It Developer

Mã hồ sơ: 169532
Họ tên: Nguyen Trung Kien
Giới tính: Nam Ngày sinh: 27/10/1991 (32 tuổi)
Hôn nhân: Độc thân Quốc tịch Việt Nam
Địa chỉ: Mộ Đạo
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Mô tả hồ sơ

Ngành nghề Công nghệ thông tin / IT » IT phần mềm
Vị trí It Developer
Nơi làm việc Hồ Chí Minh
Hình thức làm việc Dài hạn
Mức lương mong muốn Thỏa thuận
Kinh nghiệm 2 năm Cập nhật 26/05/2020

Mục tiêu nghề nghiệp

Experienced mobile developer with a track record of progress in professional IT environments. Exceptionally programming skills about Android, C#, Java, C++, Matlab with the ability to work under pressure as well as outstanding team management, work controlling and planning as a team leader position. Master’s degree in Information and Communication major with focusing on solving Electromagnetic problem by an Artificial Optimization algorithm, Digital signal processing accordingly Radar image technique. Understand and work well with embedded systems, optimization algorithm besides of analyzing signal with simulation software.


Kỹ năng bản thân

Ngoại ngữ:

- IELTS: 6.0 – British Council Korea.


Kinh nghiệm làm việc

(2 năm)
3/2018 -

Master student

Công ty: Radio Communication Laboratory

Mô tả công việc:

- Study about advanced electromagnetic propagation on communication theory.

- Implement a system embedded in Arduino device to reproduce a server for weather forecasting by using NodeMCU EPS 8266.

Research on Metaheuristic Optimization algorithm (Ant Colony Optimization) to apply on Frequency Selective Surface, Radome structure design with publications.

- Simulate the designed model with HFSS also combine the optimization algorithm and HFSS to find the optimal solution of multilayer radome and 3D frequency selective surface design for the required application of electromagnetic propagation characteristics as transmission, reflection consequently absorption rate.

- Publications of this subject:

1. Metaheuristic Optimization Techniques for an Electromagnetic Multilayer Radome Design, Journal of Electromagnetic Engineering And Science, Vol. 19. No.1 (Jan. 2019). 31-36. https://www.dbpia.co.kr/journal/articleDetail?nodeId=NODE08009616.

2. Multilayer Radome Design using Continuous Ant Colony Optimization, in The Korean Institute of Electronics Engineers 2018 Summer Conference, (Aug. 2018).

3. Optimization Technique for Bandwidth Control of 3D Bandpass Frequency Selective Structure, in EMC Sapporo & APEMC 2019 Conference, (Jun. 2019). https://ieeexplore.ieee.org/document/8893717

4. Application of metaheuristic optimization algorithm and 3D printing technique in 3D bandpass frequency selective structure, Journal of Electrical Engineering & Technology (Accepted for publication).

Research on Ultra-wideband (UWB) radar to reproduce Synthetic Aperture Radar (SAR) image for the see-through-wall application and non-destructive health examination of construction.

- Implement Synthetic Aperture Radar algorithm to reproduce the image of objects from radar signal.

- Study digital signal processing to reduce noise and interference from crosstalk initialization signal, background (floor, other objects…) for achieving desired reflected signal.

- Implement autofocus algorithm with optimization algorithm to increase the quality of image as resolution, high contrast as well as objects detection.

- Publications of this subject:

1. System and Method for Diagnosing Radome, Korean Domestic Patent, P190349, (Aug. 2019).

2. Object detection behind various building walls by synthetic aperture radar imaging, in The Korean Institute of Electronics Engineers 2019 Summer Conference (Aug. 2019).

3. Improved object recognition performance of UWB radar according to different window functions, Journal of the Korean Institute of Electrical and Electronics Engineers, (Jun. 2019). Vol. 23. No. 2. (Jun. 2019). 395- 5 402. http://www.dbpia.co.kr/journal/articleDetail?nodeId=NODE08751127.

4. A Study on Effect of Building Wall Structure on UWB SAR Image, 14th European Conference on Antennas and Propagation, (Mar. 2020).

5. Evaluation of Common Building Walls in See-through-wall Applications of Ultra-Wideband Synthetic Aperture Radar, Journal of Electrical Engineering & Technology, (Under reviewing).

Master thesis - A Study of Ultra-Wideband Synthetic Aperture Radar Imaging on Object Detection Behind Various Type of Building Wall.

- Design a simple UWB radar system to reproduce 2D complex SAR image of objects behind the building wall to evaluate the effect of wall to UWB signal with MATLAB.

- Control the working of radar system with the serial port connection for movement platform and LAN connection for radar device.

- Measure the dielectric properties of wall materials and propagation characteristic then analyze the effect of these factors also the wall structure to the see-through-wall potential of UWB radar signal.


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