Foundation of Science Education:

The value of science is acknowledged on a global scale. From first grade through primary school, it is now a required topic in Pakistani educational institutions. It is a thorough resource book that would meet the demands of aspiring instructors. In this regard, the chapters/units according to university course outlines have been included separately, and it is hoped that this will aid B.Ed students in terms of knowledge and insight as well as a better preparation for exams. This subject would be beneficial for B. Ed. students as well as aspiring instructors in Pakistan at any level.

Islamic foundation of Science Education:

The majority of the discussion about Islam and science in the Muslim world today centers on scientific interpretations of the Quran that assert that the texts contain predictions about the nature of the universe, biological development, and other phenomena that have since been verified by science, proving the Qur'an's divine origin. Despite the fact that this problem has gotten significant support from some, several scientists have attacked it as being unscientific, involving logical fallacies, and likely to be contradicted by new scientific discoveries.

Many Muslims in the Muslim world think that rather than Europe and Western nations, the Muslim world is where modern science was first developed. They also think that what is commonly referred to as "the scientific method" is actually "the Islamic method" and that Muslim civilization is where the world's wealth of knowledge originated. Muslims frequently cite verse 239 from Surah Al-Baqara as evidence for their belief that the Qur'an encourages the learning of new knowledge: "He has taught you what you did not know." Ibn al-Haytham made the current scientific method its foundation (known in the Western world as "Ablaze"). In The Making of Humanity, Robert Briffault argues that the development of scientific knowledge and ideas in Islamic civilizations throughout this time is what gives rise to science as we know it today. While only a few muffled voices supported the scientific view that earthquakes are a natural phenomenon unaffected by human activity, some people worry that the modern Muslim world suffers from a "profound lack of scientific understanding" and regret that, for instance, in nations like Pakistan, postgraduate physics students have been known to attribute earthquakes to "sinfulness, moral laxity, and deviation from the Islamic true path "Science, from an Islamic perspective, is the study of nature as originating from Tawhid, the Islamic notion of the "Oneness" of God, as with all other areas of human knowledge. Since then, Muslim scientists and thinkers have produced a range of perspectives on the role of science education within the context of Islam, none of which are widely shared.

 The Quran and Science:

A strange presentation was delivered at the French Academy of Medicine on November 9th, 1976. "Physiological and Embryological Data in the Qur'an" was its title. I based my presentation of the study on the Qur'anic passages that make certain claims about physiology and reproduction. It is impossible to explain how a work written in the seventh century could have contained concepts that were only discovered in current times, which is why I gave this talk. I talked for the first time to experts in a scholarly medical society about topics whose fundamental ideas they were all familiar with, but I could have just as easily pointed out scientifically sound statements in the Qur'an and other places to experts in other fields. The Qur'an's inclusion of remarkably accurate reflections on natural events would have astounded astronomers, zoologists, geologists, and experts in earth history with the same force that it did doctors. When we take into account the development of science, these reflections are very startling, and we can only conclude that they pose a challenge to human understanding. The Qur'an is the only piece of human literature that has claims that go as far beyond what was known at the time.

Because they lacked the necessary scientific tools, humanity was unable to analyze some of the information found in the Qur'anic verses for many years. Only recently have several Qur'anic verses that discuss natural events become understandable.

Although its authors may have been well-informed in their day, looking through old commentaries on the Qur'an reveals a complete incapacity to comprehend the depth of meaning in such verses. I might even add that it is still difficult for the typical scientist to comprehend everything he learns in the Qur'an on these topics without turning to specialist research in the twenty-first century with its compartmentalization of ever-increasing information. This indicates that in order to comprehend all such Qur'anic texts, one must have modern-day encyclopedic knowledge including a wide range of scientific subjects.

