PENANG, 1 April 2026 – A student from the Universiti Sains Malaysia (USM) School of the Arts (SOTA) has achieved notable recognition on the international design stage, after receiving the “Special Mention” award at the MIFF Furniture Design Competition 2026, held in conjunction with the Malaysian International Furniture Fair in Kuala Lumpur recently.

Prathiin Saravanamuthu, a third-year student majoring in Product Design, earned the accolade through his entry titled “StackaBlock,” a modular furniture system conceptualised for children within the emerging demographic of Generation Alpha.

The competition, which attracted 138 participants from 21 public and 16 private design institutions, placed him among the top 20 shortlisted candidates before advancing him further into the list of top 10 finalists.

The second stage of evaluation required participants to present their design concepts that would be evaluated by an international panel of industry experts from across Asia, headed by Dr. Eric Leong. The session, held at the World Trade Centre Kuala Lumpur beginning 9 January 2026, assessed not only conceptual strength but also feasibility, safety, and scalability. Prathiin’s proposal successfully met these criteria, securing his position among the finalists.

The final stage took place at the Malaysia International Trade and Exhibition Centre (MITEC) on 6 March 2026, where his design was ultimately recognised with the “Special Mention” award, an acknowledgment given to entries demonstrating distinctive innovation and strong developmental potential within the industry.

Centred on the competition theme “Playful. Practical. Purposeful: Furniture for Generation Alpha,” “StackaBlock” presents a rethinking of conventional furniture as an interactive system. Rather than functioning as static objects, the modular units are designed to be actively manipulated, enabling children to construct, reconfigure, and personalise their own learning and play environments. The design targets children aged between five and nine years old, while also considering the expectations of parents and caregivers as co-decision-makers in product adoption.

In defining Generation Alpha, Prathiin characterised the group as the first cohort fully immersed in digital environments from birth; individuals accustomed to touch-based interaction, continuous engagement, and customisable experiences. Translating these behavioural traits into physical design, “StackaBlock” adopts a “plug-and-play” logic through friction-fit interlocking components, eliminating the need for tools while maintaining structural coherence. The system is intended to simulate the responsiveness of digital interfaces through tactile, real-world interaction.

From a developmental perspective, the design draws upon established educational frameworks. Elements of Montessori philosophy are reflected in its emphasis on independence and “freedom within limits,” while references to Piaget’s preoperational stage inform its support for symbolic play. As each module is not confined to a singular function, this would allow children to reinterpret components creatively, transforming seating units into imaginative structures that support cognitive and motor skill development.

Engineering considerations played a critical role in the project’s development. Addressing concerns related to safety and usability, the design avoids conventional hardware such as screws or detachable fasteners that may pose hazards. Instead, it employs a nesting geometric system that allows components to fit securely while remaining easy to assemble and disassemble. Rounded edges and softened forms further reduce the risk of injury, particularly in high-energy play scenarios.

Material exploration formed another key dimension of the project. Prathiin proposed the use of recycled polypropylene for large-scale production, aligning with environmentally-responsible manufacturing practices while ensuring durability. At the same time, alternative methods such as steam-bending using pinewood were considered as potential production approaches, particularly for smaller-scale or hybrid manufacturing contexts. The possibility of integrating internal structural reinforcements within moulded plastic components was also discussed to enhance load-bearing capacity, ensuring that the furniture remains stable even under dynamic use.

During the jury evaluation, critical questions were raised regarding manufacturability, cost efficiency, and long-term durability, common considerations when bridging the gap between prototype and market-ready product. While acknowledging the high initial investment required for mould production, Prathiin outlined feasible alternatives and emphasised that scalability would depend on the industry willingness to invest in adaptable, long-term product systems rather than short-lived consumer goods.

Ergonomically, the design reflects careful calibration to children’s physical dimensions. For instance, seating heights were adjusted to approximately 300–320 mm, ensuring that users can maintain proper posture with feet firmly grounded; an important factor in both comfort and concentration. The choice of muted pastel tones, inspired by Scandinavian design sensibilities, intentionally avoids overstimulation, offering a tactile and visual contrast to the highly digitised environments that characterise Generation Alpha’s daily experiences.

The broader conceptual framework of “StackaBlock” extends beyond immediate functionality. It is envisioned as a long-term developmental tool capable of evolving alongside the user, from a play-oriented structure in early childhood to a functional furniture system in later years. This adaptability addresses concerns of product redundancy and consumption patterns, positioning the design as a sustainable alternative to frequently replaced plastic furniture.

The Malaysian International Furniture Fair (MIFF) remains the largest furniture trade exhibition in Southeast Asia, serving as a critical nexus for designers, manufacturers, and global buyers. Participation in the MIFF Furniture Design Competition 2026 provides emerging designers with direct exposure to industry expectations, bridging academic innovation with commercial viability.

Prathiin’s achievement reflects not only individual capability but also the strength of USM’s academic ecosystem in cultivating design thinking that is both critically informed and industry-responsive. The integration of user-centred design, sustainable material exploration, and real-world production considerations demonstrates a holistic educational approach, one that prepares students to engage with complex global challenges through practical innovation.

This recognition further reinforces the role of higher education institutions in advancing design solutions that are responsive to evolving societal needs, particularly in areas intersecting childhood development, sustainability, and adaptive living environments.

Text: PrivinKumar Jayavanan/Editing: Mazlan Hanafi Basharudin/Photo: Prathiin Saravanamuthu, School of the Arts, USM