Entries
Innovative Design: HydroFireBreak is characterized by its innovative design and unique approach to wildfire protection. It is constructed with special materials and cutting-edge technology to ensure its effectiveness in emergency situations.
2. Fire-Resistant Components: HydroFireBreak barriers are made with materials specially designed to withstand high temperatures and protect vulnerable areas from the spread of fire.
Our "HidraThor" grounding system is a revolutionary invention that is placed vertically at 1.4m depth in the ground to minimize the risk of death by electrocution due to accidental electrical discharges, currently 2.4m rods are used that are buried almost 3m deep, our system is different because it is less deep but with a larger diameter,
This innovation addresses a key limitation in Opposed Piston Internal Combustion Engines (OP-ICE) by introducing a compact architecture where two pistons operate in a shared cylinder with facing heads. The design offers substantial improvements in size, performance, and volumetric self-sufficiency compared to existing OP engines.
Compact size:
This architecture reduces the engine block width by 30%,
Globally, tens of thousands of wind turbine blades are being retired without scalable, sustainable reuse pathways. These blades—built from glass-fibre composites—are often landfilled, incinerated, or shredded into low-grade filler. At the same time, the construction industry is seeking cost-effective, fire-rated façade materials with a lower carbon footprint. This project proposes a transformative solution: a mobile,
The Rigid deployable shelter is comprised of 12 wedge-shaped segments that nest concentrically into one another and rotate outward around a central connected shaft in a degree-locked manner to form a shelter. Rapid deployment of the Shelter is facilitated by rotating inner segments around the central shaft.
This entry introduces a NASA-award-winning cryogenic recuperator designed for advanced space-based thermal systems. This design was awarded 1st Place in NASA’s Cryogenic Recuperator Design Challenge on GrabCAD. Official results: , selected from over 100 global submissions and evaluated by a panel of NASA engineers and subject-matter experts.
At its core,
Oblique Wing research-driven design addresses the aerodynamic inefficiencies of conventional symmetric wing configurations at high-speed flight regimes by proposing a structurally optimized oblique wing (OW) configuration. Unlike conventional sweep-back designs, the OW incorporates a single-pivot, asymmetric wing structure capable of variable sweep adjustment,
We are on a mission to transform the way people move by leading the change in the electric mobility revolution. Our vision goes beyond just creating electric vehicles; we aim to shape a greener, cleaner, and more efficient future for our cities and communities.
Page 22 of 44