Islamic art typically avoids figural representation of living beings, as it is considered disrespectful to depict the creations of God.

Islamic art drew inspiration from various artistic traditions, including pre-Islamic Arabian art, Byzantine art, and Sasanian art.

Islamic art played a multifaceted role in the development of Islamic science, serving as a visual representation of scientific concepts, a means of preserving and transmitting scientific knowledge, and an inspiration for scientific exploration.

The astrolabe, the compass, and the sundial are all examples of Islamic art that incorporate scientific knowledge and principles.

Islamic art contributed to the advancement of astronomy by providing accurate depictions of celestial bodies, aiding astronomers in tracking the movement of stars and planets, and inspiring them to develop new theories about the universe.

The Alhambra Palace in Granada, Spain, is an outstanding example of Islamic art that reflects the influence of mathematics, with its intricate geometric patterns and symmetrical designs.

Islamic art contributed to the development of medicine by providing illustrations of human anatomy, aiding physicians in diagnosing and treating diseases, and inspiring them to develop new medical techniques.

The medical manuscripts of Ibn Sina, a renowned Islamic physician, contain detailed illustrations of the human body and its organs, reflecting the influence of scientific knowledge on Islamic art.

Islamic art contributed to the development of engineering by providing designs for bridges, aqueducts, and other structures, aiding engineers in solving complex engineering problems, and inspiring them to develop new technologies.

The Qanat irrigation system, an ancient water management system used in arid regions, is an example of Islamic art that reflects the influence of engineering, demonstrating the ingenuity and technical prowess of Islamic engineers.

Islamic art contributed to the development of chemistry by providing illustrations of chemical reactions, aiding chemists in identifying and classifying elements and compounds, and inspiring them to develop new chemical processes.

The alchemical manuscripts of Jabir ibn Hayyan, a renowned Islamic alchemist, contain detailed illustrations of chemical reactions and processes, reflecting the influence of scientific knowledge on Islamic art.

Islamic art contributed to the development of physics by providing illustrations of physical phenomena, aiding physicists in understanding the laws of motion and gravity, and inspiring them to develop new theories about the universe.

The mechanical clocks of Al-Jazari, a renowned Islamic engineer, are an example of Islamic art that reflects the influence of physics, demonstrating the application of scientific principles to practical inventions.

Islamic art had a profound impact on the development of Islamic science by providing a visual representation of scientific concepts, helping to preserve and transmit scientific knowledge, and inspiring scientists to explore new ideas.