Penn State’s BS in Nuclear Engineering explores the design, analysis, and operation of nuclear systems for energy production, medical imaging, space propulsion, and industrial applications. Students study reactor physics, thermohydraulics, radiation shielding, and nuclear materials. With access to a university research reactor and expert faculty, students gain practical experience in nuclear safety, radiation detection, and power systems, preparing for careers in energy, defense, medical physics, or regulatory agencies.
Designing a modular nuclear reactor for remote locations
Thermal analysis of nuclear fuel rod assemblies
Simulation of control rod dynamics during reactivity changes
Designing shielding for gamma radiation in medical facilities
Developing a microreactor system for space propulsion
Using Monte Carlo methods to model neutron transport
Remote monitoring system for radiation in nuclear plants
Analyzing failure modes in pressurized water reactors (PWR)
Medical isotope production process design using accelerators
Creating a VR training simulator for reactor operations
Modeling spent fuel cooling in dry cask storage systems
Optimizing decay heat removal strategies post-shutdown
Designing portable neutron detection equipment
Fusion reactor blanket material evaluation
Creating a dashboard to monitor radiation dose levels
Analyzing thermal stratification in reactor coolant tanks
Developing low-dose radiotherapy tools using simulations
Design of containment systems for molten salt reactors
Evaluating the economics of thorium-based fuel cycles
Robotic inspection system for high-radiation environments
Advance clean energy, safety, and global health with the science and engineering of nuclear systems.
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