A manufacturing system for manufacturing a rotor, having various parts thereof, the manufacturing system comprising: a plurality of processing sections configured to process the rotor or parts thereof, the plurality of processing sections comprising: a welding processing section configured to perform welding and one or more related processes including at least one of testing, stacking, welding preparation, and welding of the rotor or parts thereof; a machining processing section configured to receive the rotor or parts thereof to perform machining and one or more related processes including at least one of turning, milling and drilling thereof; and a plurality of maneuvering arrangements configured to maneuver the rotor or parts thereof between and across the plurality of processing sections, the plurality of maneuvering arrangements comprising: a pallet unit configured in the welding processing section to maneuver the rotor or parts thereof along a portion of the welding processing section; a tilting unit configured in the welding processing section to maneuver the rotor or parts thereof, received from the pallet unit, to tilt an orientation thereof; and at least one transportation-setup station to transport the rotor or parts thereof, each of the at least one transportation-setup station comprising: a work-piece shuttle adapted to receive the rotor or parts thereof; and a power shuttle operatively coupled to the work-piece shuttle to maneuver the work-piece shuttle for transporting the rotor or parts thereof between and across the plurality of processing sections for manufacturing of the rotor, characterised by the plurality of processing sections further comprising a blading cum clean-room section configured to receive the rotor or parts thereof from the machining processing section via the work-piece shuttle of the at least one transportation-setup station to perform one or more related processes including washing, deburring and blading of the rotor or parts thereof. a plurality of processing sections configured to process the rotor or parts thereof, the plurality of processing sections comprising: a welding processing section configured to perform welding and one or more related processes including at least one of testing, stacking, welding preparation, and welding of the rotor or parts thereof; a machining processing section configured to receive the rotor or parts thereof to perform machining and one or more related processes including at least one of turning, milling and drilling thereof; and a welding processing section configured to perform welding and one or more related processes including at least one of testing, stacking, welding preparation, and welding of the rotor or parts thereof; a machining processing section configured to receive the rotor or parts thereof to perform machining and one or more related processes including at least one of turning, milling and drilling thereof; and a plurality of maneuvering arrangements configured to maneuver the rotor or parts thereof between and across the plurality of processing sections, the plurality of maneuvering arrangements comprising: a pallet unit configured in the welding processing section to maneuver the rotor or parts thereof along a portion of the welding processing section; a tilting unit configured in the welding processing section to maneuver the rotor or parts thereof, received from the pallet unit, to tilt an orientation thereof; and at least one transportation-setup station to transport the rotor or parts thereof, each of the at least one transportation-setup station comprising: a work-piece shuttle adapted to receive the rotor or parts thereof; and a power shuttle operatively coupled to the work-piece shuttle to maneuver the work-piece shuttle for transporting the rotor or parts thereof between and across the plurality of processing sections for manufacturing of the rotor, characterised by the plurality of processing sections further comprising a blading cum clean-room section configured to receive the rotor or parts thereof from the machining processing section via the work-piece shuttle of the at least one transportation-setup station to perform one or more related processes including washing, deburring and blading of the rotor or parts thereof. a pallet unit configured in the welding processing section to maneuver the rotor or parts thereof along a portion of the welding processing section; a tilting unit configured in the welding processing section to maneuver the rotor or parts thereof, received from the pallet unit, to tilt an orientation thereof; and at least one transportation-setup station to transport the rotor or parts thereof, each of the at least one transportation-setup station comprising: a work-piece shuttle adapted to receive the rotor or parts thereof; and a power shuttle operatively coupled to the work-piece shuttle to maneuver the work-piece shuttle for transporting the rotor or parts thereof between and across the plurality of processing sections for manufacturing of the rotor, a work-piece shuttle adapted to receive the rotor or parts thereof; and a power shuttle operatively coupled to the work-piece shuttle to maneuver the work-piece shuttle for transporting the rotor or parts thereof between and across the plurality of processing sections for manufacturing of the rotor,