Jinwoo Bae

Jinwoo Bae Email and Phone Number

Sr. Actuation Engineer - Motor Controller at Supernal @ Supernal
Jinwoo Bae's Location
Irvine, California, United States, United States
Jinwoo Bae's Contact Details
About Jinwoo Bae

EMBEDDED HARDWARE - RTL development : Arithmetic, shift, relational, equality, bitwise, reduction, logical and / or, concatenation, conditional, always block, if & case statement, counter, define parameter and constant - FPGA serial interface : SDLC(NRZ, NRZI), SPI, I2C, UART - FPGA bus interface : Address-Data bus, VME bus - Customize IP Cores : DCM, FIFO, Dual Port Ram - Manage the memory map between FPGA and CPU - Synchronous & asynchronous interface handler - VUnit for verification test bench : Ethernet packet generator and checker to evaluate system level test - Real-time debug - Sensor signal gain control circuit - LPF, HPF, BPF, Anti-Alias Filter circuit - Ethernet interface circuit - Debug and verify tool : Oscilloscope, function generator, power supply, logic analyzer, peak power meter, digital multi meter, soldering kitEMBEDDED SOFTWARE - Sys Ctrl : Set the PLLCR, PLLSTS - XINTF : Set the address / data / significant control lines of external zone 0, 6 and 7 - PIE Ctrl : Set the Interrupt Flag and Enable 8 external interrupt lines - PIE Vector Table : Set the External Interrupt / SPI / SCI / I2C lines - Boot Mode : FLASH BOOT MODE, SARAM BOOT MODE - Real-time debug by using Watch Window and Real Time Mode DebugDSP - Common Programming skill : Interrupt handler, under & over flow memory handler, volatile, structure and union, two-dimensional array, DMA read & write, Virtual Memory read & write - TCP/IP, UDP, RS-232, SPI, USB - Algorithms by using IPP Libraries : Sonar Signal Process - Zigbee protocol by using Z-Stack : CSMA-CAMATLAB & Simulink - MATLAB function to design Sonar Theory - Reporting program : Import and verify .csv file - PID Control Loop : Current, Speed, Position Loop of BLDCAuthorized work in U.S.

