Tu Tran

I am electrical electronics engineer

Working summary (1993 – 2022):

• 1) Hardware design and HW system testing:  high / low voltage, 3 & 1phase AC and DC electronics analog / digital control system designs, system under tests, EMC design and analysis, PCB,  schematic captures, cable harness, electrical pane layout, hand on testing, troubleshooting and building  of systems. Microcontrollers, RF circuits, VCO, PLL, OPAM, AC/DC power supplies, electrical / electronic IC components, Oscilloscope, spectrum analyzer, PLC_AB5, TX (Direct Logic), Omron, Fanuc_GE, AC / DC motor controllers, Siemen S5/S7, sensors, Relay, LAN, RS232, CANBUS, Ethernet.
• 2) Software: E AutoCAD 2015+, Visio, Cadence Allegro ORCAD V17.4_2021, PLC, C, VB6, Linux, Perl, Shell, Pascal, Assembly languages, Pycharm 2020, Xilinx Vivado 2020.2, DO_178B, DO_254, DO_160, EMC-EMI-ESD (MIL-461E). Xcel, Ms_visual studio 2019, Boland C++, automation simulation test, Unity, DAS, Labviiew2019, DOORs.
• 3) Application: Aerospace, aircraft, military, rail, transportation, telecommunication, industrial robotic automation and automotive controls, consumers’ electronics. Space Satellites (RF, Radar), Aircraft Avionics and Power distribution, RF Cable TV, internet systems.

Success: Automation control machines, alarm system, FSK modem, Light controllers, SVFP test station, and Harmonic Ratio analyzer.

Electrical Electronics Engineer (BE) in Major Electronics Communication. RYERSON UNIVERSITY, ON, Canada 1993.

THESIS and PROJECTS: Designed and developed the full duplex FSK MODEM, and electrical light controller, and frequency shifter using Microcontroller MC6809, ADC/DAC, MC6502, RS232, SCR, OPAM, Frequency Oscillators, PCB and assembly language. Designed power supplies AC to DC and DC to AC up to 1 KW.

Others: Laser, communication protocol, C, VB6, assembly language.