Security, Miles Pomper
12:10 – 1:30 Lunch Break (lunch on own)
1:30-2:30
Content lecture 8: Regional Challenges 2: East Asia, Stephanie Lieggi, Senior Research Associate, and Stephen Anderle, CNS Graduate Research Assistant, MANPTS Student
2:30 – 3:30
Content lecture 9: Regional Challenges 1: Former Soviet Countries, Margarita Sevcik, CNS Education Program Deputy Director
3:30 – 3:45 Break
3:45-4:30
Exercise and Discussion: How to Solve the Issue of Spent Fuel Management? Group Activities
Saturday, December 3, 2011
9:00 – 10:00
Evaluation of Students Work and Citation, Stephen Sesko and Sue Ann Dobbyn, CIF Consultant
10:00-11:00 Discussion on Students Assignment
11:00-11:15 Break
11:15-12:15 Planning for the Spring Student Conference and Timeline
12:15 – 1:30 Lunch (lunch on own)
1:30 – 2:30
Tools for Online Community Building and Website Presentation (Lisa Sanders Luscombe, Project Manager)
2:30-3:00 Introducing Resources, Discussion
The CIF Teacher Development Workshop is supported by grants from the U.S. Department of Energy, and Ford Foundation.
CNS Staff, Lecturers and Consultants
CNS Staff, Lecturers and Consultants
CNS Staff/Lecturers
William Potter, Director
Patricia Lewis, Deputy Director
Avner Cohen, Education Program Director
Miles Pomper, Senior Research Associate
Ferenc Dalnoki-Veress, Scientist-in-Residence
Masako Toki, CNS Project Manager
Stephanie Lieggi, CNS Senior Research Associate
Lisa Sanders Luscombe, CNS Project Manager
Eduardo Fujii, Senior Programmer/Analyst
Consultants
Stephen Sesko, CIF Program Consultant
Sue Ann Dobbyn, CIF Program Consultant
CNS Students
Jerry Sergei Davydov, CNS Graduate Research Assistant
Yelena Altman, CNS Graduate Research Assistant
Michelle Olson, CNS Graduate Research Assistant
Sophie Manoukian, CNS Graduate Research Assistant
Karen Hogue, CNS Graduate Research Assistant
Steven Anderle, CNS Graduate Research Assistant
2011-2012 Participating Schools
U.S. Teachers
- Andrew King, La Puente High School, La Puente, CA
- Amy Koch, Janesville Academy for International Studies, Janesville, WI
- Rene Mendoza, Franklin High School, Elk Grove, CA
- Linda Palmer, Presque Isle High School, Presque Isle, ME
- Bob Shayler, Orinda Academy, Orinda, CA
- David Shields, Cushing Academy, Ashburnham, MA
- George Sugimura, Redwood Christian High School, San Lorenzo, CA
- James Davidson, Choate Rosemary Hall, Wallingford, CT
Monterey Teachers
- Maj-Britt Eagle, Monterey High School, Monterey, CA
- Michael Cook, Monterey High School, Monterey, CA
- Abby Drivdahl, York School, Monterey, CA
- Masha B. Serttunc, Santa Catalina School, Monterey, CA
Russian Teachers
- Liubov Shchekaleva, NCEIC, Novouralsk
- Larisa Zlokazova, School #125, Snezhinsk
- Nelli Porseva, Gymnasia #164, Zelenogorsk
Chinese Teacher
- Lei Qiu, Tsinghua High School, Beijing
Online Participants
- John Simpson, United World College Maastricht, Maastricht, the Netherlands
- Valentina Mindoljevic, United World College in Mostar, Mostar, Bosnia and Herzegovina
- Dzenan Hakalovic, United World College in Mostar, Mostar, Bosnia and Herzegovina
- Peter Carrigan, Amman Baccalaureate School, Amman, Jordan
Video Tutorials on This Year’s Topic
At the Teacher Training workshop, teachers were introduced to this year’s curriculum benchmarks that the CIF project team developed in consultation with CNS content experts, and received instruction on how to conduct the CIF program with students. CNS experts delivered lectures of various aspects related to nuclear safety and security. The content lectures included:
- An overview of the mechanics of nuclear energy
- A discussion on the increasing interest in nuclear energy, especially in developing countries in Asia and the Middle East
- The intersection between nuclear safety and security, nuclear terrorism
- Challenges in nuclear safety such as past nuclear power plant accidents, including Three Mile Island, Chernobyl, and Fukushima accidents
Participants also discussed:
- How to solve the issue of nuclear spent fuel
- How to control and govern nuclear safety and security issues both domestically and internationally.
The content lectures began with an overview of nuclear energy by Karen Hogue, a student in the Monterey Institute’s graduate program for Nonproliferation and Terrorism Studies (NPTS),who has an extensive experience in nuclear physics and teaching nuclear power reactor principles.
Watch The Workshop Intro and Karen Hogue
- Dr. Ferenc Dalnoki-Veress, CNS Scientist-in-Residence, gave lectures on nuclear safety and discussed nuclear power reactor’s technical issues and past accidents, as well as how we can prevent accidents from happening based on lessons learned from the past accidents, such as Chernobyl and Fukushima. He also discussed how to manage accumulated nuclear spent fuel. This issue has been one of the most contentious issues in both the countries that already have nuclear energy programs and the countries that are interested in introducing nuclear energy.
Watch Dr. Ferenc Dalnoki-Veress on Spent Fuel
Watch Dr. Ferenc Dalnoki-Veress on Nuclear Safety
- Miles Pomper, CNS Senior Research Associate and leading expert in the field of nuclear security, discussed how to prevent nuclear and radiological terrorism, highlighting that the danger of nuclear terrorism is very real, and states must take urgent actions to improve security for nuclear and radiological materials and facilities. The lecture also described the technical barriers to nuclear terrorism and how terrorists might overcome them.
Watch Miles Pomper on the Nuclear Renaissance
Watch Miles Pomper on Nuclear Security
Watch Miles Pomper on Governance
- Dr. Patricia Lewis, CNS Deputy Director and Scientist-in-Residence, focused on connection between nuclear safety and security. She also discussed the intersection between those two issues and nonproliferation and disarmament.
Watch Dr. Patricia Lewis
- The workshop also covered nuclear safety and security in two regions: Asia and the Former Soviet Union.
- Stephanie Lieggi, CNS Senior Research Associate along with Steven Anderle, NPTS graduate student, discussed nuclear safety and security in East Asia using country case studies including Japan, South Korea, China, and the “nuclear new comers” in Southeast Asia.
Watch Stephanie Lieggi & Steven Anderle
Margarita Sevcik, Deputy Director of the CNS Education Program, lecture focused on nuclear and radiological security in former Soviet Countries.
Watch Margarita Sevcik