Thiết Kế Nhà Ga Hiện Đại: Từ Liège Đến Taipei

Modern Station Design: From Liege to Taipei

The great nineteenth-century railway stations announced industrial civilization's confidence in its own future. The great twenty-first-century stations announce something different and more complicated: an age that has learned to question the promises of technology even as it deploys it with increasing sophistication. The best modern railway stations are works of genuine architectural ambition, and they reward attention as richly as their Victorian predecessors.

Liege-Guillemins: Santiago Calatrava's White Sculpture

Santiago Calatrava's Liege-Guillemins station, opened in 2009, is perhaps the most purely beautiful railway station built in the last fifty years. It has no facade, no doors, no walls — only a series of white concrete arches and steel ribs curving over five tracks and their platforms, open to the city and the sky on both sides. Rain falls through the ends of the arches; pigeons nest in the structural members; the light changes with every cloud.

The station cost approximately 312 million euros and serves as a stop on the Belgian high-speed network connecting Brussels to Cologne. It handles only about 36,000 passengers a day — far fewer than London St Pancras or Paris Gare du Nord — but its architecture has made it internationally famous. Calatrava, the Spanish-born architect and engineer known for his bone-white structural expressionism, worked on the design for more than a decade.

The principal structural gesture is a series of five white concrete arches spanning 200 meters, each rising to a peak of 32 meters above the track level. The arches are pure parabolas, and they are mirrored so that the station appears symmetrical from the tracks even though the city on either side has very different characters. Between and beneath the arches, glass panels and steel secondary structures create the weather-protected zones where passengers wait. The effect, particularly on a sunny day when light penetrates from multiple angles through the glass, is of something between a cathedral and a greenhouse.

Napoli Afragola: Zaha Hadid's Aerodynamic Gateway

Zaha Hadid Architects designed the Napoli Afragola high-speed station, which opened in 2017 — after Hadid's death — as the gateway to a new hub serving the Naples metropolitan area. Where Calatrava pursues whiteness and structural honesty, Hadid's practice pursues curvature and the suggestion of motion. The station building looks, from the air, like a wing or a wave — a continuous curved surface that bridges over the tracks and opens at either end to let trains pass through.

The building is made primarily of reinforced concrete, with a skin of metal cladding panels that create a smooth, almost seamless exterior. The interior spaces beneath the curved roof are dramatic and appropriately futuristic, though critics have noted that the passenger experience on the platforms themselves — inevitably exposed to weather at the track-level openings — is less comfortable than the renders suggested. This is a recurring challenge in architecturally ambitious station design: the photograph can be perfect; the lived experience more equivocal.

Berlin Hauptbahnhof: Glass and Steel at the Heart of a Reunified City

Berlin Hauptbahnhof, opened in 2006, is the largest railway station in Europe by floor area — a five-level crossing of east-west and north-south railway lines at the center of the reunified German capital. It was designed by the Hamburg firm von Gerkan, Marg und Partner (GMP) and represents a different approach to modern station design: not the singular sculptural gesture but the systematic ordering of a genuinely complex transportation node.

The station handles 1,800 train movements per day across two long-distance levels and two suburban S-Bahn levels. The cross-shaped plan allows through running in both directions, a critical operational requirement for the central European rail network. The exterior is predominantly glass and steel — two 321-meter-long glass halls for the east-west platforms, bisected by a north-south viaduct with a curved glass roof. The scale is enormous; the aesthetic is cool and corporate by comparison with Calatrava or Hadid.

What Berlin Hauptbahnhof lacks in poetry it compensates for in functionality. The vertical integration of levels — passengers can change between U-Bahn, S-Bahn, regional, and long-distance services within a single building — is genuinely impressive engineering. The commercial offering across five levels is extensive. And the station's location at the Washingtonplatz, adjacent to the Tiergarten park and a short walk from the Reichstag, gives it an urban setting that older Berlin stations could not match.

Taipei Main Station: Asian Integration

Taipei Main Station, completed in 1989 and designed by C.Y. Lee & Partners, demonstrates the Asian approach to station design: integration at massive scale. The building combines the Taiwan Railway Administration, the Taiwan High Speed Rail, the Taipei Metro, and long-distance bus services in a single complex of approximately 42,000 square meters. The architecture draws on traditional Chinese palatial forms — a broad, low profile, upturned roof edges — but at a scale and in materials (reinforced concrete with Chinese decorative elements) that are distinctly modern.

The famous feature of Taipei Main Station is its public atrium floor — a vast open space in the basement level that has become, somewhat to the planners' surprise, an impromptu picnic and gathering space for the city's Filipino and Indonesian migrant worker communities on Sundays. This spontaneous appropriation of a designed space for unanticipated community purposes is now considered one of the station's defining characteristics and has been embraced by the station management rather than suppressed.

Kengo Kuma's Takaosanguchi: Wood in the Forest

Not all remarkable modern stations are large. Takaosanguchi Station in Tokyo, redesigned by Kengo Kuma and completed in 2020, is the terminus of the Keio Takao Line at the trailhead for Mount Takao. Kuma chose to rebuild the station almost entirely in wood — a material that resonates with the forested mountain the station serves — using a system of interlocking cedar elements that allow the structure to breathe and age naturally. The station won international design awards and established that even a small regional terminus can be an architectural event.

Sustainability and Passenger Flow: Design Priorities for the 21st Century

Contemporary station design is increasingly shaped by two pressures: sustainability and the science of pedestrian flow. New stations are now almost invariably evaluated for energy performance, carbon embodied in their construction, and their ability to harvest rainwater, solar energy, and natural ventilation. The Netherlands, whose ProRail infrastructure organization has an explicit sustainability mandate, has been a leader in green station design — Utrecht Centraal's roof hosts one of the largest solar panel installations of any European station.

Passenger flow design has become a discipline in its own right, drawing on the same computational modeling techniques used in airport and stadium design. The placement of ticket machines, escalators, fare gates, and information screens; the width of corridors and platforms; the relationship between arrival and departure flows — all are now subject to rigorous simulation before construction. The goal is to move the maximum number of people safely and comfortably through the space, which is ultimately the same goal the Victorian engineers pursued, even if the tools for achieving it have changed beyond recognition. What unites the best stations of every era is the ambition to make the act of departure and arrival feel meaningful — a quality no algorithm can substitute for, and one that explains why the world's great stations remain, in every age, among the most beloved buildings their cities possess. For the future of high-speed rail itself, see our guide to where HSR networks are heading.