Collaboration between the Plasmonique, Raman, Exalté de Molécule en Surface (PREMS) team at ITODYS laboratory and the Dispositifs Optoélectroniques et Nanophotoniques (DON) team at MPQ laboratory

• Research and development in the design and manufacturing of photonic devices in terms of physics and materials for applications in sensing, imaging, aerostructure, space technology and information processing.• International collaboration with different research teams in France, the United Kingdom and Germany.• Organization and monitoring of meetings, team workshops and training. • Numerical modelling for the propagation of an electromagnetic wave in a complex medium using FDTD and FEM methods. • Conduct research on the physical, chemical and mechanical properties of metallic structures in order to study the electrochemical and optoelectronic properties of innovative technologies.• Fabrication and characterizations of novel types of photonic nanostructures: plasmonic nanoantennas and meta-antennas.• Optical microscopy and Nanospectroscopy.• Data analysis and visualization.

• X-ray Crystallography• Mechanical Physics (Practical)• FDTD Method

• Management of five academic research projects in prototyping the photovoltaic cells and photodetectors.• Data analysis and presentation of results to the technical team and funding resources. • Write several scientific articles/books published in impactful journals.-- Funded project Awarded by Materials and Energy Research Center (MERC)• Provided potential designs for Si-based optoelectronic devices including Schottky Photodetectors and Solar Cells.• Applied research on synthesis and characterization of few-layer Graphene by Modified Hummer’s method.• Synthesis and characterization of Graphene-based nanocomposites for optoelectronic and electrochemical applications• Organized laboratory equipment and experiments.

• Development and monitoring of the project schedule from design to production.• Management of resources and ensuring compliance with deadlines and budgets.• Study, design and development of optoelectronic devices.• Carry out tests and experiments to validate the results of the study.• Documentation and presentation of results to the technical team and at national and international conferences.-- Funded projects Awarded by Iran National Science Foundation (INSF) • Conducted research on the preparation of Array and Novel One-Dimensional nanostructure films by chemically solvothermal method.• Assessed optoelectrical properties of Transition Metal chalcogenide Semiconductors especially ZnS useful for configurations that involve Bandgap Engineering.• Provided potential designs for fabrication of Prototype Transparent Schottky Photodetectors. • Demonstrating, training and supervising newly joined students.

Course Title: Advanced Characterization of Nanomaterials

Modern physics and optics Laboratories• Organized laboratory equipment and experiments.• Supervising newly joined students.