e& has signed a strategic Memorandum of Understanding (MoU) with New York University Abu Dhabi (NYUAD) to drive research and development (R&D) in 6G technology. The partnership aims to bridge the gap between academia and industry by equipping students with foundational knowledge of future technologies and integrating 6G into academic curriculums.
Under the agreement, e& will support NYUAD through youth development initiatives, including internships, recruitment drives, and hands-on industry training. The collaboration seeks to cultivate the next generation of tech leaders by providing students with the skills and experience needed to shape the future of connectivity.
Ali Al Mansoori, e& Group Chief People Officer, emphasized the company’s commitment to fostering innovation. “Our partnership with NYUAD is built on our belief that the leaders of tomorrow will emerge from the intersection of cutting-edge technology and human ingenuity. Investing in advanced technologies like 6G is crucial, but what truly matters is supporting the brilliant minds that will shape its future,” he said.
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Marwan Bin Shaker, e& UAE Acting Chief Technology and Information Officer, highlighted the significance of academic collaboration in advancing next-generation technology. “Driving 6G research and innovation is central to our efforts to shape the future of connectivity. By partnering with a leading academic institution like NYUAD, we are adding depth and academic integrity to our research efforts,” he noted.
NYUAD Provost and Chief Academic Officer, Arlie Petters, expressed enthusiasm for the partnership. “We are delighted to collaborate with e& to push the boundaries of innovation in 6G technology. Together with NYUAD Wireless, we are creating a dynamic hub where cutting-edge research meets bold ideas, empowering our students and faculty to shape the future of communication.”
The alliance between e& and NYUAD is expected to foster a dynamic exchange of knowledge, supporting research that will contribute to meaningful technological advancements in the field of 6G connectivity.