Hadith and Science:

Islam's ideology and law are not only derived from the Qur'an. It is true that more information of a legislative type was sought in the study of the Prophet Muhammad's words and deeds both during his lifetime and after his passing. Despite the fact that writing was employed to transmit hadith from the beginning, most of it also came from the oral tradition. Thus, under the heading of hadiths, a very large number of compilations of the Prophet's sayings and acts appeared. The word's precise definition is "utterances," but it is also commonly used to refer to a description of his actions. Several of the collections were made available to the public in the decades after Muhammad's passing. Prior to the appearance of some of the most significant collections, little over two hundred years had passed. The collections of Al Bukhari and Muslim, which were created more than two hundred years after Muhammad and offer a more comprehensive and reliable narrative, include the most accurate record of the events. Recent years have seen the publication of a bilingual Arabic/English edition by Dr. Muhammad Mushin Khan of the Islamic University of Madina. After the Qur'an, Al Bukhara's work is widely regarded as the most authentic. Hondas and Maracas translated it into French (1903–1914) as Les Traditions Islamiques (Islamic Traditions). As a result, even individuals who do not speak Arabic can understand the Hadiths. However, one must exercise caution when using certain translations produced by Europeans, such as the French version, as they frequently contain errors and untruths that are more indicative of interpretation than true translation.

 The Quran, Hadith and Modern Science:

one of peace rather than conflict. It may seem paradoxical to many people today that a religious text would clash with the concepts of secularism propagated by science. With a few notable exceptions, today's scientists are, for the most part, enmeshed in materialist theories and have little patience or respect for religious issues, which they frequently dismiss as myths. In the West, individuals are also fairly willing to bring up Judaism and Christianity as examples of religions when discussing science and religion, but they hardly ever bring up Islam. Indeed, it has been the subject of so many faulty assumptions and erroneous judgments that it is today. The connection between the Quran and science is unexpected from the outset, especially given how challenging it is to acquire a precise understanding of what Islam actually is. It would seem crucial to provide a brief overview of a religion that is so unknown in the West before any debate between the Islamic Revelation and science.

Muslim Contributions in Medicine, Science & Technolog:

Encyclopedia Britannica summarises the immense contributions made to knowledge growth by the historic Islamic institutions of learning (Maracas, Maktab, Halqa, and Dar-ul-Abloom) as follows: "In general, the madrasahs provided teaching in both the religious sciences and other fields of study. These institutions made a significant contribution to the expansion of knowledge. Muslim scientists assessed the Earth's size, computed the precession of the equinoxes, described optical and physical phenomena such light refraction, gravity, capillary attraction, and twilight, and built observatories for the empirical study of celestial bodies. They developed new methods for using drugs, herbs, and foods as medicines; they established hospitals with a system of interns and externs; they identified the origins of specific illnesses and made accurate diagnoses of them; they put forth fresh ideas about hygiene; they used anaesthetics in surgery with newly developed surgical instruments; and they pioneered the science of dissection in anatomy. The arts of textiles, ceramics, and metallurgy were also highly developed by Muslim scientists.

Muslims Scholars of Theology and Science:

Albert Einstein, a well-known scientist, once said that "science without religion is lame. Science without religion is blind. The eminent philosopher Francis Bacon once observed, "A little understanding of science makes you an atheist, but a deep study of science makes you a believer in God." He couldn't have been more correct. Critical examination demonstrates that the majority of mediaeval Muslim scientists and thinkers were also renowned experts on Islam and religion. However, they were also influenced by a process of rigorous observation and meditation that looked into the physical cosmos. The older Muslim scientific discoveries were founded on the intrinsic connection between the physical and spiritual domains.

Influence of Qur’an on Muslims Scientists:

n the creation of the heavens and the earth; in the alternation of the night and the day; in the sailing of ships through the ocean for the benefit of mankind; in the rain that Allah sends down from the skies, with which He revives the earth after its death and spreads in it all kinds of animals; in the change of winds and clouds between the sky and the earth; in the rain that Allah sends down from the skies; in the sailing of ships through the ocean for the benefit of mankind; in the rain that Allah (Qur'an; 2:164). There are indications for those who fear God in the alternation of the night and the day as well as in what Allah has created in the heavens and the earth. (Qur'an; 10:6). They were conscious that there was yet a great deal to learn. Although they were unaware of the exact intricacies of the sun's and moon's orbits, they were aware that the Qur'anic description of how the sun and moon move precisely and how the day and night alternate was a very significant phenomenon. One may still see proof that the dome and minaret's creators understood how to turn emptiness and quiet into a chanting remembering that renews the connection between God and people who accept His urgent invitation.

