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Determining the optimal location for a railway station, taking into account geographical, economic and transport factors.
Geodetic measurements: Surveyors take measurements of the area to create an accurate digital model, including terrain, existing infrastructure and communications.
Passenger flow analysis: The technologist evaluates the expected passenger flow, taking into account the geographical location, planned transport routes and demographic data.
Functional design: Identification
of functional areas of the station, such as passenger halls, platforms, ticket areas, retail areas and others, taking into account the needs of passengers and operational tasks.
Architectural design: The development of architectural solutions, taking into account aesthetic, cultural and structural aspects, as well as compliance with building standards.
Engineering communications: Design of engineering systems, including power supply, water supply, sewerage, ventilation, etc., to ensure the efficient operation of the station.
Safety and ecology: Implementation of safety measures for passengers and staff, as well as consideration of environmental standards in design and construction.

Transport infrastructure: Development of infrastructure on platforms, parking areas, bus stops and other transport hubs to ensure the convenience of passengers.
Technology use: Integration of modern technologies into design, such as passenger information systems, contactless payment technologies, video surveillance, etc
Economic justification: Conducting an economic analysis of the project, including the costs of construction, maintenance and expected return from the station.
Coordination with regulatory authorities: Obtaining all necessary permits and approvals from the relevant authorities, compliance with regulations and standards.
Construction and implementation: After the approval of the project, the construction phase begins, followed by the implementation and commissioning of the station.