• Ph.D., Physical Chemistry, The City University of New York, New York, New York, 1996.

        Dissertation: Spectroscopic Studies of Mass Selected Transition Metal Clusters in Argon Matrices

• MA , Chemistry, City College Of New York, New York, 1992
• BS (First Class Honors), Chemistry, Mohammed V, University, Rabat, Morocco, 1990

•  2000- Present Assistant Professor , New Jersey City University, Jersey City, New Jersey

• 1998 Post-Doctoral, Michigan State University , East Lansing, Michigan

         Research  Field : Femtosecond Laser Systems.

• 1997 Post-Doctoral, University of Utah, Salt Lake City,Utah

         Research Topic:The Study of Cluster Ion Reactions by Guided Ion beams Techniques

• 1999-2000 Metropolitan State College of Denver, CO  Part-Time Faculty
• 1999-2000  Community College of Aurora, CO  Part-Time Faculty
• 1998 Lansing Community College, Lansing, MI  Adjunct Faculty
• 1994-1996 Bronx Community College, New York, NY  Lecturer
• 1992-1996 City College of New York, New York, NY  Instructor

• A broad background in physical chemistry, data acquisition and instrumental analysis
• Knowledge of continuous waves, pulsed and dye lasers and laser optics.
• Operated home-made quadropule mass spectrometer,guided(radio frequency multipole systems) ion beams and cluster ion sources(electron impact, laser ablation, fast atom bombardment sputtering). Studied reactivity of boron ion clusters with, BF₃, H₂O, O₂ through collision-induced dissociation and reaction-cross section in gas-phase.

• Successful experience in ion beam system which include high vacuum,

ion optics, mass selection(wein filter), laser application and spectroscopic techniques ( Raman, optical absorption, and             fluorescence). Conducted in-situ technologies for absorption. Investigating electronic and vibrational structure of small transition metal clusters using high resolution spectroscopic techniques in condensed phase.

• Worked in the design and construction of a reflectron time-of-flight

        mass spectrometer, and the development of a pulsed Nd/YAG laser vaporization ion source.

• Performed computational Chemistry using Gaussian94 to optimize the geometry and structure of small molecules.