Professor Graeme Clark By Anders Lyche. Contents Introduction Professor Graeme Clark and the Bionic Ear The Internal and the External Part of the Cochlear.

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Presentation transcript:

Professor Graeme Clark By Anders Lyche

Contents Introduction Professor Graeme Clark and the Bionic Ear The Internal and the External Part of the Cochlear My Step Sister’s Cochlear The Bionic Ear How it works

Introduction Professor Graeme Clark was born in New South Wales He invented a life changing device that has helped the deaf to hear. Inspired by his father, who was becoming deaf, he worked to invent a device that could make a person hear. Even as a child he wanted to help. In his own words, he said he wanted to “fix ears”.

Professor Graeme Clark And The Bionic Ear Professor Graeme Clark is the brilliant Melbourne based scientist, who lead the team that invented one of the most amazing devices of the 20 th century, known as the Cochlear Implant. His work has changed the lives of over 30,000 deaf people and their family’s around the world.

Professor Graeme Clark The Bionic Ear was invented in the 1960’s. Before then, profoundly deaf people were unable to communicate other than with sign language. Because of the work of Professor Graeme Clark and his team, they are hearing new and exciting sounds.

The Internal and External Part of the Cochlear

My Step Sister’s Cochlear

The Bionic Ear The Bionic Ear has helped lots of people over the past 25 years. In fact, my step sister has a Bionic Ear. It has a very special case that protects it from water. She has just celebrated her 10 th year of having the Bionic Ear. She is 11 years old. There are two parts to the bionic ear. One part is placed under the skin behind a person's ear and the other part is the electronic part. The second part is worn on the outside of the head.

How it works A bionic ear these days are now known as a cochlear. It is an hearing tool which stimulates nerves, using electricity, in the inner ear. The bionic ear helps a deaf person hear another person speak. A speech processor which turns the voice sounds into electrical signals, a transmitting coil which sends the signals to the equipment inside the deaf person's ear.

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