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The development of bionic prostheses and implants is a rapidly developing field; it can rightfully be called the profession of the future. Bioengineering education in the field ofbiomechatronics has appeared.

Knowledge and approaches of bionics will make it possible to create autonomous biosystems on other planets. Complete worlds for human life.

All current trends of today have a connection with Bionics. These are environmental tasks and the restoration of ecosystems - the ocean and soils, these are biotechnologies in production, agriculture and medicine, to obtain clean goods and healthy products, this is the construction of buildings with zero emissions without consuming external energy.

Bionics is the best engineer. For example, the web is a very complex solution. The threads consist of two components. The use of spider web technology has made it possible to create ultra-strong polymer materials that combine flexibility and strength. The remaining properties of the web and the methods of its weaving can be used in medicine and technology.

Hybrid natural-technical solutions will be optimal in the next phase of technology development: bioaccumulators, biochips, biocomputers on living cells, cyborgs and animal chimeras with chips, hybrid devices with natural elements.

Among the main building elements of nature are carbon and its many states and compounds. Based on this clue, man has already begun to make outstanding materials: composites (carbon fiber) for large solutions, low-dimensional structures (carbon nanomaterials) for micro solutions. Just one element and endlesspossibilities from nature.

Natural crystals have given man a hint in creating ultra-strong materials, such as artificial diamonds and sapphires.

Nature creates a wide palette of colors. But this is a consequence of either natural technologies or natural tasks. For example, a green leaf has this color due to the presence of a pigment known as chlorophyll, and the bright colors of living things are designed to attract attention, or, conversely, to mask them.

The most important substance on Earth for all living things is water. The physical state of water and phase transitions are already used by engineers. But these are just the first steps.

Bionics supports the preservation of the maximum diversity of animal and plant species, as it uses all their properties and capabilities to find engineering solutions. Preserving nature and its diversity is our common goal.

Every living cell develops in cycles and everything around us has cycles of life.
Bionics studies processes during cyclical development: the change of seasons, the biorhythms of animals, the transformations of plants.

The sounds of nature, better than any other, calm a person.

Nature has all the resources for man and his tasks. You just need to manage them rationally and carefully - they are located both on Earth and in space. For example, an iceberg is a source of drinking water, the asteroid Psyche consists of precious metals like gold and platinum.

Nature strives for diversity, providing variants of life forms for all kinds of geographical, natural and other conditions.

Natural materials are always beautiful, aesthetically pleasing and environmentally friendly.

We have made a mobile media studio and will be conducting video interviews with engineers and scientists about BIONICS.

If we assume that there may be living matter on other planets, then it can function on the basis of other chemical processes. For example, to recycle during breathing is not oxygen, but another gas. Hereditary information can also be transmitted and stored, not like on Earth. But it's still life, as the subject of Bionics.

Cities of living organisms are a hint for the best options for building cities for humans. On energy, on logistics, on construction costs.

A swarm, a flock is an effective solution of nature, multiplying the strength of one organism. Biological and social, educational and practical problems are solved in a group of animals. Technical solutions based on large self-organizing groups provide a new level of capabilities; this is a multiplier of an engineering unit.

Changing shape, depending on the task and situation, is the most important adaptive mechanism of nature. Scientists, relying on the characteristics of bionics, have introduced this approach into technology.