Leadership

Founder and CEO of Phi Nanoscience Center. Dr. Rahsid is a leading researcher in nanoscience and materials science, with extensive experience in nanomaterial synthesis, characterization, and application development. He established Phi Nano Center with a vision to advance scientific research capabilities in Iraq and provide internationally recognized analytical services to researchers and institutions.

Professor with extensive expertise in immunology and nanomedicine. Currently serving as a scientific consultant for Phi Nano Center from the United Kingdom, Prof. Jabir brings deep international experience in immunological applications of nanomaterials, with particular focus on cancer immunotherapy and targeted drug delivery systems using nanoparticles.

Researcher in the Department of Physics with specialization in nanophysics and the optical and structural properties of nanomaterials. Dr. Rahmah's work focuses on advanced physical characterization of nanostructures using spectroscopic and microscopic techniques, contributing significantly to the research output and characterization services at Phi Nano Center.

Physics researcher specializing in the synthesis and structural characterization of semiconductor and metallic nanomaterials. Dr. Mahmood contributes deep expertise in X-Ray Diffraction (XRD) analysis, enabling precise determination of crystallite size, lattice parameters, and phase composition of nanostructured materials produced and analyzed at Phi Nano Center.

Expert in nanotechnology applications and advanced materials science. Dr. Dakhil serves as scientific consultant, providing specialized knowledge in nanotechnology research methodology, advanced characterization strategies, and nanocomposite development. His consultation ensures the scientific rigor and international standards maintained across all research and service activities at Phi Nano Center.

Chemist specializing in the chemical synthesis of nanomaterials, with a strong focus on green synthesis approaches and chemical analysis of nanomaterial properties. Dr. Bidan's expertise in organic and inorganic chemistry underpins the synthesis and functional characterization workflows at Phi Nano Center, ensuring chemically sound and reproducible nanomaterial preparation protocols.

Biologist specializing in the biological applications of nanomaterials, with a particular focus on antimicrobial and anticancer properties. Her research investigates the interaction of nanomaterials with biological systems, conducting in vitro assays, MIC tests, and cytotoxicity studies. She plays a key role in the biological evaluation services offered by Phi Nano Center to research clients.

Engineering researcher with expertise in the practical applications of nanomaterials within engineering contexts, including gas sensor development, environmental monitoring, and energy-related nanodevices. Dr. Midab bridges the gap between fundamental nanoscience and real-world engineering applications, contributing to the applied research and device fabrication capabilities of Phi Nano Center.

Physics researcher focusing on the optical and physical properties of nanomaterials, with expertise in UV-Vis spectroscopy and photoluminescence analysis. Contributes to characterization workflows and data analysis for collaborative research projects at Phi Nano Center, supporting the scientific team in delivering accurate and reproducible results across characterization services.

Parasitology researcher based in the United Kingdom, specializing in the antiparasitic and antimicrobial applications of nanomaterials. Dr. Kareem brings international research experience to Phi Nano Center, contributing expertise in biological evaluation methodologies and translational research connecting nanomaterial development to clinically relevant antiparasitic outcomes.

Researcher in renewable energy with expertise in nanomaterial applications for energy conversion and storage. Dr. Asi focuses on photocatalytic nanomaterials for solar energy harvesting and the development of nanostructured materials for next-generation batteries and supercapacitors. His work bridges materials nanoscience with sustainable energy solutions for practical environmental applications.