Curriculum: Accelerator Science and Engineering Traineeship

Train for specialized careers in in-demand fields

Develop the skills needed for a successful career in accelerator science. The Accelerator Science and Engineering Traineeship (ASET) program was developed by Michigan State University in response to a national shortage in accelerator scientists and engineers. This unique program combines classroom learning with hands-on training in some of America’s most advanced national labs, while supporting student’s graduate research. 

Michigan State University Master’s and PhD students will complete:

ASET Curriculum

Graduate students in FRIB’s ASET program at Michigan State University complete five courses as part of the curriculum:

  • Accelerator Systems (an orientation course)
  • Accelerator Physics
  • Accelerator Technology
  • Two electives emphasizing major areas where there are critical workforce needs:
    • Physics and engineering of large accelerators
    • Superconducting radio frequency accelerator physics and engineering
    • Radio frequency power engineering
    • Large-scale cryogenic systems

In addition to the core curriculum, ASET students also learn about relevant topics such as project management and radiation safety. They are exposed to a broad range of ASET topics through regular seminars and presentations to enhance their training.

Course

 

 

 Title (Faculty)

PHY
862

 

 

Accelerator Systems

PHY
905-006

 

 

Accelerator Physics

PHY
864

 

 

Accelerator Technology

PHY
861

 

 

Introduction to Beam Physics

PHY
961

 

 

Nonlinear Beam Dynamics

PHY
962

 

 

Particle Accelerators

PHY
964

 

 

Seminar in Beam Physics Research

PHY
963

 

 

US Particle Accelerator School
(repeat credit if allowed)

ECE
802

 

 

Plasma Simulation

ECE
802-604

 

 

RF Power Engineering

ECE
837

 

 

Computational Methods in Electromagnetics

ECE
850

 

 

Electrodynamics of Plasmas

ECE
989

 

 

Advanced Applications of Plasmas

ME
413

 

 

Cryogenic Thermal Systems (Spring)

ME
414

 

 

Mechanical Design of Cryogenic Systems (Fall)

ME
8xx

Cryogenic Process Engineering

Ready to apply or have questions?

Please apply and inquire through the FRIB graduate studies page.