Surface for Higher Education eBook
In an era where AI is reshaping the educational landscape, relying on conventional teaching methods won't yield optimal results. Hence, this week we delve into how 'Surface for Higher Ed: Ready for Teaching and Learning with AI Experiences!' is instrumental in paving the way in this transformation. This robust, flexible technology not only adapts at the pace of AI but also equips institutions with the ability to execute a successful AI strategy. Surface devices are designed to create educational value, shaping instruction and learning while influencing productivity and outcomes. It also offers imperative chip-to-cloud protection, safeguarding identities and data. By fostering immersive learning experiences, Surface devices amplify AI investments, driving new efficiencies. Contact us today to learn more and get your new Surface devices for higher education.
How does Microsoft Surface support AI in education?
Microsoft Surface devices are designed to enhance teaching, learning, and research by incorporating advanced AI capabilities. They provide powerful local AI processing, enabling educators and students to utilize tools like Microsoft Copilot effectively. This integration allows for immersive learning experiences and supports the development of new AI applications, making it easier for institutions to adapt to the evolving educational landscape.
What security features do Surface devices offer?
Surface devices come equipped with robust security features that protect data and identities from potential threats. This includes chip-to-cloud security, the Microsoft Pluton security processor, and enterprise-grade protection for sensitive information. These features help institutions safeguard against malware and other attacks, ensuring a secure environment for both faculty and students.
What benefits do Surface devices provide for faculty and students?
Microsoft Surface devices offer a range of benefits that enhance the educational experience. They feature powerful processors for running academic software, high-resolution touchscreens for interactive learning, and long-lasting batteries for mobility. Additionally, the devices support inking and digital collaboration, allowing faculty to create engaging lesson plans and students to participate actively in their learning.
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