Bassam Saadany
About Bassam Saadany
Dr. Bassam Saadany Co-founder and CTO
Dr. Bassam Saadany serves as the Co-founder and Chief Technology Officer (CTO) at Si-Ware. He has played a significant role in driving the company's technological advancements, leveraging his extensive background in electrical engineering, MEMS, and nanostructures to spearhead innovative projects. Under his leadership, Si-Ware has developed and commercialized groundbreaking technologies like SiMOST, which facilitates the microfabrication of optical systems on a single chip.
Dr. Bassam Saadany Education and Expertise
Dr. Saadany obtained his B.Sc. and M.Sc. degrees in electrical engineering from Ain Shams University in Cairo. Following this, he earned a Ph.D. in MEMS and Nanostructures from the University of Paris XI, France. With over 25 years of experience in the photonics and semiconductor industries, Dr. Saadany has amassed a wealth of knowledge in these highly technical fields. His expertise is evident in the numerous technologies and innovations he has developed throughout his career.
Dr. Bassam Saadany Career Background
Before co-founding Si-Ware, Dr. Saadany accumulated valuable experience by working at various prominent companies in the industry. His career includes roles at MEMScap, where he contributed to microelectromechanical system solutions; MentorGraphics, a renowned provider of electronic design automation software; and Enppi, a leading engineering and project management company. These positions helped him hone his skills and gather the knowledge that he later leveraged at Si-Ware.
Dr. Bassam Saadany Publications and Patents
Dr. Saadany is a prolific author and inventor. He has authored and co-authored more than 100 publications in international journals and conferences, contributing significantly to the body of knowledge in photonics, MEMS, and semiconductor technologies. Additionally, he holds more than 50 patents, underscoring his role as an innovator in his field. His inventions include the SiMOST technology, which enables the microfabrication of optical systems on a single chip, showcasing his pioneering work in micro and nanotechnology.