| | Project: BABALON — UNDERGROUND MINIMAL TECHNO & SWINGER CLUB | | Scope: Scenographic design and BIM technical coordination for an electronic music and rave culture event — fixed hangar-type structure | | Date: 01/01/2026 | | Prepared by: Markus Hormaza, representative of ASAP PROJECTS © | | Objective: To design, coordinate, and digitally validate a hangar-type ephemeral architecture for an electronic music, rave, and techno event, integrating long-span structural systems, rigging systems, professional Claypaky lighting, L-Acoustics sound systems, acoustic design, and temporary electrical distribution, using CAD-BIM methodology. To ensure structural safety and controlled sensory performance for an immersive, ritual-industrial audience experience | | Design phase: Conceptual design, ephemeral architectural design, specialized technical design, multidisciplinary coordination, and digital preproduction of the event - Architectural typology - Hangar-type ephemeral architecture, characterized by large clear spans, absence of intermediate supports, modular metal structure, lightweight envelope, and continuous overhead suspension capacity for scenic, lighting, and acoustic systems | | Skills: Ephemeral architectural design, long-span structural modeling, stage lighting design, acoustic design for large-volume enclosed spaces, technical show coordination, BIM management, clash detection, and advanced technical documentation | | Project scope: Digital modeling and coordination of the complete scenographic hangar, including main structure, temporary enclosures, roofing, continuous rigging system, main stage, technical towers, Claypaky lighting, L-Acoustics sound systems, temporary electrical distribution, FOH, backstage, evacuation routes, and public flow control | | General description: The project applies BIM methodology to the scenographic design of a hangar-type structure, enabling early simulation of structural behavior, suspended loads, acoustic coverage, lighting effects, and technical operation. The central digital model integrates architecture, structure, and technical systems, reducing risks during assembly and live operation while reinforcing the industrial and ritual aesthetic intrinsic to the musical genre | | Copyright: Original work. All rights reserved | | Tools: Autodesk, Inc. | | Standardization standards: ISO 19650 (BIM information management), NSR-10 (steel structures and safety), RETIE and NTC 2050 (temporary electrical installations), NFPA 70 (National Electrical Code), NFPA 101 (Life Safety Code – public events), EN 13814 (temporary structures for events), OSHA (assembly and rigging safety), L-Acoustics technical guidelines (arrays, rigging, and coverage), Claypaky regulations (installation and lighting safety) | | Design requirements: Detailed structural modeling of long spans, precise definition of anchorage points and suspended loads, acoustic simulation of the hangar-type volume, lighting scene design, aerial and ground cable routing, assembly/disassembly drawings, and comprehensive safety verification | | Required expertise: Technical architecture, lightweight structural engineering, acoustic design for large-volume venues, professional stage lighting design, technical event production, BIM management, and regulatory knowledge for public performances | | Technologies used: Multidisciplinary CAD-BIM modeling, predictive acoustic simulation, real-time scenographic visualization, digital technical coordination, and CDE (Common Data Environment) platforms | | LOD (Level of Detail): LOD 300–350 for hangar-type structure, rigging, lighting, sound, and temporary electrical systems | | Designed components: Hangar-type metal structure, temporary roofing and enclosures, truss and continuous rigging, main stage, Claypaky luminaires, L-Acoustics arrays, temporary electrical systems, FOH, backstage, signage, and safety systems | | Generated documentation: Ephemeral architecture technical drawings, structural and rigging drawings, coordinated 3D models, temporary electrical schematics, acoustic studies, scenographic visualizations, assembly schedules, and technical reports | | Materials: Modular metal structure (steel/aluminum), certified truss systems, technical textile roofing, stage platforms, certified electrical and signal cabling, Claypaky luminaires, L-Acoustics systems, approved anchorage and safety elements | | Considerations: The hangar typology maximizes scenic flexibility, acoustic control, and technical suspension capacity, aligning with the industrial and ritual aesthetic of the event. The BIM model acts as the central tool for planning, safety, and show operation | | Attribution: Scenographic design, ephemeral architecture, and CAD-BIM coordination developed by ASAP PROJECTS © | | Contact: Markus Hormaza, hormazamarkus@gmail.com | | Copyrights: ASAP PROJECTS © All rights reserved | |