Aijaz Lone is a M.S. graduate in electrical and computer engineering from the Indian Institute of Technology (IIT), India. Lone first came to KAUST as a visiting student in 2020 and was instantly impressed by the facilities he encountered. It was these very facilities that piqued his interest in joining the University as a Ph.D. student to pursue his research career.
KAUST Ph.D. student Asrar Damdam has been selected as one of the six winners of the 7th L’Oréal-UNESCO For Women in Science Middle East Regional Young Talents Program. Damdam received the prestigious award for her design and fabrication of a reconfigurable silicon-based electronic platform specifically designed for a heart-assistive device. The platform was designed to comply with the heart’s shape and its rhythmic expansions and contractions during the cardiac cycle.
The COVID-19 pandemic has activated vital innovation and R&D initiatives to tackle the crippling effects, health ramifications, and overall impact of the coronavirus on global societies and economies. In recent months, the King Abdulaziz City for Science and Technology (KACST), based in Riyadh, Saudi Arabia, launched a COVID-19-themed virtual accelerator aimed at supporting talented innovators, aspiring entrepreneurs, and innovative small companies dedicated to finding solutions to mitigate the spread of the virus through protection, prevention, tracking/detection, and treatment solutions.
Haoliang Lu, 22, is an electrical engineering graduate who will join KAUST from the University of Electronic Science and Technology, China. Haoliang will join KAUST in the fall of 2020 as a M.S./Ph.D. candidate, and member of the Integrated Circuits and Systems (ICS) research group, under the supervision of Professor Hossein Fariborzi.
ICS team made of Ulan Myrzakhan, Meshal Alawein (Ph.D. students), Selma Amara (postdoc) and Abdulmohsen Alsaui (visiting student) won the Future Generation Competition Judge’s Choice Award​ & People’s Choice Award.
The city of the future will be innervated with millions of microscopic sensors. These sensors will need to be virtually invisible, extremely low power and, conversely, extremely powerful from a computing perspective. A team at KAUST is chasing this impossible list of requirements in the form of miniaturized mechanical structures or MEMS.