Architectural & Environmental Vibroacoustic Solutions
We design residential and commercial spaces where comfort, clarity, and privacy are essential. From homes, home theaters, and prayer halls to offices, hotels, hospitals, and auditoriums, we create environments where unwanted noise is controlled and speech or music is crystal clear. Our focus is on reverberation control, façade and room sound insulation, and vibration isolation for a peaceful and functional space.
Our solutions integrate seamlessly into your architecture, ensuring quiet living spaces, productive workplaces, and immersive performance venues. Every design meets national and international acoustic standards like NBC, WELL, LEED, and ISO, making your space comfortable, compliant, and future-ready.
Residential Projects
- RT60 optimization for living rooms, prayer halls, and home theaters using EASE/ODEON
- Frequency-specific reverberation control via 3D acoustic ray-tracing and impulse modeling
- Strategic placement of absorptive, diffusive, and reflective materials in 3D models
- Custom design for audiophile-grade rooms and Indian classical music (Carnatic/Hindustani)
- Hybrid ray-tracing + wave-based modeling for complex-shaped residential spaces
- Airborne and impact noise insulation design using FEM, INSUL, and onsite testing
- Façade sound transmission loss (STL) prediction using hybrid simulation + measurement
- Design of high-STC drywalls, multi-layer glazing, floating floors, and door/window seals
- Acoustic and vibration insulation integrated in structural joints and floor assemblies
- Onsite testing as per ISO 10140, ISO 717, and ASTM E90 for Rw, DnT, LnT, STL
- Acoustic modeling and control of HVAC ducts, chillers, drainage pumps, and AHUs
- Vibration isolation of compressors, fan coil units, exhaust fans, and inline blowers
- Use of spring mounts, inertia bases, neoprene pads, and resilient anchors
- Duct breakout noise and fan noise control using silencers, flexible connections
- Integrated acoustic + vibration solutions for noise compliance and structural integrity
- Floor slab vibration assessment using ISO 2631 and Class-1 accelerometers
- Design of elastomeric and spring isolators for household equipment and shared systems
- Mitigation of impact-transmitted noise and footfall-induced vibrations
- Customized solutions for light-weight upper floors and luxury high-rises
- Low-frequency modal tuning and bass trap integration
- Non-perforated, high-NRC acoustic panels with hidden mounting details
- Isolation of music practice areas via floating floors and room-in-room enclosures
- Acoustic and vibration isolation from adjacent domestic utilities
- Patio, balcony, and garden acoustic design using vegetative and architectural barriers
- Outdoor noise mapping using CadnaA/SoundPLAN for traffic and neighborhood noise
- Control of ground-borne vibration from nearby transit or industrial activity
- Zoning and surface treatment for speech transmission index (STI) improvement
- Sound masking systems with pink/white noise profiles for home offices
- Isolation of equipment rooms from living/working areas using high-STC partitions
- RT60, Rw, STL, vibration testing with ISO-compliant, Class-1 instrumentation
- Acoustic simulation using EASE, ODEON, INSUL; vibration simulation using COMSOL, ANSYS
- Data compliance with ISO 3382, ISO 3741, ISO 2631, and ASTM standards
Commercial Projects
- Horizontal and vertical noise/vibration control between rooms and between floors
- Façade glazing & cladding with acoustic metamaterials for high STL, minimizing glass layers and reducing cost.
- Acoustic zoning, speech privacy, and sound masking for open-plan offices
- HVAC vibration and noise control using resilient supports, flexible duct connectors
- Vibration isolation of service floors housing pumps, AHUs, or gensets above occupied zones
- Reverberation control and STI enhancement per NBC 2016 / ANSI S12.60
- Specialty design for auditoriums, language labs, music halls, and hybrid classrooms
- Isolation of mechanical rooms and utility zones from learning environments
- Building-wide sound insulation using tested partition assemblies
- Ground vibration monitoring and mitigation from nearby transit or construction
- Acoustic privacy using high-STC partitions and DnTw optimization
- Vibration isolation for sensitive medical equipment in ICUs, OTs, and imaging rooms
- Mechanical floor design to decouple chillers, AHUs, and pumps from occupied zones
- Integration of psychoacoustic design for stress reduction in wellness areas
- Acoustic zoning between banquet halls, kitchens, guest rooms, and common areas
- Reverberation and background noise control in restaurants and live music zones
- Sound system design with field-calibrated tuning in lobbies, lounges, and pools
- Vibration control in rooftop HVAC units, kitchens, and MEP shafts to avoid structure-borne transmission
- Reverberation and SPL control in food courts, atriums, and high-traffic corridors
- HVAC noise reduction using duct silencers and mechanical isolation platforms
- Floor and façade vibration mitigation for installations above sensitive retail units
- Integrated CadnaA noise mapping for EC and environmental compliance
- Acoustic simulation for speaker orientation, RT control, and clarity
- Design for slapback echo and flutter echo suppression in large halls
- Floating floor design for indoor sports, gyms, and high-impact zones
- Vibration isolation of gym equipment platforms, stadium seating structures, and steel decks
- Dynamic analysis and spring-damper design for mechanical floors in arenas
- Variable acoustics using motorized absorber panels for speech/music switch
- Support for binaural rendering and immersive theater audio
- RT and EDT optimization using impulse modeling
- Vibration control in fly towers, stage lifts, and lighting truss structures
- Acoustic and vibration isolation design for diesel generators, chillers, cooling towers
- Design of inertia bases, anti-vibration pads, spring mounts, and floating slabs
- Sound breakout mitigation using high-STC enclosures and duct acoustic elements
- Combined airborne + structure-borne noise control for MEP hubs and shafts
Innovation & Insight
- STL and vibration simulation using COMSOL, ANSYS ACT Acoustics, and hybrid tools
- Development of STC 50+ metamaterial-based noise reduction windows and modular acoustic panels
- Custom-designed low-profile vibration isolators and room retrofit kits
- Parametric design of facades combining acoustics, thermal, and daylight performance
- Structured training programs for architects, PMC teams, and MEP consultants
- Hands-on and virtual short courses on Room Acoustics, Vibration Isolation, and Material Selection