Jinwoo Bae's Current Company Details
Supernal

Supernal

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Sr. Actuation Engineer - Motor Controller at Supernal
Jinwoo Bae Work Experience Details
  • Supernal
    Sr. Actuation Engineer - Motor Controller
    Supernal Apr 2024 - Present
    Washington, D.C., Us
  • Aibot
    Sr. Embedded Sw Engineer
    Aibot May 2023 - Apr 2024
    Long Beach, California, Us
  • Virgin Orbit
    Sr. Fpga Design Engineer, Avionics
    Virgin Orbit May 2022 - Apr 2023
    Long Beach, Ca, Us
  • Safran
    Sr. Electronics Engineer
    Safran Oct 2018 - May 2022
    Paris, Fr
    • BLDC Motor Control Algorithm : Bipolar BLDC Motor control include current, speed, and position loop• Implement PI control model to Motor Control logic by using C Code Generation.• Design Brushless Permanent-Magnet Machine by using Altair Flux, Flux Motor• Develop 300 Watt PFC circuit
  • Zodiac Aerospace
    Electrical Engineer
    Zodiac Aerospace Feb 2018 - Oct 2018
    Plaisir, Fr
    • BLDC Motor Control Algorithm : Bipolar BLDC Motor control open loop• Memory Map verify and debug between XE167 and SRAM
  • Rje International, Inc.
    Sr. Electronics Engineer
    Rje International, Inc. Apr 2017 - Dec 2017
    Irvine, Ca, Us
    • Target Device : SAM D21G18A, Spartan 6, PGA460-Q1, CC2500, MMA8451Q, IS31FL3731, 128x128 OLED, GPS Module• Development Tool :ATMEL STUDIO7, Arduino, ISE 14.1, PGA460-Q1 EVM• DSP Development and Demonstrate : DFLL 48Mhz, 32-bit Timer Counter Compare/Capture, Event, Interrupt Handler, SPI, I2C, ADC, Measure Distance and Angular algorithm, Sync algorithm between Transmitter and Receiver, Generate the accurate 1 second event• FPGA Development and Demonstrate : Generate the accurate 1 second event, Measure Distance and Angular Algorithm. Sync Algorithm between Transmitter and Receiver
  • Lig Nex1
    Research Engineer
    Lig Nex1 Jan 2014 - Sep 2016
    Yongin-Si, Gyeonggi-Do, Kr
    Before launching a guided missile, it is necessary to test and verify the integrity of the guided missile system. I was solely responsible for developing the guided missile simulator to test and evaluate 1) the analog and digital signal between the VLS (Vertical cold Launch System) and the missile and 2) the telekit (RF) signal between the MFR (Multi Function Radar) and the missile.Develop Missile Simulator System• Target Device : Spartan6, TMS320F28335, W5300• Development Tool :ISE 14.1, Chip Scope, Code Composer Studio 5.5• FPGA Development and Demonstrate : CPU Address-Data Interface, SDLC Interface(NRZ / NRZI), Signal Process Sync Logic, FIFO Driver, System Algorithm• DSP Development and Demonstrate : External Address-Data Interface(Zone0), SCI, Interrupt Handler• Board design, Debug BoardDevelop Evaluate Tool by using Matlab• Import *.csv file which was saved after launching test. • Evaluate the *.csv file by comparing with ICD(Interface Control Document)• Automatically generate a result of *.csv file with report format.
  • Marine System Technology
    Embedded Software Engineer
    Marine System Technology Oct 2012 - Dec 2013
    Due to shallow water levels in the Yellow Sea, it is not an easy environment in which to employ sonars. This project entails the installation of sonars on both sides of the ship’s hull so that the sonars could be employed at all times. I was responsible for developing the Sonar Signal Process. This system successfully exceeded all of the military’s expectations and requirements.Signal Processor System•Target Device : Intel Core i7-2715QE•Development Tool :IPP Libraries 5.2, Measurement Studio•VxWorks Development and Demonstrate : Interpolation Process, Delay and Sum Process, Decimation Process, Environment Noise Estimation, Narrow Band Demon, LOFAR, VERNIER ProcessSONAR SIGNAL PROCESSING(using IPP Libraries)•Beamforming, Interpolation, Decimation, Delay and Sum, Chebyshev filter, Kalman filter, S3PM window, OTA window Environment Noise Estimation, Narrow Band Demon, LOFAR, VERNIER•Speed of sound in water is 1500m/s •PL (Propagation Loss) = SL (Source Level) + TS (Target Strength) – N (Noise) + DI (Directivity Index) + 10logT – 5log d (Passive Sonar Equation)•Sound Speed Profile•Reliable Acoustic Path (RAP) & Shadow Zone
  • Unitech
    Electronics Engineer
    Unitech May 2007 - Mar 2012
    Detect the Red Tide and Jellyfish(08.2011 – 03.2012) •Target Device : Spartan6, S5PC100•Development Tool :ISE 13.1, Chip Scope•FPGA Development and Demonstrate : CPU Address-Data Interface, AD7685 SPI, Signal Process Sync Logic, FIFO Driver, System Algorithm•Linux Development and Demonstrate : External Bus Interface Driver, I2C Interface Driver, SPI Interface Driver, SD Card Driver, RS-232 Interface Driver•Board design, Debug BoardSRSN(Surveillance and Reconnaissance Sensor Network) Sensor Node (05.2007 – 08.2011)•Target Device : Virtex-5, Virtex-4, Spartna6, Spartan3, TMS320F28335, TMS320F2812, LM8738, PXA270, PXA255, CC2431•Development Tool :ISE 8.2i to 12.1, Chip Scope, Code Composer Studio 3.3, IAR 5.50, Fedora, •Board design, Debug Board•FPGA Development : DSP Address-Data Interface, AD7193 SPI, ADS1274 SPI, PGA2505, FIFO Driver, System Algorithm, ADS7734 SPI, AD5242 I2C, DSP Address-Data Interface, AD7685 SPI, FPGA Driver, DAC Interface, PXA270 Address-Data Interface, AIC23 SPI / PCM, PXA255 Address-Data Interface•DSP Development : External Address-Data Interface(Zone0), SPI Interface with McBSP-A, SCI, I2C, UDP Interface Driver(Zone6), Gain Setting application, Sensor Signal Algorithm•IAR Development and Demonstrate : RF Wireless Network Interface•Omni condenser microphone, Dynamic microphone, Accelerometer, Magnetic, PIR, Humidity, Digital CompassP-3CK(03.2009 – 05.2010) •Target Device : Spartan3, PXA270, PCI-6221(National Instruments)•Development Tool(Verilog HDL) :ISE 10.3, Chip Scope, Fedora•Board design, Debug Board•Tacco, NAV/COMM, Acoustic, Non-Acoustic Console

Jinwoo Bae Skills

Verilog Xilinx Ise Chipscope Pro Embedded C Code Composer Studio Zigbee Signal Processing Sonar Beamforming Analysis Fpga C Embedded Software Firmware Digital Signal Processing Microcontrollers Algorithms Computer Hardware

Jinwoo Bae Education Details

  • Kyungsung University
    Kyungsung University
    Electronics Engineering

Frequently Asked Questions about Jinwoo Bae

What company does Jinwoo Bae work for?

Jinwoo Bae works for Supernal

What is Jinwoo Bae's role at the current company?

Jinwoo Bae's current role is Sr. Actuation Engineer - Motor Controller at Supernal.

What is Jinwoo Bae's email address?

Jinwoo Bae's email address is ji****@****fran.fr

What schools did Jinwoo Bae attend?

Jinwoo Bae attended Kyungsung University.

What skills is Jinwoo Bae known for?

Jinwoo Bae has skills like Verilog, Xilinx Ise, Chipscope Pro, Embedded C, Code Composer Studio, Zigbee, Signal Processing, Sonar, Beamforming, Analysis, Fpga, C.

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