Designer
The debut creation within the illustrious "Objects of Change" series, this table stands as an exquisite embodiment of the harmonious marriage between two divergent yet inherently complementary materials: glass and wood. Drawing inspiration from the ever-shifting translucency of water, this extraordinary piece artfully mirrors the dynamic interplay of light, akin to the gentle undulations of ripples traversing the surface of a serene body of water. The intricacy of the table's design mirrors the fluidity and variability inherent in water's translucency, achieved through the meticulous layering of glass and the integration of an adjustable dimming function. Together, these elements conspire to recreate the enchanting sensation of a perpetually
evolving translucency, inviting users into a visual and tactile experience that transcends the conventional boundaries of furniture design.
At the core of the table's interactive allure lies the ingenuity of its adjustable dimming function. Acknowledging the profound impact that lighting can have on human perception and interaction with furniture, this table serves as a testament to the transformative power inherent in simplicity. By providing users with the ability to tailor the light to their preference, it opens the door to a fundamental yet profoundly meaningful interaction with a furniture piece.
Thermowarp
The interactive thermal chair
The debut creation within the illustrious "Objects of Change" series, this table stands as an exquisite embodiment of the harmonious marriage between two divergent yet inherently complementary materials: glass and wood. Drawing inspiration from the ever-shifting translucency of water, this extraordinary piece artfully mirrors the dynamic interplay of light, akin to the gentle undulations of ripples traversing the surface of a serene body of water. The intricacy of the table's design mirrors the fluidity and variability inherent in water's translucency, achieved through the meticulous layering of glass and the integration of an adjustable dimming function. Together, these elements conspire to recreate the enchanting sensation of a perpetually
evolving translucency, inviting users into a visual and tactile experience that transcends the conventional boundaries of furniture design.
At the core of the table's interactive allure lies the ingenuity of its adjustable dimming function. Acknowledging the profound impact that lighting can have on human perception and interaction with furniture, this table serves as a testament to the transformative power inherent in simplicity. By providing users with the ability to tailor the light to their preference, it opens the door to a fundamental yet profoundly meaningful interaction with a furniture piece.
evolving translucency, inviting users into a visual and tactile experience that transcends the conventional boundaries of furniture design.
At the core of the table's interactive allure lies the ingenuity of its adjustable dimming function. Acknowledging the profound impact that lighting can have on human perception and interaction with furniture, this table serves as a testament to the transformative power inherent in simplicity. By providing users with the ability to tailor the light to their preference, it opens the door to a fundamental yet profoundly meaningful interaction with a furniture piece.
Introducing an interactive chair featuring integrated heating in its lining. In response to rising gas prices, this thermal chair offers an energy-efficient alternative to traditional heating methods, with blanket-like upholstery that allows users to easily wrap themselves in its warmth. Combining thermoreactive pigments with textile, Jhangiani’s interactive furniture responds to body temperature and visualizes energy usage in the domestic context. Ideal for any modern home, this chair combines comfort, energy efficiency, and bold aesthetics into one versatile piece of furniture.
Introducing an interactive chair featuring integrated heating in its lining. In response to rising gas prices, this thermal chair offers an energy-efficient alternative to traditional heating methods, with blanket-like upholstery that allows users to easily wrap themselves in its warmth. Combining thermoreactive pigments with textile, Jhangiani’s interactive furniture responds to body temperature and visualizes energy usage in the domestic context. Ideal for any modern home, this chair combines comfort, energy efficiency, and bold aesthetics into one versatile piece of furniture.
Introducing an interactive chair featuring integrated heating in its lining. In response to rising gas prices, this thermal chair offers an energy-efficient alternative to traditional heating methods, with blanket-like upholstery that allows users to easily wrap themselves in its warmth. Combining thermoreactive pigments with textile, Jhangiani’s interactive furniture responds to body temperature and visualizes energy usage in the domestic context. Ideal for any modern home, this chair combines comfort, energy efficiency, and bold aesthetics into one versatile piece of furniture.
The evolution of the thermochromic textile unfolded as a prolonged and intricate journey, characterized by a succession of challenges that spurred the demand for innovative solutions. A central concern surfaced due to the distinctive nature of the material itself, defined by the presence of Thermochromic pigment as opposed to conventional dyes. In contrast to dyes that permeate the fabric, pigments, by their nature, linger on the surface, compelling the inclusion of a binder—a factor that potentially introduced alterations to the material's texture. To navigate these complexities, a meticulously crafted and distinctive dyeing method emerged, delineated by the following sequential steps:
Step 1: Commence by sourcing yarn with cationic properties, deliberately chosen for its positive charge that enhances the binding of pigments to the material's surface.
Step 2: Immerse the selected yarn in a warm water and with aluminium nitrate and sodium carbonate solution, strategically designed to soften the yarn and enhance the absorption of the dye, setting the foundation for the subsequent stages.
Step 3: Formulate the dye bath by skilfully combining the pigment powder, bio binder, titanium dioxide and water , where the pigment amount dictates the eventual colour intensity.
Step 4: Extract the yarn from the preparation solution, allowing excess water to drain, a critical phase in ensuring optimal dye absorption in subsequent steps.
Step 5: Immerse the prepared yarn into the dye bath, facilitating the absorption of the vibrant hue, a pivotal stage in achieving the desired visual impact.
Step 6: Mitigate excess dye material, and judiciously air-dry the yarn, adopting a meticulous approach to maintain strand separation and avert clumping.
This process safeguards the material's original texture, preserving its inherent qualities.
