Responsibilities:

(1)Design, analyze, and improve superconducting magnets and current leads.

(2) Devise manufacturing and winding techniques and testing procedures for superconducting magnets.

(3) Test superconducting magnets and develop quench protection technologies.

Qualifications:

Major: Mechanical Engineering, Electrical Engineering, Cryogenic Engineering, or other superconductivity-related majors

Background: Those with experience in superconducting magnet development and application are preferred.

Responsibilities of Position One:

(1)Simulate and improve tokamak plasma discharges.

(2) Analyze plasma equilibrium and evolution, configuration control, and macro-and-micro instabilities.

(3) Analyze and interpret experiment data.

Responsibilities of Position Two:

(1) Analyze and evaluate interactions of plasma with walls physically.  

(2) Conduct research into and develop wall cleaning and conditioning methods.

(3) Design divertors and simulate scrape-off layers.

Qualifications:

Major: Engineering Technology of Nuclear Fusion or Plasma Physics 

Background: Academic or working experience in specific magnetically confined fusion devices.