Our lab is supported by a highly skilled and dedicated team of professionals with extensive experience in the fields of Electrical Engineering and Computer Science:
Phone: 08 642 8464
Office: 103, Bldg. 62
I am a faculty member in the School of Electrical and Computer Engineering. I earned my Ph.D. in Electrical Engineering from MIT and joined the faculty in 2007. Throughout my academic career, I have been dedicated to advancing both research and education, mentoring graduate students, and contributing to numerous collaborative projects. I am passionate about creating a dynamic learning environment and fostering innovation through interdisciplinary collaboration. My work focuses on developing efficient algorithms for real-time data analysis, designing next-generation communication systems, enhancing AI models for embedded devices. In 2007, I established My Research Lab, which continues to support cutting-edge projects and student development.
Please, see my CV
Research Assistant
Phone: 08 6428464
Office: 103, Bldg. 62
Lab Technician
Phone: ?
Office: ?
M.Sc., 2022-2025; “Significant SBS suppression in optical fibers via spectral and temporal distribution”Ph.D., 2017-2024; “Laser Supported Combustion of Steel and Laser-induced Micro-explosion in Thin-film Structures: from Basic Physics to Advanced Applications”Ph.D., 2016-2021; “Acoustic tissue characterization in pulsed laser ablation”Ph.D., 2014-2021; “Silicon based photonic nanostructures”Ph.D., 2014-2021; “Conversion to the UV in gas filled kagome and antiresonant fibers”Ph.D., 2014-2021; “Co2+ doped materials for ultra-short, pulsed lasers”M.Sc., 2016-2020; “Spectral characterization of passive coherent beam combining of fiber lasers at 1.55 mm”M.Sc., 2016-2020; “Inscription of Femtosecond Bragg Gratings in Yb-doped Multicore Fiber lasers”M.Sc., 2016-2020; “Experimental optimization of Er:Yb phosphate fiber amplifiers at 1.538 µm”M.Sc., 2016-2019; “Wavelength conversion schemes for a high peak power PCF laser”Ph.D., 2015-2019; “Transient Bragg gratings in waveguides based on Kerr and free carriers”Ph.D., 2012-2017; “Femtosecond laser induced permanent and transient fiber Bragg gratings”Ph.D., 2012-2016; “Biological tissue ablation using laser- sources, delivery and applications”M.Sc., 2015-2016; “Passive Q-switching of a Tm:YLF laser with a Co2+ doped silver halide saturable absorber”M.Sc., 2014-2016; “Misalignment sensitivities in an intra-cavity coherent combining crossed-Porro resonator configuration”M.Sc., 2012-2014; “Hollow core photonic crystal fibers with special spectral characteristics”M.Sc., 2012-2014; “High peak and average power flexible PCF laser”Ph.D., 2010-2014; “Coherent combining of high peak power pulsed fiber lasers”M.Sc., 2011-2013; “Stimulated Raman scattering in gas filled hollow core photonic crystal fibers”M.Sc., 2011-2013; “Single mode lasing and amplification in a highly multimode active fiber”M.Sc., 2010-2011; “Spectral narrowing in a system of coherently combined fiber lasers”M.Sc., 2010-2011; “Wavelength conversion in photonic crystal fibers and femtosecond material processing”M.Sc., 2009-2011; “Wavelength conversion of nano-second pulses to the mid-IR in optical fibers and waveguides”M.Sc., 2008-2009; “Self-phase modulation in gas filled hollow core photonic crystal fibers” (did not complete thesis); Co-supervisor: Prof. Bar, Ben-Gurion UniversityPh.D., 2008-20013; “Phase locking of large laser arrays”; in the last two years co-supervisor: Prof. Davidson, Weizmann InstituteM.Sc., 2008-2010; “High peak power photonic crystal fiber laser”M.Sc., 2023-2026; “Holmium-Doped Lasers Pumped by a High-Power Thulium Fiber Laser at 1931 nm”
