omar mohiuddin

epi engineer

About

I have work experience in photonics, microelectronics and solar cells. I've worked with processing solar cells and LEDs. I have also worked with characterizing materials using various methods such as electron microscopy, optical microscopy, hardness, AFM, XRD and various other methods. I have project experience in root cause analysis where through characterization methods I was able to work with a team and find the root cause for low breakdown voltage of thin film capacitors. The work that interest me the most are process engineering and materials engineering.

Country

united states

City

columbia

Industry

semiconductors

Skill

matlab, characterization, microsoft office, materials science, scanning electron microscopy, nanotechnology, simulations, afm, microsoft excel, research, public speaking, physics, design of experiments, solidworks, spectroscopy, six sigma, programming, experimentation, product development, electrical engineering, autocad, statistics, labview, verilog, vhdl, ansys, simulink, electronics, finite element analysis, python, data analysis

Experience

technology intern

clemson university research foundation

2012-9 - 2013-10 · 1 yr 2 mos

* Assessed Novel Engineering Technologies based on Patentability * Made Decision whether to Pursue Patent * Defended Decision in front of Supervisors * Composed Summary of Technologies for Potential Clients * Represented CURF at Innoventure Conference

research intern

university of south carolina

2008-6 - 2011-8 · 3 yrs 3 mos

* Processed Devices in Class 1000 clean room * Electrochemical Deposition for Metallization * Patterned Metallic Contacts using Photolithography * Characterized Microstructure using Optical and Electron Microscopy

graduate research assistant

clemson university

2012-1 - 2014-8 · 2 yrs 8 mos

* Operated Photo-Assisted Chemical Vapor Deposition Reactor * Deposited Cu2O on Silicon as an Active Layer for Photovoltaic Devices * Characterized Cu2O Thin Film Microstructure * Developed Mathematical Model for the CVD Reactor * Optimized Parameters to Improve Growth of Copper Oxide