PROJECT: HIGHGATE MUSIC HALL AND SCHOOL
The project concept is founded on providing the local community of Highgate with a dedicated space for music education and performance. Extensive attention was given to the research field of sound, specifically exploring the connections between human perception of sound, the unique sound properties of various materials, and the art of music performance.
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PORTFOLIO NAZAR BOHOSLOVETS SELECTED WORKS
SECTION THROUGH MUSIC REHEARSAL STUDIO
3Ds Max + Unreal Engine
FOYER
SECTION THROUGH FOYER
SPIRAL STAIRCASE TO THE CONCERT HALL
2 400 250 200 1800 300 External glass panel fixed to suspended trusses system Steel fixings to hold glass panel attached to rigid truss system Thermal brake for hollow steel wind sound catcher Additional zinc panel for wether protection 0.000 4.150 8.150 12.300 Entrance Foyer Round staircase Staircase entrance External underpass to encourage a creation of natural habitat Lounge area Lounge area Concert hall entrance rain roof at the entrance adjustable railing tubes bio-receptive column blocks to support vegetation or moss bio-receptive external tiles glass facade designed glass support system consisting of trusses, brackets and connectors hollow steel column textile sound membrane to recreate a sound produced in the building, funnel absorbed sound through steel component and reproduce it in form of subtle vibration of the membrane integrated brass instrument to amplify a sound produced in the building designed building structural bones recreates a human ear bones structure wind sound catcher structure, the vibrations transferred to the building thermal brake for exposed steel passive ventilation air vents Detail. 01
3Ds Max + Unreal Engine
3Ds Max + SketchUp + Autocad + Illustrator
CONCERT HALL EXPOSED AXONOMETRIC
STRUCTURAL FRAME: Hollow structure in general tend to accumulate sound that is produced within it and more dissipate it over time
The Concert Hall in this project serves a crucial and complex function of producing a desired sound that satisfies both listeners and performers.
To achieve this, several measures were studied and implemented, including a floating ceiling membrane to adjust sound reflection according to specific needs, sound absorption wall panels with diffusion patterns, and sound devices that conduct excessive sound out of the building.
The frame specifically designed to sustain a weight of the Hall as it suspended from a ground
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Bolted connections
Hollow steel profile
Copper sound duct to conduct sound through to the external sound output
Copper sound resonance fork to absorb a sound from inside
SOUND DEVEICE: Catwalk for technical maintenance and service
Sound output device The Hall seat
3Ds Max + Vray + SketchUp + Illustrator
4 360 750 150 150 18 25 1100 100 30 1200 30 18 170 50 2150 800 60 1200 170 Roof gutter channel GRC panel GRC fixings to metal frame Thermal brake for large span beam Catwalk Acoustic roll insulation 150 mm Metal stud Steel beam CONCERT HALL SECTION DETAIL. 02 THE HALL CAPACITY - 197 SEATS 3Ds Max + SketchUp + Autocad
5 REHEARSAL STUDIO INTERIOR
3Ds Max + Unreal Engine
The concept underwent several iteration stages with the goal of achieving a highly purposeful and organized space. Great attention was given to the section and plan drawings, emphasizing essential details, materials, as well as circulation routes and space configuration.
6 6000 2500 2800 5000 5000 6000 6000 4000 5000 5000 5000 3000 2500 5000 2500 2000 4000 4000 4000 4000 4000 4000 15° ORCHESTRA ROOM TOILET TOILET STAIRCASE SPIRAL STAIRCASE LOUNGE ENTRANCE MUSIC CLASS MUSIC CLASS MUSIC CLASS MUSIC CLASS CORRIDOR LISTENING DEVICE CONCERT HALL FIRE EXIT CONTROL ROOM CONCERT HALL ENTRANCE SCENE MAIN STAGE REHEARSAL SPACE CORRIDOR TOILET TOILET MUSIC CLASS MUSIC CLASS 1 m 2 m 5 m 10 m Scale bar N PLAN + LANDSCAPE
3Ds Max + Autocad+ Illustrator
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THE
PERSPECTIVE FROM
STREET
3Ds Max + Unreal Engine
