The Sound Environment as Taste Perception Moderator of Healthy Food and Beverage: Multisensory design of fruit juice drinking experiment

Funders: Directorate of Research and Development – PUTI Q1 UI
Year : 2024
Quantity: IDR 150.000.000
Miktha Farid Alkadri (Principal Investigator)

PROJECT DESCRIPTION

This research explores how multisensory design—particularly acoustic environments—can influence the taste perception of low-sugar fruit juices. While sound is often overlooked in dining settings, studies have shown that background noise and specific sound frequencies can alter the way we experience sweetness, bitterness, and texture. Building on concepts like “sonic seasoning,” this project investigates how psychoacoustic factors such as pitch and sound pressure influence our sensory response to healthy drinks in indoor dining spaces.

By combining sensory science with architectural acoustics, the project aims to identify how auditory cues can enhance or diminish the enjoyment of healthy beverages. The findings will contribute to sustainable design innovations for cafés and restaurants, creating environments that not only improve comfort but also encourage healthier consumption behaviors through thoughtful sound design.

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Documenting the cloud paradise Wae Rebo Vernacular houses, Manggarai, Indonesia

Funders: EWAP – Oxford BrookesYear : 2023Quantity: EUR 150,000Research Member (Architecture Team): Miktha Farid Alkadri, Yuliana, Stephanie Aylien Jonatan PROJECT DESCRIPTION This project aims to digitally preserve the traditional Mbaru Niang houses in Wae Rebo and Todo Villages, Flores, Indonesia—iconic conical structures that reflect deep cultural and environmental values. By

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CROFOLOGY: Coral Reef Fabrication Technology

Funders: Directorate of Research and Development – PUTI Q1 UIYear : 2024Quantity: IDR 150.000.000Research Member (Architecture Team): Miktha Farid AlkadriHeidy Sekardini, Ricky Purbaya, Stefanie Aylien Jonatan, Alya Widha Aurellia PROJECT DESCRIPTION CROFOLOGY is a research-based design project that explores digital fabrication technologies for coral reef restoration. By combining marine ecology,

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Reverse Engineering Project – Blooming Breeze: Performative Roster Brick with Ecological Function

Funders: Faculty of Engineering, UIYear : 2024Quantity: IDR 50.000.000Miktha Farid Alkadri, Khusnul Fuadah, Heidy Sekardini, Alya Widha Aurellia Product Description Blooming Breeze explores the reverse engineering of traditional breeze blocks to enhance their performance through ecological and architectural innovation. This project dissects the material, structural, and environmental logic behind vernacular

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Research Cluster of Architectural Sciences and Building Technology (ASBT)

Department of Architecture

Faculty of Engineering

University of Indonesia

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