This methodical, step-by-step approach not only successfully addressed the challenges posed by the unique nature of Thermochromic pigment but also catalysed the creation of a bespoke dyeing technique. By meticulously tailoring each step, this method not only ensures the preservation of the fabric's intrinsic characteristics but also accomplishes the intended visual impact. Through these intricate procedures, the development of the thermochromic textile stands as a testament to the fusion of innovation and craftsmanship in overcoming multifaceted challenges
Interactive Bench
01.08 - 20.01
Thermochromic table
01.08 - 30.11
Transparency
01.08 - 15.09
Step 4: Extract the yarn from the preparation solution, allowing excess water to drain, a critical phase in ensuring optimal dye absorption in subsequent steps.
Step 5: Immerse the prepared yarn into the dye bath, facilitating the absorption of the vibrant hue, a pivotal stage in achieving the desired visual impact.
Step 6: Mitigate excess dye material, and judiciously air-dry the yarn, adopting a meticulous approach to maintain strand separation and avert clumping.
This process safeguards the material's original texture, preserving its inherent qualities.
This methodical, step-by-step approach not only successfully addressed the challenges posed by the unique nature of Thermochromic pigment but also catalysed the creation of a bespoke dyeing technique. By meticulously tailoring each step, this method not only ensures the preservation of the fabric's intrinsic characteristics but also accomplishes the intended visual impact. Through these intricate procedures, the development of the thermochromic textile stands as a testament to the fusion of innovation and craftsmanship in overcoming multifaceted challenges
The evolution of the thermochromic textile unfolded as a prolonged and intricate journey, characterized by a succession of challenges that spurred the demand for innovative solutions. A central concern surfaced due to the distinctive nature of the material itself, defined by the presence of Thermochromic pigment as opposed to conventional dyes. In contrast to dyes that permeate the fabric, pigments, by their nature, linger on the surface, compelling the inclusion of a binder—a factor that potentially introduced alterations to the material's texture. To navigate these complexities, a meticulously crafted and distinctive dyeing method emerged, delineated by the following sequential steps:
Step 1: Commence by sourcing yarn with cationic properties, deliberately chosen for its positive charge that enhances the binding of pigments to the material's surface.
Step 2: Immerse the selected yarn in a warm water and with aluminium nitrate and sodium carbonate solution, strategically designed to soften the yarn and enhance the absorption of the dye, setting the foundation for the subsequent stages.
Step 3: Formulate the dye bath by skilfully combining the pigment powder, bio binder, titanium dioxide and water , where the pigment amount dictates the eventual colour intensity.
"My goal was to allow users to find their own most comfortable and cozy position, as this varies from person to person—some prefer a corner, while others favor the center. I also wanted users to interact with the chair, wrapping themselves in it. Additionally, the thermochromic pigment used in the chair's design enables users to leave their unique imprint, enhancing its interactive nature."
Interactive bench
01.08 - 20.01
Thermochromic table
01.08 - 20.01
Transparency
01.08 - 15.09
Process
Combination of two unique materials, Textile and Wood.
Material
Wood
Textile
Interactive bench
01.08 - 20.01
Thermochromic table
01.08 - 20.01
Transparency
01.08 - 15.09
Design Process
The manufacturing process intricately revolves around the fusion of two distinctive materials. My journey commenced with the creation of the tubular glass lamp, a collaborative effort with a skilled glass craftsman. Employing Rhino3D, I meticulously crafted a detailed 3D model as the foundational blueprint. Collaborating closely with the craftsman, we executed precision water cutting, followed by the meticulous chamfering of the edges. The final touch involved seamlessly bonding individual layers with UV glue. This deliberate choice of separate layers over a single solid glass piece was driven by the desire to create a captivating luminous effect. By allowing the light to refract at each layer, a mesmerizing dispersion emerged, transforming the glass into an illuminating centerpiece.
Transitioning to the wooden components, the tubular leg underwent a transformative process on the lathe, revealing the artistry achievable through this technique. Simultaneously, the table's top materialized through a series of carefully orchestrated steps involving the planar, table saw, and router. Maintaining a sense of visual cohesion, I incorporated the same chamfered edge treatment used for the glass into the wooden elements, creating a harmonious design language.
The culmination of this dual-material masterpiece involved a meticulous joining process. To seamlessly unite the glass and wood, a specialized adhesive designed for the unique bonding requirements of these materials was employed. This adhesive served as the invisible bridge connecting the luminous elegance of the glass lamp with the sturdy warmth of the wooden table, resulting in a singular, cohesive work of art that seamlessly marries craftsmanship and functionality.
"My goal was to allow users to find their own most comfortable and cozy position, as this varies from person to person—some prefer a corner, while others favor the center. I also wanted users to interact with the chair, wrapping themselves in it. Additionally, the thermochromic pigment used in the chair's design enables users to leave their unique imprint, enhancing its interactive nature."
Bora Akal
Lilith Engelhardt
Lisa freshe
Alexandra Fixl
Swantje Schultz
Marguerite Perianu
Sidonie Devienne
Rose Daher
Hyacinthe Pairault
"My goal was to allow users to find their own most comfortable and cozy position, as this varies from person to person—some prefer a corner, while others favor the center. I also wanted users to interact with the chair, wrapping themselves in it. Additionally, the thermochromic pigment used in the chair's design enables users to leave their unique imprint, enhancing its interactive nature."
"My goal was to allow users to find their own most comfortable and cozy position, as this varies from person to person—some prefer a corner, while others favor the center. I also wanted users to interact with the chair, wrapping themselves in it. Additionally, the thermochromic pigment used in the chair's design enables users to leave their unique imprint, enhancing its interactive nature."
Bora Akal
Lilith Engelhardt
Lisa Freshe
Alexandra Fixl
Sidonie Devienne
Hyacinthe Pairault
Marguerite Perianu
Rose Daher