SEICA — Asymmetrical Geometry & Transparent Media Integration - munich 2024
The Intervention:
Engineering and executing a commanding exhibition booth for Seica at Electronica. The project featured a towering architectural presence structured around an innovative asymmetrical layout, specifically designed to maximize visitor interception while seamlessly partitioning a heavy-tech machinery showcase from a premium, private hospitality core.
Technical & Spatial Execution:
Asymmetrical Traffic Interception: Engineered a dynamic, non-linear layout mapped to capture and channel maximum pedestrian traffic from multiple aisle intersections directly into the experience zones of the booth.
Dual-Zoned Verticality: Utilized the impressive height of the structure to establish a prominent, high-visibility frontal arena dedicated to live machinery demonstrations, backed by a quiet, sophisticated rear zone for hospitality and reception.
Architectural Chromatic Branding: Developed a comprehensive color strategy, seamlessly integrating the company's official corporate palette directly into the structural columns, custom partition walls, and spatial boundaries.
Multi-Level Lighting Matrix: Designed a sophisticated, multi-layered lighting scheme. This included high-intensity directional spotlights to ensure maximum clarity on the machinery displays, paired with layered, softer ambient illumination across the meeting and welcome areas.
Transparent LED Wall Partition: Positioned a large-scale transparent LED wall as the primary division between the public display and the private lounge. The screen broadcasted motion graphics of internal machine operations while generating a high-tech, see-through privacy shield for the adjacent negotiation zone.
The Intervention:
Engineering and executing a commanding exhibition booth for Seica at Electronica. The project featured a towering architectural presence structured around an innovative asymmetrical layout, specifically designed to maximize visitor interception while seamlessly partitioning a heavy-tech machinery showcase from a premium, private hospitality core.
Technical & Spatial Execution:
Asymmetrical Traffic Interception: Engineered a dynamic, non-linear layout mapped to capture and channel maximum pedestrian traffic from multiple aisle intersections directly into the experience zones of the booth.
Dual-Zoned Verticality: Utilized the impressive height of the structure to establish a prominent, high-visibility frontal arena dedicated to live machinery demonstrations, backed by a quiet, sophisticated rear zone for hospitality and reception.
Architectural Chromatic Branding: Developed a comprehensive color strategy, seamlessly integrating the company's official corporate palette directly into the structural columns, custom partition walls, and spatial boundaries.
Multi-Level Lighting Matrix: Designed a sophisticated, multi-layered lighting scheme. This included high-intensity directional spotlights to ensure maximum clarity on the machinery displays, paired with layered, softer ambient illumination across the meeting and welcome areas.
Transparent LED Wall Partition: Positioned a large-scale transparent LED wall as the primary division between the public display and the private lounge. The screen broadcasted motion graphics of internal machine operations while generating a high-tech, see-through privacy shield for the adjacent negotiation zone.
Result
A dominant, high-traffic architectural landmark. By pairing a strategic asymmetrical footprint with multi-level lighting and a cutting-edge transparent LED partition, AVNTGARD transformed a complex industrial brief into an immersive brand experience—capturing massive fairground attention while safeguarding intimate B2B networking.
VIDEO
A dominant, high-traffic architectural landmark. By pairing a strategic asymmetrical footprint with multi-level lighting and a cutting-edge transparent LED partition, AVNTGARD transformed a complex industrial brief into an immersive brand experience—capturing massive fairground attention while safeguarding intimate B2B networking.
VIDEO
