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Calendar

LEC # TOPICS INSTRUCTORS KEY DATES
1 Nuclear Energy System Strategies

Interrelationship of Core Design Parameters
Prof. Todreas
2 Design Requirements - T/H Prof. Todreas
3 Design Requirements - Reactor Physics Prof. Apostolakis Homework 1 due
4 Design Requirements - Safety Prof. Apostolakis Homework 2 due

Homework 3 due
5 The PWR and GFR Design Challenges Prof. Todreas
6 Reactor Physics - Design Parameters for PWRs Dr. Pilat Homework 4 due
7 Reactor Physics - Design Parameters for GFRs Dr. Hejzlar Homework 5 due
8 Reactor Safety: The Emergence of Probabilistic Risk Assessment Prof. Apostolakis
9 Large Break LOCA Analysis/Results Prof. Todreas
10 Safety Impact on Design and Performance of Reactor Systems Prof. Golay Homework 6 due
11 Risk-Informed Changes to the Licensing Basis Prof. Apostolakis Homework 8 due
12 Logic Diagrams Prof. Apostolakis
13 Probabilistic Calculations Prof. Apostolakis Homework 7 due
14 Deterministic and Risk Informed Performance Based Regulation Prof. Golay Homework 9 due
15 Use of PWR in Design - GFR Example Prof. Apostolakis Homework 10 due
16 Applying Safety Regulations to Plant Operation Prof. Kadak
17 Thermal Hydraulic Considerations - Transients and Accidents Prof. Todreas Homework 11 due
18 Thermal Hydraulic Considerations - Steady State Prof. Todreas
19 Take-home Midterm Exam
20 Materials Selection Process Prof. Ballinger Homework 12 due
21 Risk Informed Design Guidance for Gen IV Reactors Prof. Apostolakis
22 Radiation Damage Effects and their Design Implications Guest Lecturer
23 Environmental Degradation and its Design Implications Prof. Ballinger Homework 13 due
24 PWR Materials Applications Prof. Ballinger
25 GFR Materials Applications Prof. Ballinger Homework 14 due
26 Integration of Design Process Prof. Todreas
27 Student Oral Exams Exam Committee