2023
Entries
PBI deployable parabolic antenna systems present a new paradigm in satellite communications enabling (very) large aperture antennas used even with cubesats.
The antennas are based on shape memory materials ‘married’ to heat pipe technology.
The design idea aims to address several problems. Firstly, it tackles the underutilization of agricultural waste, specifically rice husk ash, in developing countries like Nigeria. By using rice husk ash as a filler in composite materials, the project helps reduce environmental pollution and associated health hazards caused by the disposal of rice husk ash. Additionally,
The objective of our entry is to fund a project where the Sunglass Fix Pty Ltd’s can recycle its by-products (waste) into an innovative and profitable product. Lens offcuts from our lens manufacturing business will be melted down and used to form sunglass frames made from this recycled material.
NavTrack is an innovative indoor navigation and occupancy monitoring system that utilizes cutting-edge technologies to revolutionize the way people navigate large building complexes. Designed to address the challenges faced by occupants in finding specific locations within buildings and ensuring their safety during emergency evacuations, NavTrack offers a comprehensive and intelligent solution.
Significant innovations in Rendezvous, Proximity Operations, On-Orbit Servicing, and small satellite docking are required to enable the booming space economy. These technologies enable small spacecraft to trade goods and services with each other in their relevant working environments, whether Low Earth Orbit (LEO), Cislunar Space, or Deep Space.
ParCli (PARrot CLImbing robot) is the world's first parrot-inspired climbing robot developed by Clyde Webster at the University of Technology Sydney. ParCli is unique in that, like a parrot, is uses three-limbs for locomotion, with the center-limb being larger, stronger, and having more dexterity,
In many types of rotating equipment (cars, boats, helicopters, pumps, compressors), regular wear and tear bring about a gradual increase in unbalancing of the rotating components. In an industrial settings, unbalancing is one of the most common causes of failures (e.g. bearing wear, mechanical seal; etc.). This unbalance is even more crucial/prevalent in higher-RPM components.
We designed high power DC modules intended to help electric vehicles (EV) charger manufacturers to expand their product line to fast chargers reaching hundreds of kilowatts to megawatts.
Our HIPO™ module design provides superior performance in fast-charging applications with multiple interface options to energy storage and renewable energy sources. It is compact and energy efficient.
Prolonged exposure to microgravity is known to cause various acute health risks, including muscle atrophy, bone loss, cardiovascular deconditioning, and orthostatic intolerance. Due to the absence of gravitational force, bodily fluid hydrostatic pressure gradients vanish, and blood distribution shifts from the astronaut's legs toward their upper body. Consequently, 
Generally, we see a tendency to replace electromechanical fuses and relays in the automotive board net. Especially Electronic Control Units (ECU) for Advanced Driver Assistance Systems (ADAS) functions are driving this trend. For safety reasons, ADAS functions have to be always accessible and shouldn't be disrupted by malfunctions of other nodes in the electrical system. For this reason,
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