Case study — Vienna Airport Terminal 2

€62M

transformation of Austria's oldest terminal — designed, coordinated, and delivered under live airport operations

Main Architect — Technical & Conceptual · Forum Architekten · Vienna
Timeline 2017 – 2021
Client Flughafen Wien AG
Reopened 29 March 2022
Scale ~€500M total investment
Consortium Forum + Moser + Zentraplan
Security hall (SIKO Halle)
14-lane centralized security checkpoint
Baggage claim hall
4 new carousels, numbered wayfinding
Service counters
FB4 bulletproof, hidden systems
Vienna Lounge
2,400 m² · 450 seats · Leopold Museum art
1955
Austria's oldest terminal — rebuilt without closing
Terminal 2, built in 1955, was completely overhauled while serving live passenger traffic throughout the 4-year construction period. Delivered on schedule and on budget through the full COVID-19 pandemic — described by Vienna Airport management as "an international flagship project."
Passenger journey design BIM coordination Security infrastructure ArchiCAD Execution plans Multi-stakeholder Design ops · live environment Heritage preservation

Rebuild the oldest terminal in Austria. Keep it open throughout. Touch nothing twice.

Terminal 2 had not been operationally updated since the early 1960s. By the time Forum Architekten won the competition, it was processing international passengers through a security infrastructure, border control system, and passenger flow logic that belonged to a different era of aviation. The mandate was total: renew every interior surface, every structural interface, every technical system, every passenger touchpoint — from the approach road to the departure gate — without taking the terminal offline for a single day.

Four conditions that made this project singular

Live operations throughout

Construction ran 2017–2021 across active airport operations. Every phase required isolation protocols, phasing plans, and coordination with Flughafen Wien AG's operational teams. No terminal closure. No passenger disruption.

Multi-security zone complexity

The terminal spans Schengen, Non-Schengen, airside, landside, customs, and staff-only zones — each with distinct structural, material, and systems requirements, all interfacing within a single building envelope.

Heritage preservation mandate

Terminal 2's 1955 architecture — including its original roof structure — required retention and restoration within modern building codes. Premium Austrian cultural identity had to read through every material decision.

Pandemic construction

The project ran through the full COVID-19 period. Delivered on schedule and on budget despite short-time working, supply chain disruption, and unprecedented operational uncertainty at the client site.

Five passenger zones — each a distinct design problem

01

Access hall — boarding pass control

The first physical touchpoint for departing passengers. Central boarding pass control integrated directly into the access hall from the driveway — security filtering before passengers enter the terminal body.

02

Security hall (SIKO Halle) — 14 new lanes

The original departure hall transformed into a centralized 14-lane security checkpoint. The 1955 roof structure was retained and renovated. Sitznische seating niches, material palette, and lighting designed to millimetre precision.

03

Service counters — transactional touchpoints

Security service counters, border control, and Easy Service desks — each embedding classified security hardware (FB4 bulletproof steel, MACH/OCR systems, silent alarms) behind a premium FunderMax aesthetic.

04

Passenger facilities — toilets, niches, accessibility

Full WC group redesign to contemporary accessibility standards: PAX feedback terminals, Laufen PRO A accessible basins, PRM/Family units with emergency call systems, fold-out changing tables, and Silestone partitions.

05

Baggage claim hall — arrivals infrastructure

New arrivals baggage area with 4 carousels, numbered wayfinding, redefined Schengen/Non-Schengen borders, and a redesigned landside passage. Barrisol light ceiling system and structural ribbed ceiling detailed at 1:50.

What made this a design operations problem, not just a design problem

Every decision had a dual constraint: it had to satisfy the 5-star international airport standard, and it had to be constructible in sequence, in phases, in a live operational environment, with zero tolerance for error. The execution drawings — issued to contractors working around active security perimeters — had to be exactly right. There was no room for interpretation on site.

From the first as-built drawing to the last execution plan

My engagement on Vienna Airport Terminal 2 was not a phase or a package — it was the full lifecycle from survey to handover. I joined at the very beginning: before any design could proceed, someone had to establish the ground truth. That was the as-built ArchiCAD model — a complete 3D reconstruction of the existing terminal. Everything that followed was built on that foundation.

