
OJASVI.DESIGN
Cora - 2026
Graduation Project | 3D Printed Accessories | PLA
Fast fashion accessories often prioritize aesthetics over sustainability, relying on mass production and short product lifecycles. CORA explores an alternative approach by combining biodegradable materials, additive manufacturing, and biomorphic design to create contemporary accessories that resonate with environmentally conscious Gen Z consumers.
Inspired by the intricate geometries of corals, shells, sea fans, sea slugs, and other marine life, the collection translates organic sea forms into a series of wearable products including earrings, pendants, rings, keychains, and charms. Rather than directly replicating nature, the designs reinterpret its flowing textures, layered surfaces, and structural patterns into bold yet minimal forms.
Every piece was digitally modelled and 3D printed using biodegradable PLA, allowing low-waste production, rapid iteration, and the flexibility to create small-batch or customizable collections. The lightweight construction and sculptural aesthetics make the accessories suitable for everyday wear while celebrating individuality and self-expression.
The project demonstrates how sustainable materials and digital fabrication can redefine accessory design - moving beyond conventional manufacturing to create products that are expressive, responsible, and adaptable. By merging biomimicry with additive manufacturing, Tide presents a vision for a more conscious future of fashion accessories.




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Inhalo - 2025
Academic Project | Techno Aesthetic Detailing | Group
Jet nebulizers are the most widely used respiratory devices, yet their design has remained bulky, noisy, and inconvenient for modern lifestyles. Inhalo is a complete redesign of the traditional jet nebulizer with a focus on portability, reduced noise, and a more human-centered aesthetic.
Designed for adults requiring frequent respiratory therapy, this compact device seamlessly blends into everyday life - no longer appearing like intimidating medical equipment. It features an ergonomic grip, silent piston mechanism, and clutter-free tube storage that wraps neatly around the neck.
The goal: enable better respiratory care without compromising comfort, dignity, or mobility. By re-engineering the form and optimizing the user experience, Inhalo delivers efficient treatment while providing users freedom to manage their condition discreetly and confidently whether at home or on the go.

Design Registered, filed on 3rd Oct 2025 (Application no. 475674-001)
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Stack & Strike: Space Edition - 2025
Academic Toy Design Project | Action + STEM Learning
Stack & Strike: Space Edition is a fast-paced tabletop game made from MDF and rubber bands that transforms space exploration into hands-on play. Players launch asteroid strikers to land, stack, and knock planets around the solar system combining skill, strategy, and storytelling with real-world physics like force, motion, and collision.
Designed for ages 6–9, the game supports both solo and multiplayer modes with multiple gameplay variations from precision stacking to target scoring and orbital launches. The solar-system theme introduces astronomy basics through numbered planet tokens, quick facts, and a dynamic scoring layout inspired by planetary orbits.
The spring-loaded space launcher helps kids visually understand power control, while turn-taking mechanics encourage social interaction, patience, and strategic thinking. With its modular construction and mess-free gameplay, Stack & Strike encourages repeat play, creativity, and endless fun, all while learning through action.
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PRODUCTOBER'25
Digital sketching & rendering












