Nominator: Iosif Mihailo

Nominator's statement

David is the winner of European Next generation Award hosted by EUIPO. The ceremony took place at Copenhagen, in September 2025.

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SYNTHESISSYNTHESIS is a next-generation dual-drive urban bicycle developed through parametric design and additive manufacturing. The project integrates human power with electric assistance to propose an efficient, adaptive and sustainable model for contemporary urban mobility.The prototype represents the final design language and a full-scale validation of the concept, geometry and structure. A centrally integrated rear hub motor and battery system are embedded within a clean, chainless transmission architecture, supporting manual, hybrid and fully electric riding modes.
Its parametric 3D-printed frame features a lightweight, modular structure with optimized material distribution and ergonomic comfort. Inspired by the fluidity of motion, the aerodynamic silhouette translates the dynamic form of a wave into a geometry that naturally follows the cyclist’s posture, merging performance, efficiency and sculptural expression.

BCI BRAIN COMPUTER INTERFACEThe concept introduces an adaptive helmet that automatically conforms to the user’s head geometry, removing the need for fixed sizes (S/M/L) and significantly enhancing comfort, ergonomics and fit. Its rear structure integrates a lightweight 3D-printed shell reinforced with carbon fiber for strength and stability, while elastic elements provide flexibility and secure, intuitive adjustment. Exhibited at the Neuroscience Arts Showcase and featured in a specialised catalogue, the project exemplifies David Borovic’s user-centred design philosophy, where technology, material innovation and human comfort converge.
HYDRO-POWERED HUMAN PEDAL DESIGN
Located near Ianov Lake, approximately 22 km northeast of Timișoara, the project proposes a fleet of hydro-bicycles that transform cycling into a unique on-water experience. Designed for recreation and outdoor leisure, the vehicles are built from lightweight, durable materials that ensure stability, efficiency and speeds of up to 20 km/h. Adjustable ergonomic seating maximises comfort, while their dynamic, sculptural geometry enhances both hydrodynamic performance and visual presence. The system supports one or two riders and allows multiple units to be connected, creating a flexible and social approach to sustainable water mobility.

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