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Software engineering is as creative as any art--it's just another medium.

Is it possible to touch the internal components of a microchip? Dr. P. Papazoglou combines imagination, art, and engineering to create unique educational tools and demystify complex topics in academic classes. Find more on homs.panospapazoglou.gr

The arts often deal with abstract concepts and subjective interpretations. While this can lead to creativity and innovation, it does not adhere to the same logical framework as STEM disciplines. Artistic expression and interpretation are often based on emotions, personal experiences, and individual perspectives, which may not always align with empirical evidence or logical reasoning. This does not make the arts any less valuable, but it does mean that they operate in a different realm than STEM disciplines.

HELLO ACHIEVERS.....! Let's us learn quite interesting topic " WHEN SCIENCE MEETS ARTS WHAT WILL HAPPEN?" LET SEE IN THIS VIDEO . . . When science meets art, a powerful energy emerges, giving rise to a dynamic field known as "sci-art" or "art-science." This intersection fosters creative collaborations between scientists and artists, leading to innovative projects that communicate complex scientific concepts in visually compelling and emotionally resonant ways. Sci-art can manifest through various mediums, including visual arts, music, literature, and performance. Scientists and artists work together to explore and interpret scientific ideas, pushing the boundaries of both disciplines. This intersection not only enhances public engagement with science but also enriches the scientific process by encouraging novel perspectives and insights. Ultimately, when science meets art, it creates a space where intellectual curiosity and aesthetic expression converge, contributing to a more holistic and interconnected understanding of the world. #snsinstitutions #snsdesignthinking #snsdesignthinkers #science #arttech

Unlocking a World of Color: How GAO Tek Colorimeters Fuel Education & Research Curious about color?  GAO Tek's colorimeters are more than just fancy gadgets.  This article explores how these tools are revolutionizing education and research. Think science experiments, art classes, and even quality control!  Head over to the article to see how colorimeters are shaping the future. #educationresearch #colorimeters #labequipment #techinnovation #gaotek #researchtools #scientificinstruments

Thanks to the colleagues from the Center for Computational Thinking & Design from Aarhus Univesity, Denmark, for inviting me to present the results of my recent research project: "Computational Thinking in Primary Education: Exploring the Use of Audiovisual Educational Resources and Participatory Design".

How did you end your week?? Last meeting of the week and I had the pleasure and honour to conduct a guest lecture at the Technical University of Munich to our future talents of Engineers, Scientists and Technologists. „Improving the world with Virtual Twins powered by AI“ The future of STEM knowledge looks positive when I reflect on the width, depth and smartness of the questions. Thanks all!!! BUT, we all need to do more to excite the next generation of innovators… Thanks to Sebastian Junker and Prof. Dr. Dr. h. c. mult. Horst Wildemann for making it happen. (See below- Typical students, back of the class still rules!!)

Most people recognize Hedy Lamarr as one of the most iconic actresses of Hollywood’s Golden Age, but this week’s Women's History Month engineering highlight is not just another pretty face! 💄 Like me, you may be surprised to learn that Ms. Lamarr also was a successful female inventor! Her intellect and inventive spirit led her to co-develop a groundbreaking technology known as frequency hopping spread spectrum communication. 📡 Ms. Lamarr's engineering contribution emerged during World War II when she collaborated with composer George Antheil to invent a radio guidance system for torpedoes! Their invention, based upon the concept of frequency hopping, aimed to prevent enemies from jamming torpedo signals by rapidly switching frequencies. 📶 Although their technology was not implemented during the war, it laid the foundation for modern-day wireless communication, serving as a precursor to technologies such as Wi-Fi, Bluetooth, and GPS. Personally, I’m in awe of Hedy because I took an engineering communications course as a requirement for my electrical engineering degree, and it absolutely was my worst performance in any of my college classes! (I think my extra credit for getting a ham radio license kept me afloat! 😄) Not easy concepts to grasp, so Ms. Lamarr’s accomplishments around wireless communication without a formal engineering education are impressive! Certainly, Hedy Lamarr’s ingenuity and foresight revolutionized the landscape of telecommunications and paved the way for countless innovations in the digital age. 📱 #womenshistorymonth #womenengineers #womensleadership #womeninengineering #engineeringcoach #leadershipcoach

Grantee David Shepherd and his team, are investigating the cognitive impact of stained glass art, focusing on how light variations influence perception and experience. This under explored field examines the unique way stained glass uses transmitted light to convey religious meaning. By utilizing empirical aesthetics and innovative techniques like pupillometry to understand the cognitive and emotional responses to stained glass. The research aims to provide deeper insights into the interplay between art, light, and human cognition, potentially revolutionizing our understanding of this historical art form. Learn more: https://bit.ly/3Rtf7BH