Job Responsibilities:

1. Evaluation of the shielding capabilities of BEST building structures, major shielding components, and systems against fusion neutrons and gamma radiation;

2. Design of measurement and monitoring schemes for fusion neutrons, gamma radiation, surface radioactive contamination, and electromagnetic radiation;

3. Analysis and evaluation of radiation exposure doses for personnel;

4. Analysis and evaluation of the environmental impact of radioactive releases.

 

Qualifications:

1. Master's degree or higher in Nuclear Engineering, Nuclear Chemical Engineering, Radiochemistry, or related disciplines;

2. Familiarity with the radiation characteristics of fusion neutrons, gamma rays, beta particles, and other radiation types, with knowledge of effective protective measures;

3. Proficiency in common shielding calculation methods, radiation field computation techniques, and related tools.

1.Core physics theoretical design;
2.Operational mode development;
3.Plasma equilibrium and control;
4.Divertor physics design;
5.Fusion reactor diagnostic design;
6.Technical coordination for fusion reactor physics design;
7.Preparation of technical reports for related systems, and review of technical reports from external collaborating organizations.

 

1.Doctoral degree in plasma physics;

2.Candidates with experience in fusion reactor physics design are preferred.

1.Overall engineering design and integration;
2.Main facility design;
3.Auxiliary system design;
4.Nuclear safety design and protection;
5.Technical coordination for fusion reactor engineering design;
6.Preparation of technical reports for related systems, and review of technical reports from external collaborating organizations.

 

1.Master's degree or higher;

2.Candidates with experience in fusion reactor engineering design are preferred.