TitleMain Architect — Technical & Conceptual
FirmForum Architekten ZT GmbH · Vienna
ClientFlughafen Wien AG
Duration2017 – 2021 · 4 years

Consortium

Forum Architekten — lead interior Moser Architects — competition partner Zentraplan — engineering coordination Flughafen Wien AG — client & operator

Full lifecycle — what I owned

As-built survey3D reconstruction of existing terminal in ArchiCAD — the BIM foundation for all phases
Schematic designZoning concept plans, interior concept development, visual language system
Design developmentFloor plans for submissions, inner elevations, sections, material codes
Construction detailsDetail drawings at 1:10 to 1:50 — joints, profiles, transitions, fixings
Execution plansFabricator-ready drawings: furniture, sanitary, service counter, WC group, Sitznische
Coordination & releaseCommunication with contractors, fabricators, Moser, Zentraplan, and client

What I was responsible for within the terminal

Passenger flow architecture

Access hall, security hall, post-security retail corridor, gate routes to B, C, D gates

Transactional touchpoints

Service counters, border control desks, Easy Service, check-in renewal

Passenger facilities

WC groups (Damen, Herren, PRM/FAM), Sitznische seating niches, wayfinding

Technical infrastructure

Security systems integration, BIM coordination, escape staircase design, hollow-floor cabling

Visual language system

Golden Heritage identity: material codes, color palette, finishing specifications

Brand identity input

Guideline participation across the full T2 + Pier East scope including Vienna Lounge

My background as a practicing architect on major construction sites — managing procurement, subcontractor coordination, and technical documentation — meant I could operate at the intersection of conceptual design and construction precision without losing either. On Vienna Airport, those two modes were never separable.

Every surface a passenger touches, I drew.

The passenger journey through Terminal 2 is a designed system — not a sequence of rooms, but a choreography of flow, decision, and threshold. From the moment a passenger leaves their vehicle to the moment they reach their gate, every touchpoint was specified: materials, dimensions, embedded systems, lighting, accessibility provisions, and wayfinding logic. Click any zone to inspect the design decisions.

The precision that makes airports function

Airport architecture operates at a level of technical density that most building types never approach. Every element serves multiple masters: aesthetics, security classification, fire code, structural load, mechanical integration, accessibility compliance. The execution drawings I produced were the interface between all of those constraints — and they had to be right before the contractor showed up on site.

BIM and drawing production

Full 3D as-built model of existing terminal in ArchiCAD — foundational layer for all subsequent design phases
Multi-firm coordination across Forum, Moser, and Zentraplan — all drawing sets cross-referenced and release-managed
Execution plans issued at 1:20, 1:50, 1:100 with detail enlargements at 1:10 and 1:5
Security zone boundaries (Sicherheitsgrenze, Schengen/Non-Schengen, Zollgrenze, Fluchtweg) color-coded across all plan sets

Structural and systems integration

IPE 160 and HEA 100 structural steel elements promatized to fire resistance class — coordinated with structural engineer
Hohlraumboden hollow-floor system (Lindner) throughout service counter zones — elevated access floor for power, data, and security cabling
HVAC coordination: Weitwurfdüsen long-throw diffusers in SIKO Halle, Brandrauchentlüftung smoke extraction in baggage hall
EI90 fire-rated ceiling construction for escape corridor — freitragende (self-supporting) suspended system

Material specification

FunderMax compact HPL (FH 0085 white) — primary wall cladding system across all zones, specified with 3mm shadow joint
TECU Gold lacquered aluminum — façade cladding at security hall, coordinated with exterior envelope
Golden Eye powder-coated metal (IGP HWF classic 5907) — socle and trim color across service counter zones
Feinsteinzeug tile 90×90cm for WC group floors; green glass VSG tile with silk-screened pictograms for walls

Accessibility and compliance

PRM/Family WC units: wheelchair turning radii, 2–3% ramp gradients, Laufen PRO A accessible washbasins, emergency call at every stall
Fold-out changing tables specified in execution drawings — Hammerlit 54×30×76cm, wall-mounted
PAX passenger feedback terminals integrated into WC entrance elevations — structural backing and cable routing detailed
Escape routes designed for 1,000 persons simultaneously, calibrated to security status and zone occupancy

Security infrastructure — what sits behind the aesthetic

Bulletproof service counterBallistischer Stahl FB4 (EN 1063 Grade 4) laminated behind FunderMax HPL cladding — invisible to passengers, rated to resist handgun fire at close range
Concealed security systemsMACH passenger management, MSR/OCR document readers, video surveillance AP, and silent alarms (foot-operated under desk surface) — all integrated into the counter millwork without visible indication
Hidden access doorsTapetentür (tapestry doors) — staff access doors flush with FunderMax cladding, Rollfalle latch with no visible handle or lock, integrated into the wall plane
Hollow floor for routingHohlraumboden raised access floor throughout counter zones — power, data, and security cable routing fully concealed, accessible via removable floor panels

Escape infrastructure

3
New emergency staircases — 2 airside on main façade, 1 western loading area
1,000
Persons simultaneously — design occupancy load for escape route planning
EI90
Fire resistance rating — escape corridor ceiling construction, baggage hall

The Lobmeyr chandeliers — heritage as infrastructure

The departures hall received Lobmeyr baroque chandeliers based on the Schloss Hof design — originally created for Prince Eugene of Savoy's summer residence, which sits 12km from the airport. Each fixture stands over 3 metres tall with 36 candles, positioned outside the central security check for non-Schengen flights. Specifying a 300-year-old chandelier design for an international airport security zone is not a furniture decision — it is a cultural positioning statement executed in glass and brass.

