Filter and reconstruct corrupted communication signals to establish a secure, readable baseline for the rest of the operation.

• Reconstruct the corrupted communication signal using the mathematical information provided during the phase.
• All calculations must be completed on paper before entering the required values into Simulink.
• Teams must use the provided baseline Simulink model without modifying locked parameters.
• The phase is completed only when the reconstructed signal successfully passes the simulation verification.

Calculate initial energy spikes and steady-state mechanics to force a heavy mechanical system into motion without triggering an instant grid failure.

• Calculate the required initial energy/power conditions and steady-state mechanical parameters before simulation.
• Enter only the calculated values into the designated sections of the provided Simulink model.
• Modifying safety limits or locked model parameters to obtain results will lead to disqualification.
• The phase is completed only after the calculated solution successfully passes simulation verification.

Tune a dynamic control loop to stabilize a massive aerodynamic load. A miscalculation here results in catastrophic system destruction.

• Calculate and tune the required control parameters to stabilize the dynamic aerodynamic load.
• Teams must perform their calculations before implementing the parameters in Simulink.
• Only the provided baseline model may be used; bypassing or altering safety constraints is strictly prohibited.
• The phase is completed only when the control system achieves the required stability conditions in simulation.