Nezar Bakkali Hassani
About Nezar Bakkali Hassani
Nezar Bakkali Hassani is a Functional Solution Architect with extensive experience in financial technology, primarily at Murex. He has held various roles in the company since 2010 and has a background in engineering from EPF Ecole d'Ingénieurs.
Current Role as Functional Solution Architect
Nezar Bakkali Hassani currently serves as a Functional Solution Architect at Murex, a position he has held since 2016. He is based in Ville de Paris, Île-de-France, France. In this role, he is responsible for designing and implementing functional solutions that meet client requirements, leveraging his extensive experience in the financial technology sector.
Previous Experience at Murex
Nezar Bakkali Hassani has held multiple roles at Murex. He worked as a Murex Processing Consultant from 2012 to 2013 in Paris and Düsseldorf, and again from 2013 to 2014 in Paris and Abu Dhabi. Additionally, he served as a BO Stream Leader from 2014 to 2016 in the Région de Paris. His tenure at Murex has provided him with a comprehensive understanding of the company's products and client needs.
Experience at BNP Paribas
Before joining Murex, Nezar Bakkali Hassani worked at BNP Paribas as a Murex BO IT Engineer from 2004 to 2010. During this six-year period in the Région de Paris, he contributed to the development and support of Murex's back-office solutions, enhancing his expertise in financial systems.
Education at EPF Ecole d'Ingénieurs
Nezar Bakkali Hassani studied at EPF Ecole d'Ingénieurs from 2000 to 2003, where he completed a three-year program. This educational background provided him with a solid foundation in engineering principles, which he has applied throughout his career in the financial technology industry.
Early Career at Societe Generale
Nezar Bakkali Hassani began his career at Societe Generale, where he worked as Commando Support - Trade Off Desk for eight months in 2003. This early experience in a major financial institution helped him gain insights into trading operations and support functions.