Dr. Saibal Roy is Head of Group in the Microsystems Centre of Tyndall National Institute in Cork, Ireland. He is a Science Foundation Ireland Principal Investigator in the Micropower Systems and Nanomagnetics research area.
He earned his MSc in Physics from the Indian Institute of Technology and received his PhD working on advanced nanostructured materials from IACS in 1994. Since receiving his PhD, his professional experiences include 18 years academic and 3 years industrial research, leading large research groups.
Dr. Roy’s present research interests include the employment of engineered nanostructures for the benefits of micron scale devices from More than Moore (MtM) to beyond Moore (BM) scenario.
Since joining the Tyndall National Institute, Dr. Roy has attracted substantial (ca. €7 million) government (SFI, EU, EI, DJEI) and corporate (INTEL, ADI) competitive research grants. Dr. Roy has been honoured by the president of University College Cork (UCC) for licensing patented technology to Intel. Some of his published work on miniaturized vibrational energy harvesting devices has also featured in: BBC technology news; The Daily Mail; The Sunday Telegraph and on American radio. His micro-fabricated high frequency inductor/transformer work has been described as a global benchmark for integrated magnetics by NXP (Philips).
Dr. Roy has supervised 27 Masters/Bachelors/PhD/Post-doctoral fellows in several disciplines (Electrical Engineering, Microelectronics, Physics, and Materials Chemistry) at University College Cork and at Tyndall National Institute. He held a sabbatical position in 2013 hosted by Electrical Engineering and Materials Science departments at Stanford University. In 2015, Dr Roy was awarded the prestigious Professor A S Paintal engineering professorship by the Indian National Science Academy (INSA).
Dr. Roy has served as a member of several programme committees, chaired sessions and delivered invited talks in many international conferences. To date, he has been granted 2 global patents, written 7 book chapters and published over 160 papers in high impact factor journals and peer reviewed international conference proceedings with a current h index of 27.
Dr. Roy is particularly interested in working with EDGE Fellows in the following areas which his research encompasses:
On Vibrational energy harvesting:
• Vibrational energy harvesting through electromagnetic transduction
• Vibrational energy harvesting – from MEMS-NEMS
• MEMS fabrication processes (including integrated coils) for vibrational energy harvesters
On Power management of VEH:
• Development of efficient power management circuit for vibrational energy harvesters
On Integrated magnetic materials:
• Development & characterization of electroplated & patterned hard-magnetic materials
• Development & characterization of exchange-spring/exchange-coupled integrated magnetic materials
• Development & characterization of high-frequency nanostructured soft magnetic materials