Structural Integrity Management (SIM) is a process or measure that is put in place to increase the capacity of an any structure to function effectively and efficiently over the designed lifetime of the structure whilst protecting health, safety of the personnel working on the structure in its environment.

This technology provides an unprecedented level of accuracy in measuring liquid levels, overcoming the many limitations associated with currently available methods. This capability is crucial in various industries that require liquid level measurement within large containers or for materials that are difficult to measure (e.g., cryogenic liquids).

It is known that when measuring microscopic test objects used in the optical microscope, specially manufactured test objects are expensive. We have proposed as a test object using the CD-ROM matrix.

The standard distance between tracks is 1,6 ± 0,1 mm.


This invention is a special device which prints embossed dots to form Braille alphabets on paper. This device can print dots on normal printing paper with any thickness or surface finish. This device creates elevated dots printed using a special type of UV activated resin based ink.

Metamaterials are artificial materials, engineered to have properties not found in nature. Metamaterials with negative parameters, such as permittivity, permeability, refractive index etc, were developed to enable unique and useful structures such as Mu-Negative Metamaterials (MNG), Epsilon-Negative Metamaterial (ENG),

Infants or toddlers needs parents' attention 24 hours a day and 7 days a week, which is practically impossible due to other priorities like household activities, official works and personal works. Baby care centre or nanny are the two options available which involve lot of passion.

The first classical transistor was invented at Bell Labs in 1947, which gave rise to the electronics industry of the 20th century. However, Moore’s law – which has described the rapid technological developments of this industry – will soon come to an end.

Excess heat is a problem in electronic systems. Traditional solutions involve conducting heat energy away from the heat generating device through a heat sink to be dissipated to moving air or liquid.

The aim of this project is to develop a wireless power transmission method utilizing ultrasonic waves travelling along plates. The primary application for this method is the supply of power to wireless sensor nodes located in remote areas of a building.

Virtuoso is an embedded system virtual device framework, allowing any idea for an electronic product to be virtualized for development. The framework is an enabling technology that will transform the development of electronic firmware,

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