Famous Muslim Scientists and Scholars:

Numerous outstanding theologians, philosophers, academics, and scientists came from the traditional Islamic educational institutions. Their contributions to a variety of domains of knowledge reveal the level of learning that Muslims had a thousand years ago. Here, only a select handful are mentioned:

 Chemistry:

Alchemist Jabir ibn Hayyan, often known as Abu Musa (721–815), is regarded as the "founder of chemistry." He studied virtually every field of knowledge, including medicine. Jabir served as the court physician to the 'Abbasid caliph Harun ar-Rashid when the 'Abbasids overthrew the Umayyads. Ja'far ibn Muhammad, the sixth Shi'ite imam, was a close friend of Jabir, to whom he attributed many of his scientific theories.

Mathematics, Algebra, Astronomy & Geography:

Al-Khwarizmi (Algorizm) studied mathematics, algorithms, algebra, calculus, astronomy, and geography between 770 and 840 C.E. In collaboration with 69 other academics, he created the earliest known trigonometric tables, introduced Indian numerals (which later evolved into Arabic numerals), created astronomical tables, and created a geographic encyclopedia.

Physics, Philosophy, Medicine:

Ibn Ishaq Al-Kindi (Alkindus) was a philosopher, physicist, optician, physician, mathematician, and metallurgist who lived from 800 until 873 CE. Ali Ibn Rabban Al-Tabari was a scholar of medicine, mathematics, calligraphy, and literature who lived from 838 to 870 C.E.

Al-Razi (Rhazes) was a physician, ophthalmologist, smallpox, chemical, and astronomer who lived from 864 to 930 CE. The Kitab al-Mansuri, which was translated into Latin by Gerard of Cremona in the 12th century and is known as the "Comprehensive Book," and the Kitab al-hawi are Ar-two Razi's most important medical works. The renowned Treatise on the Smallpox and Measles, which was translated into Latin, Byzantine Greek, and other modern languages, is one of his numerous small medical treatises.

Al-Farabi (Al-Pharabius) (870–950 CE) was an expert in political science, logic, philosophy, sociology, and music. The father of modern surgery is recognized as Abu Al-Qasim Al-Zahravi (Albucasis; 936 – 1013 C.E.). He was a surgeon and physician expert.

The mathematician and scientist Ibn Al-Haitham (Alhazen) (965–1040 CE) produced the first substantial contributions to optical theory since Ptolemy (flourished 2nd century). Alhazen published theories on refraction, reflection, binocular vision, lens focusing, the rainbow, parabolic and spherical mirrors, spherical aberration, atmospheric refraction, and the apparent enlargement of planetary bodies near the Earth's horizon in his treatise on optics, which was translated into Latin in 1270 as Opticae thesaurus Alhazeni libri vii. He was the first to accurately describe vision, noting that light originates from the object perceived by the eye.

Ibn Rushd (Averroes) was a philosopher, lawyer, physician, astronomer, and theologian who lived from 1128 until 1198 CE. Astronomy and non-Euclidean geometry were among the specialties of Nasir Al-Din Al-Tusi.

Ibn Sina (Avicenna, 981–1037 CE) was a scientist who studied astronomy, mathematics, philosophy, and medicine. He was well renowned for his contributions to medicine and Aristotelian philosophy. Both the huge philosophical and scientific encyclopedia Kitab ash-shifa' ("Book of Healing") and the Canon of Medicine, two of the most well-known works in the history of medicine, were written by him.

Astronomer Al-Zarqali (Arzachel), who developed the astrolabe, lived from 1028 to 1087 CE (an instrument used to make astronomical measurements). Al-Ghazali (Algazel) was a philosopher, theologian, and sociologist who lived from 1058 to 1111 C.E. Ibn Zuhr (Avenzoar), a scientist and master in surgery and medicine, lived from 1091 until 1161 C.E.

In the south of India, Tipu, the Sultan of Mysore (1783–1799 C.E. ), invented the first combat rocket. Two of his rockets are on exhibit in London's Woolwich Museum of Artillery after being taken by the British at Sriranga Atana. Steel rocket motor shell with several nozzles was used. The rocket, which was 250mm long and 50mm in diameter, could travel 900–1.5 kilometers.

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