On schedule. On budget. Through a pandemic. For a state-level inauguration.

Vienna Airport Terminal 2 reopened on 29 March 2022. The oldest terminal building in Austria opened as a 5-star international facility with new security infrastructure, a 2,400 m² Vienna Lounge, and an interior that reads as an architectural statement about Austrian cultural identity. The reopening was a national event attended by the Mayor of Vienna and the Governor of Lower Austria.

29 Mar
2022
Terminal reopening — on schedule, on budget
Delivered through 4 years of live operations, a global pandemic, supply chain disruption, and short-time work — without a single day of terminal closure. Described by Vienna Airport management as "an international flagship project."
€62M
Total investment — terminal modernization delivered within budget
14
New security lanes in centralized checkpoint — making Vienna one of Europe's most punctual hubs
2,400 m²
Vienna Lounge — 450 seats, Leopold Museum art, Viennese coffeehouse aesthetic
4
New baggage carousels in arrivals hall — numbered, wayfinding-integrated
190
Destinations reachable from Vienna Airport — close to pre-pandemic levels at reopening
1955
Original construction year — heritage preserved within 5-star specification

State-level inauguration — 23 March 2022

Michael Ludwig — Mayor of Vienna Johanna Mikl-Leitner — Governor of Lower Austria Julian Jäger — Vienna Airport Management Board Günther Ofner — Vienna Airport Management Board

What was delivered — scope summary

Opened 29 March 2022 As-built 3D BIM model 14-lane security hall Access hall integration Service counter execution plans WC group full detail set Sitznische detail drawings DET 1–7 Baggage claim hall 3 escape staircases Visual language system Lobmeyr chandelier specification Vienna Lounge brand input Multi-firm coordination Airside + landside elevation drawings

Design at airport scale has no margin for approximation

The lessons from Vienna Airport Terminal 2 are not primarily about aesthetics or user experience. They are about what happens when design decisions have structural, legal, and safety consequences — when a misread dimension on an execution drawing becomes a contractor problem on a live airport site, and when phasing decisions affect the security of thousands of passengers daily.

01

The as-built model is not documentation — it is the design foundation

Every subsequent decision on this project was only as reliable as the 3D as-built model established in phase one. On a 1955 building, archive drawings are incomplete, inaccurate, or absent. The BIM survey was not preparatory work — it was the most critical design act of the entire project.

02

Security integration is an invisible design problem — and the hardest one

The FB4 ballistic steel, the concealed alarms, the tapestry doors, the OCR readers — none of these are visible to a passenger. Designing something that must perform at maximum specification while appearing to be ordinary furniture is a specific and demanding discipline that has no equivalent in commercial UX.

03

Live-environment phasing is a design skill, not a logistics skill

Managing construction within a live airport meant every phase boundary — temporary walls, access routes, security zone separations — was itself a design problem. The construction sequence had to be legible to both the building contractor and the airport security team simultaneously.

04

Heritage and modernization are not opposites

The Lobmeyr chandeliers and the FB4 security counters occupy the same building. The 1955 roof structure and the Zumtobel bioactive lighting system are in the same room. The skill is not choosing between heritage and function — it is specifying each so precisely that neither compromises the other.

05

Multi-stakeholder coordination at this scale changes how you communicate

Flughafen Wien AG, Forum Architekten, Moser Architects, Zentraplan, multiple specialist contractors, security authorities — each with different technical languages and different risk thresholds. Learning to communicate the same design decision six different ways, without losing precision, is a professional capability that infrastructure projects build and consumer product work rarely demands.

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Cobria

Enterprise Authority

Legacy systems consolidated
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Award-nominated SaaS
"Digital products are systems. Physical spaces are systems. The difference is that physical systems cannot be patched after release. Every drawing I produced for Vienna Airport had to be right — not approximately right, not right enough to ship — because the contractor building from it was working inside a live international airport, and there was no version two."

Capabilities demonstrated

Large-scale public infrastructure BIM coordination · ArchiCAD Security system integration Multi-stakeholder management Live-environment design ops Heritage + modernization Full lifecycle — survey to handover Accessibility · PRM compliance
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