Shahram Moradi Email & Phone Number

Toronto, On, Ca

Greater Toronto Area, Canada

As an Associate Researcher at TMU, I specialize in supervising projects utilizing biophotonics and Raman spectroscopy to characterize cancerous cells. With a strong background in experimental design and data analysis, I lead interdisciplinary teams to advance our understanding of cancer diagnostics and treatment. My work involves innovative experimental methodologies, rigorous data interpretation, and collaboration with leading scientists to drive breakthroughs in cancer research

Ottawa, Ontario, Canada

Microfabricating suspended waveguides surrounded with photonic crystals on InGaAsP bonded to an insulator (SiO2) with PECVD. The process requires chemical etching, RIE, PECVD, E-beam lithography, bonding, and e-beam evaporation. Characterization of the nonlinear effect using Match Zehnder interferometer.

Victoria, British Columbia, Canada

o Established a robotized lab setup for high-throughput synthesizing and screening over 200 compositions of perovskite semiconductors and battery materials. (Published in nature, communications materials 2022)o Developed a novel multi-dimensional setup to coat ternary combinatorial compositions via slot-die coating for solar cell applications, and characterized over 500 outcome samples utilizing robotized spectrometer. (Under review)o Collaborated in a dual-band laser setup alignment… Show more o Established a robotized lab setup for high-throughput synthesizing and screening over 200 compositions of perovskite semiconductors and battery materials. (Published in nature, communications materials 2022)o Developed a novel multi-dimensional setup to coat ternary combinatorial compositions via slot-die coating for solar cell applications, and characterized over 500 outcome samples utilizing robotized spectrometer. (Under review)o Collaborated in a dual-band laser setup alignment for the optical response measurement of double-nanohole (DNH) apertures. (Published in ACS, nano letters 2019)o Developed a simulation model to validate the optical response measurement of DNH models via RF module utilizing COMSOL. (Published in ACS, nano letters 2019)o Developed a simulation model for computing complex optical energy in planar photonic crystals to achieve a balance between gain and loss for parity-time symmetric purposes utilizing Meep and MPB programming tools. (arXive 2020)o Developed an analytical model utilizing the complex-coupled mode theory to achieve maximum field enhancements by optimizing the absorption cross sections via MATLAB calculations and validating with simulation tools (Ansys Lumerical). (arXive 2020) Show less

Urmia County, West Azerbaijan, Iran

o Assisted in more than twenty-five graduate and research projects by fabricating MEMS devices in the cleanroom classes of 1000 and 10000. o Trained more than 500 hours of photolithography mask design, chemical and plasma etching, thin film coating, and M/NEMS characterization techniques for research (internal and external) clients of the institute

Ankara, Turkey

o Designed an effective zero-index planar photonic crystal for controlling chromatic dispersion near-infrared wavelength via programming tools of Meep and MPB by Scheme interface. (Published in Optical Materials 2017)o Developed optical model on disorders on crystal lattice structure to improve the geometrical response on the gradient index components. (Published in Photonics and Nanostructures-Fundamentals and Applications 2022)

Postgraduate Degree, Laser And Optical Engineering, Postdoctoral

Activities and Societies: III-IV semiconductors engineering Laser-Amatter interaction

Doctor Of Philosophy - Phd, Electrical, Electronics And Communications Engineering

Activities and Societies: Member of OSA in the student chapter Member of SPIE in the student chapter Research and Teacher assistant

Master Of Science, Electrical, Electronics And Communications Engineering

Activities and Societies: IEEE member in the student chapter Research and Teacher assistant