Selena Multifunctional Chair

Selena Multifunctional Chair

Selena Multifunctional Chair is a contemporary furniture design that exemplifies the convergence of advanced manufacturing technology and traditional craftsmanship through its sophisticated application of Computer Numerical Control (CNC) machining techniques combined with artisanal material handling, representing a significant achievement in minimalist furniture design that prioritizes fluid geometric transitions and organic formal expression. Conceived and developed between April 2023 and March 2024 in Lagoa Vermelha, Rio Grande do Sul, Brazil, under the creative direction of designer Aciole Felix with collaborative contributions from Eduardo Bossardi in prototyping, Rafael Schmidt in approval processes, and Juliano Schmidt in research activities, Selena Multifunctional Chair demonstrates an exceptional synthesis of aesthetic refinement and structural integrity through its monolithic appearance that belies considerable formal complexity. The design employs Jequitibá wood, a Brazilian hardwood species prized for its durability and workability, as its primary structural material, meticulously shaped through precision CNC programming to achieve remarkably smooth surfaces characterized by seamless transitions that eliminate visible joints and mechanical interruptions, thereby creating an impression of continuous flowing form that challenges conventional furniture construction paradigms. The integration of Portuguese natural straw, extending from the backrest through to the seating surface, introduces a contrasting material element that serves multiple functional and aesthetic purposes: providing ergonomic comfort through its inherent flexibility and breathability, generating visual lightness that counterbalances the solidity of the wooden frame, and establishing a tactile dimension that invites physical interaction beyond mere visual appreciation. Measuring 560 millimeters in width, 600 millimeters in depth, and 840 millimeters in height, Selena Multifunctional Chair achieves its design objectives through careful consideration of anthropometric principles while maintaining proportions that communicate elegance and spatial efficiency, making it suitable for diverse interior environments ranging from residential settings to commercial hospitality applications. The manufacturing process represents a notable technical achievement, requiring extensive research into specialized tooling solutions and collaborative partnerships to develop methods for seamlessly integrating the natural straw component into the precisely machined wooden structure, a challenge that demanded innovative approaches to material joining that would preserve the design's minimalist aesthetic while ensuring long-term structural stability and user safety. The application of water-based finishing treatments reflects contemporary environmental consciousness within furniture manufacturing, reducing volatile organic compound emissions while providing adequate surface protection, thereby aligning the product with sustainable design principles that consider lifecycle impacts and intergenerational usability. The design philosophy underlying Selena Multifunctional Chair emphasizes the psychological and emotional dimensions of human interaction with natural materials, drawing upon research indicating that organic forms and authentic material expressions contribute positively to occupant well-being by establishing connections to ancestral environmental preferences and biophilic design principles. The chair's formal language deliberately creates initial perceptual ambiguity regarding the structural capacity of the straw seating surface, generating a moment of hesitation that transforms into surprise and satisfaction upon actual use, demonstrating sophisticated understanding of experiential design strategies that engage users through sequential revelation of functional qualities. This approach to multisensory engagement extends beyond conventional furniture design parameters that prioritize either visual aesthetics or ergonomic performance in isolation, instead proposing an integrated design methodology where tactile exploration, visual intrigue, and physical comfort operate synergistically to create memorable user experiences. The designation of multifunctional in the chair's nomenclature reflects not mechanical adaptability through transformable components but rather conceptual versatility in its capacity to fulfill multiple design objectives simultaneously: serving as functional seating, operating as sculptural object worthy of aesthetic contemplation, and functioning as demonstration of advanced manufacturing capabilities within contemporary furniture production. The selection of the name Selena references the lunar associations of smoothness and reflective surface qualities, establishing a poetic dimension that elevates the design beyond purely utilitarian categorization while maintaining accessibility through universal cultural references. Recognition through the Silver A' Design Award in the Furniture Design category in 2025 acknowledges Selena Multifunctional Chair's contribution to advancing furniture design practice through its demonstration of technical excellence, innovative material integration, and sophisticated formal development, positioning it among notable contemporary furniture designs that successfully balance aesthetic ambition with functional requirements and manufacturing feasibility. The design's emphasis on precision assembly through CNC-generated components represents a significant departure from traditional furniture construction methods that rely upon mechanical fasteners and visible joinery, instead proposing an approach where digital fabrication technologies enable new formal possibilities characterized by continuous surfaces and complex three-dimensional geometries that would be impractical or impossible to achieve through conventional woodworking techniques. The incorporation of natural straw as a primary functional element rather than decorative accent demonstrates renewed interest within contemporary furniture design in traditional materials and craft techniques, recontextualizing historical material applications through integration with advanced manufacturing processes to create hybrid design solutions that honor artisanal heritage while embracing technological innovation. The chair's monolithic visual character, achieved through careful orchestration of material transitions and surface continuities, reflects broader trends within contemporary design toward formal simplification and geometric purity, yet distinguishes itself through the complexity concealed within apparently simple forms, rewarding sustained observation and physical interaction with progressively revealed details and subtle formal inflections. The design's emphasis on durability and transgenerational use patterns responds to growing concerns regarding furniture industry sustainability, proposing an alternative to disposable consumer goods through creation of objects intended to maintain functional and aesthetic value across extended timeframes, thereby reducing resource consumption through longevity rather than recyclability alone. The technical challenges overcome during development, particularly regarding the integration of natural straw into precision-machined wooden components, required extensive experimentation and iterative refinement, demonstrating the research-intensive nature of contemporary furniture design practice where material innovation and manufacturing process development constitute significant portions of design activity beyond initial conceptual formulation. The chair's production methodology, combining digital fabrication with handcraft processes, exemplifies emerging hybrid manufacturing paradigms within furniture industry that leverage computational design tools and CNC machining for precision and repeatability while retaining artisanal techniques for operations requiring human judgment, material sensitivity, and adaptive problem-solving capabilities that remain difficult to automate fully. The design's cultural relevance extends beyond its Brazilian origins to address universal concerns within contemporary furniture design regarding authenticity, material honesty, and the relationship between manufacturing technology and design expression, proposing that advanced fabrication capabilities need not result in dematerialized or technologically ostentatious outcomes but can instead serve to realize designs of refined simplicity and material directness.

minimalist furniture design, CNC machining technology, natural straw integration, Brazilian contemporary design, sustainable furniture production, organic form furniture

— Adam Dawson