This paper will summarize highlights of the safety approach and discus
s the ITER EDA safety activities. The ITER safety approach is driven b
y three major objectives: (1) Enhancement or improvement of fusion's i
ntrinsic safety characteristics to the maximum extent feasible, which
includes a minimization of the dependence on dedicated ''safety system
s''; (2) Selection of conservative design parameters and development o
f a robust design to accommodate uncertainties in plasma physics as we
ll as the lack of operational experience and data; and (3) Integration
of engineered mitigation systems to enhance the safety assurance agai
nst potentially hazardous inventories in the device by deploying well-
established ''nuclear safety'' approaches and methodologies tailored a
s appropriate for ITER.