The speed of the train is .6c, which means it is moving at 60% of the speed of light. The observer, who is stationary at the train station, is considered to have a velocity of 0.
Since the train is moving at such a high speed, it will appear to be contracted in length and its time will appear to be dilated to the stationary observer. This is due to the effects of special relativity.
According to the principle of relativity, both observers will see each other moving at the same speed. However, the train observer will see the stationary observer as being contracted in length and having a slower passage of time.
The train observer will perceive time to be passing slower compared to the stationary observer. This is known as time dilation, which is a consequence of moving at high speeds relative to each other.
In addition to length contraction and time dilation, the train will also appear to have a different color due to the Doppler effect. The frequency of light reflecting off of the train will be shifted, causing a change in perceived color. Additionally, the train will appear to be brighter due to the increased energy of the light waves being emitted from the train's moving source.