NEWS
SAS launches free Data Literacy course to help people thrive in AI-driven world
professionals wishing to upskill and reskill ,” said Dr Emily Pressman , Developer of the SAS Data Literacy series . “ Our courses are designed to be easily consumed by learners and integrated into instruction and professional development offerings .”
Whether a student , educator or professional , everyone can benefit from better data literacy . Educators can better prepare students for careers , while employers can improve the data literacy of their workforces . Business professionals can enhance their decisionmaking through data analysis , and individuals can explore the power of data for personal and professional enrichment .
The explosion of Generative AI has accelerated the need for data literacy in what was already a fast-paced , data-driven world . Data literacy is no longer a nice-to-have skill but a must-have in any field . To help more people develop these critical skills , SAS has launched its second , free Data Literacy e-learning course , Data Literacy in Practice , that empowers individuals and professionals to explore and visualise data with confidence .
“ In a world overflowing with data , unlocking its power sets you apart . Data literacy is more relevant than ever for young learners and
Data Literacy in Practice makes learning about data fun , easy and practical . Key features include :
• User-friendly design – By focusing on conceptual and practical understanding rather than distracting mathematical jargon , learners feel supported and encouraged throughout the process .
• Real-world examples – By working through practical scenarios , learners develop the skills to apply data literacy knowledge in reallife situations .
• Convenient and self-paced – SAS Data Literacy e-learning courses offer the flexibility to learn at any pace , anytime and anywhere .
Humans to provide energy source for smart devices of the future
Scientists may have finally found a solution to effectively harvesting energy from humans into electrical energy . Researchers from the Institute of Thin Films , Sensors and Imaging ( ITFSI ) at the University of the West of Scotland ( UWS ) explored the use of the 3D graphene foam material , Gii by Integrated Graphene , as an active layer in an energy generator ( known as a TENG ).
The investigation aimed to transform mechanical energy wasted in nature into electrical energy that could be used to power small electronic devices and sensors in the booming global market for Internet of Things ( IoT ) technologies .
The research , published in ScienceDirect , shows that the force of a human footprint on a pressure-sensitive mat , equipped with Gii- TENG sensors , can produce enough energy to anonymously identify people entering or leaving a room . As well as providing a low-cost and energy-efficient solution to monitoring building occupancy , the mats could also help to optimise energy resources by , for example , controlling room temperature upon entrance or exit .
The findings of this study will be of particular interest to schools and universities that could employ the technology to link the measurement of room occupancy to a ventilating system and a CO 2 monitor , reducing the volume of CO 2 which has been shown to reduce the ability to focus .
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