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Steeve Reisberg

Professeur des Universités - Directeur IUT - Vice Doyen Pôle Technologique et Apprentissage @ Université de Paris

Professional Background

Steeve Reisberg is a distinguished professor and researcher at Université de Paris, specializing in innovative electroanalytical and bioelectroanalytical methods. With a strong emphasis on the development of specific and sensitive label-free and reagentless detection systems, Steeve has made remarkable contributions towards monitoring persistent organic pollutants, including pesticides, pharmaceuticals, and endocrine disruptors. His expertise extends to the detection of vital biological molecules such as DNA, miRNA, and proteins. Steeve's passion for research is not only seen in the lab but also in his dedication to applying his findings in practical, on-site monitoring solutions that can benefit both environmental monitoring and healthcare applications.

Steeve's career has seen him assume various leadership roles within Université de Paris, including former positions as Directeur de l'IUT de Paris Pajol and Vice-Doyen of the Pôle de Technologie de la Faculté des Sciences. He has also served as Vice-Président of l’Assemblée Régionale des Directeurs d’IUT d’IdF, where he oversaw the administration of 18 IUTs and approximately 18,000 students. His work spanned across academic management and teaching, allowing him to influence both educational policy and student development significantly.

Education and Achievements

Steeve Reisberg's educational journey is nothing short of impressive, marked by multiple advanced degrees that lay the groundwork for his future achievements. He earned a Magistère de Biotechnologie (M.Sc in Biotechnology) from the esteemed Université Paris Sud (Paris XI) and advanced his studies with a Ph.D. in Biotechnology from Université Paris Diderot. His academic rigor did not stop there; he pursued an Habilitation à diriger des recherches, focusing on biotechnology, bio-electrochemistry, biocensors, bioelectronics, biomedical, e-health, and transistors, equipping him with a comprehensive understanding of these complex fields.

In addition to his deep dive into biotechnology, Steeve also obtained an MBA from the International Institute of Management-CNAM, illustrating his capability in blending scientific and managerial principles effectively. Moreover, his M.Sc in Biorganic and Bioinorganic Chemistry further solidified his knowledge base in chemistry, opening avenues for interdisciplinary collaboration and innovation.

Notable Projects and Contributions

Steeve is also recognized for his editorial contributions, including the translation of Chimie 3 (Ed de Boeck, 2011), which presents a balanced overview of organic, inorganic, and physical chemistry. This work serves as an invaluable resource for students and professionals alike, contributing to the field by bridging language barriers and making essential chemical principles accessible to a broader audience.

His academic profile is complemented by a rich tapestry of international research experiences, where he has served as a Visiting Research Scientist at Linköping University in Sweden, as well as a Visiting Researcher at the Vietnam Academy of Science and Technology. These positions underscore his versatility and commitment to collaborating across borders, sharing knowledge, and strengthening global academic partnerships.

Steeve has also taken part in various projects that demonstrate his commitment to education and research. As an Associate Professor and Head of Department at Université de Paris, he has mentored many students and emerging researchers, instilling a passion for inquiry and experimentation in up-and-coming scientists. His engagement with global research initiatives further highlights his understanding of biotechnology's international landscape and its implications for public health and environmental safety.

Achievements

Related Questions

How did Steeve Reisberg develop his expertise in bioelectrochemistry?
What inspired Steeve Reisberg to focus on the detection of persistent organic pollutants?
Can Steeve Reisberg share examples of innovative methods he has developed in electroanalytical techniques?
What are some of the most significant challenges Steeve Reisberg has faced in his research on organic pollutants?
How has Steeve Reisberg influenced the curriculum and educational approach at Université de Paris?
What role has collaboration played in Steeve Reisberg's research endeavors across international institutions?
Steeve Reisberg
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Location

Paris, Île-de-France, France