The syllabus for UG Nuclear Engineering is:
Semester I
Subjects of Study
Theory
English
Mathematics I
Physics
Chemistry
Basic Engineering I
Practical
Personality Development I
NSS / NCC / NSO / YOGA
Computer Literacy
Physics Laboratory
Chemistry Laboratory
Workshop Practice / Engineering Graphics
Semester II
Theory
Value Education
Mathematics II
Materials Science
Biology for Engineers
Principles of Environmental Science
Basic Engineering II
Elements of Nuclear Science and Engineering
Practical
Personality Development II
Computer Practice
Engineering Graphics / Workshop Practice
Semester III
Theory
German / Japanese / French Language Phase I
Mathematics III
Mechanics of Materials
Neutron Physics
Materials for Nuclear applications
Nuclear Thermo Hydraulics I
Thermodynamics
Practical
Personality Development III
Thermodynamics Lab
Nuclear Thermo Hydraulics Lab I
Semester IV
Theory
German / Japanese / French Language Phase II
Probability and Random Processes
Nuclear Thermo Hydraulics II
Controlled Thermonuclear Fusion
Design in Nuclear Engineering
Applied Radio Chemistry
Engineering Mechanics and Fluid Mechanics
Practical
Personality Development IV
Nuclear Thermo Hydraulics Lab II
Fluid Mechanics Lab
Comprehension I
Semester V
Theory
Engineering Economics and Management
Molecular and Cell Biology
Computer in Reactor Analysis
Nuclear Reactor Theory I
Reactor Theory and Kinetics
Biological Effects of Radiation
Practical
Personality Development V
Simulation Lab
Nuclear Measurement Lab I
Industrial Training I
Semester VI
Theory
Fuzzy Approaches in Engineering
Nuclear Reactor Theory II
Nuclear Fuel Systems
Elective I
Practical
Personality Development VI
Nuclear Measurement Lab II
Reactor Lab
Comprehension II
Computer Skills
Semester VII
Theory
Applied Reactor Analysis
Fast Reactor Theory
Elective II
Elective III
Practical
Radiology Measurement Lab
Industrial Training II
Seminar
Semester VIII
Theory
Elective IV
Elective V
Practical
Project Work