
Survival training is an important element of our training program. At the end of a nominal mission, the Soyuz spacecraft re-enters the atmosphere in a fiery plunge followed by a more gentle descent via parachute to a designated area of Kazakhstan. The entry trajectory is tracked from the ground so that helicopters with recovery crews can speed to the landing site within minutes to help the cosmonauts out of the capsule.
However there is always a chance that, due to unforeseen events, a Soyuz spacecraft and crew may be forced to land in a remote and environmentally hostile region of the world. In such a case, it could be hours or even days before a search and rescue team arrives at the landing site. For this reason, cosmonaut crews receive survival training.
We learned how to set up camp and build various kinds of shelters ...

... how to fire a gun in the event we would need to hunt for food ...

... and how to set off flares to guide search and rescue aircraft to our landing position.

While payloads and survival training are important aspects of mission preparation, I spent most of my time in Star City learning the many systems that comprise the Soyuz spacecraft and the Russian segment of the International Space Station. Systems include propulsion, electrical power, thermal control, communications and others. Motion control is the most important system of the Soyuz spacecraft. For the Space Station, it is probably the life support system.
Initial systems training is provided by instructors who possess a very deep and broad knowledge of the technical and operational aspects of the space vehicles.

Of course spacecraft systems do not operate in isolation from each other. Their interaction is best demonstrated during the course of mission simulations, or "sims". Sims take place in a variety of high-fidelity mock-ups. A training session will focus on a particular mission day or phase of flight.
Once my crew had acquired a good understanding of each Soyuz and Station system, it was time for us to begin sims as a means to integrate our systems knowledge, advance our operational skills and develop crew coordination skills.