My journey in design built environments that perform better

for people, nature, and sustainability

by integrating building physics with sensory design

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Contact

  • Acoustic Design

    Comprehensive, performance-driven approach encompassing building, architectural, MEP, environmental, electroacoustic, and psychoacoustic domains — delivering precise noise control, sound quality optimization, and human-centric auditory experiences across diverse built environments.

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  • Lighting Design

    Integrated approach across architectural, task, and stage lighting alongside daylighting strategies — combining performance analysis and creative design to achieve visually compelling, energy-efficient, and human-centric environments.

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  • Passive Design

    Optimize site - responsive strategies — such as orientation, envelope performance, daylighting, and natural ventilation — to reduce energy demand and enhance thermal and visual comfort through climate-driven, simulation-based design.

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  • Audiovisual Design

    Deliver integrated, high-performance AV solutions across professional, corporate, hospitality, and personal environments — combining system engineering, acoustics, lighting, and user-centric control to ensure seamless communication, immersive experiences, and reliable operation.

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  • Building Technology

    Deliver integrated, future-ready infrastructure and protection systems — combining Information Communication Technology, Network Design, Data Connectivity, Surveillance, Access Control, and Cybersecurity to ensure reliable operations, scalability, and robust asset and occupant safety.

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  • Corporate Design Guideline

    Our Design Guideline and Standardization services establish integrated, performance-driven frameworks across architecture, interior design, branding, and engineering—aligning consistency, efficiency, and compliance with defined performance targets, sustainability metrics, and wellness goals across all projects.

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  • LEED and WELL Certification

    Performance-based approach that aligns sustainable building strategies with human-centric design, guiding projects from early-stage analysis through documentation and compliance to achieve high-performing, healthy, and certifiable built environments.

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What is our design goal?

  • A woman in a straw hat smelling a flower outdoors during springtime.

    Livable

  • A woman with dark hair and fair skin wearing a black and white plaid shirt, resting her chin on her hand outdoors, with sunlight filtering through trees in the background.

    Memorable

  • A woman with long, wavy, red hair smiling and resting her chin on her hand outdoors, wearing a tan coat and a colorful scarf.

    Profitable

  • A woman with curly hair and earrings wearing a black shirt and blue jacket jogging outdoors in a field with wildflowers during sunset.

    Sustainable

A diagram with overlapping petal shapes illustrating five interconnected sustainability goals: 1. Physical - improved conditions supporting resilience, 2. Emotional - feeling of inclusivity and belonging, 3. Intellectual - ability to think at our best, 4. Social - connections for a sustainable community, 5. Environment - sustainability at the forefront.

People are the driving force of Future Wellness Design

We design and build a space to work (survive) and to play (pleasure).

From the beginning of our design phase, we always put people's multi-sensories wellness as our design goal. The question is how do we integrate Building Physics Science Design Seamlessly into Other Disciplines such as Architecture, Mechanical, Electrical, Plumbing, and so on to create a Physical Environment that improves Human Emotions, and intellectual and Social Life?

In doing so we study how people's emotional, intellectual, and social reactions to the physical environment are caused by the interaction of each design element such as shape, material, color et cetera. For example, increasing natural airflow into the building will increase the risk of air pollutants and environmental noise.

To study the interaction of each design element we study research findings, experience all the beautiful spaces, and do our own building performance modeling and performance testing. When people sense better air, sound, light, and material environment, they work and play better emotionally, intellectually, and socially (see illustration images).

Our multi-sensories design methodologies were developed from the latest scientific research with excellent results. Besides that, our building physics pollution control approach also creates a built environment that uses less energy and produces fewer pollutants.

 

Control Physical Pollution

As we already know, we are living in an increasingly polluted environment. Air, water, light, sound, and waste pollution are getting worse yearly. That pollution comes to our body through our senses visual, auditory, tactile, olfactory, and gestation.

That pollution can create a negative impact on our physical and mental health. Besides that many buildings are built without physical environmental consideration and cause much Physics Pollution that harms humans, the ecosystem, and the earth.