STEM is an integral part of society. Any shift in science brings, by extension, a shift in society. That being said, I understand your question is more about how scientific discoveries shape social constructs.

Academic disciplines and the boundaries between them are themselves social constructs. Therefore, redefining those boundaries is already a visible societal change. For instance, the dismissal of phrenology as a legitimate science and its reclassification as pseudoscience is an example of STEM reshaping societal understanding. Likewise, the emergence of mycology as an independent scientific field, rather than just a subbranch of biology, also reflects a social transformation driven by science.

Beyond that, some of the most significant societal changes—in communication, production, economics, and even spirituality—are closely tied to technological revolutions. The way we answer a phone call is a cultural habit that wouldn't make sense without the invention of the telephone. Other cultural expressions that are technology-dependent include how we dress, how we use cutlery, how we eat certain foods, how we treat a Bible, or how we behave on a bus.

Honking your car during a traffic jam is an expression of society itself, that only makes sense thanks to the legacy of engineering.

التكنولوجيا المعتمدة اساسا على قواعد علمية رياضية أو فيزيائية خدماتها تغير من الحياة اليومية للأفراد والجماعات من خلال طرق التواصل وسرعتها. ومحتواها من المعارف والمعلومات

Let’s talk about STEAM.

STEM transforms society by driving innovation, improving quality of life, and addressing global challenges. It leads to groundbreaking technological advancements in medicine, communication, and transportation, such as AI-powered diagnostics, smartphones, and electric vehicles. STEM fields also fuel economic growth by creating high-paying jobs and enhancing national competitiveness. In education, STEM promotes critical thinking, creativity, and problem-solving, equipping individuals to adapt to an ever-changing world. Moreover, STEM solutions tackle pressing issues like climate change, energy sustainability, and food security. While its benefits are vast, ensuring equitable access to STEM education and resources is crucial to reducing social disparities and maximizing its positive impact on society.