In 2016, I embarked on a mentoring role for students in the Product Design Faculty at the University, marking the commencement of my exploration into mechanical engineering, Arduino, and computer language programming.
Here are a few fiber optic equipment projects where I took charge of mechanical configuration, conducted thermal simulation analyses, and handled mass product documentation.
I collaborated with optical and electrical engineers on a light source project, aiming to develop a compact module suitable for diverse applications such as LIDAR and gyroscopes.
A project focused on developing compact fiber optic gyroscopes tailored for missile defense systems.
I led the design of a 4000W high-power laser system intended for defense systems. My responsibilities encompassed chassis design, thermal simulation analysis, and conducting reliability tests for the chassis.
I conducted thermal simulation analyses of a light source device using ICEPAK software.
CNC-milled chassis design
PCB layout design
drawings for NCT manufacture
drawing for CFM and silk printing
CNC-milled water cooling tunneled plate for high power Laser diode and gain-fiber device.
CMF documentation of a wifi router project.
engineer drawings of a TDS water quality test device.
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