My extreme passion for Embedded Software Systems, with experiences in industrial projects and prizes in competitions while studying, especially IoT-based systems.
I have experiences in working with data including structured data and big data.
I have experiences in building full-stack PC, native web, and Android applications.
I have the ability to connect, collaborate and support members in all projects I participate.
Research and develop AWS-based cloud computing platform for IoT-based projects of an industrial customer: create functional and technical architectures, develop AWS IoT services-based instances ingesting realtime data and metadata from edge devices, develop Lambda-based cloud functions, develop AWS Postgresql RDS & S3 & DynamoDB-based data warehouse, develop Angular-based web visualization, manage CI/CD flow.
Research and develop robust Linux-based centralized cloud computing platform and edge computing platform for IoT-based projects of some industrial customers, in the company's framework of Smart City and Smart Industrial Park solutions: create functional and technical architectures, develop embedded softwares for both cloud and edge sides, develop Angular-based web visualization, manage CI/CD flow.
Research and develop cyber physical system for fire safety monitoring of a powersubstation in Ho Chi Minh City (Vietnam): lead a team of 5 members, manage progress of project, manage budget of project, develop EC2(AWS)-based cloud computing platform for deployment and inference of Computer Vision algorithm.
Research and develop cyber physical system for smart farming to experiment company's products, achieved The First Prize in The 7th International Smart and Green Manufacturing Contest (organized by Chinese Assocication of Automation): lead a team of 3 members, manage progress of project, manage budget of project, develop Firebase(Google)-based cloud database, develop Angular-based web visualization and Android app.
Simulation of the structure and implementation of robotics problems with the SCARA YASKAWA-MYS650L robot: forward kinematics, inverse kinematics combined with orbital planning including path and physical transformation, velocity kinematics problem, using Matlab.
Control simulation system including 2 liquid tanks and 6 water pumps by virtual PLC S7-PLC Sim Advanced, and monitor and control by SCADA system programmed 100% object-oriented in C# language, with interface Winform and WinCC Runtime interface.
Position control DC motor with 2 control modes: using PID control system and using STR self-tuning control system, programming language C kit STM32F4 Discovery combined with MATLAB Realtime Workshop feature, implemented via Winform interface.
Design and construction of H-bridge circuit, then test in controlling position and speed of DC motor using PID control system; programming Arduino controller board with C language, interact through Blynk IoT interface application.
Circuit design for data acquisition with 4 digital inputs, 4 digital outputs, 1 encoder counter with rotation determination, 2 PWM outputs and 2 ADC inputs, USB-HID interface, simulation with Proteus software and programming language C kit STM32F4 Discovery.
Simulate HDLC protocol using Go-Back-N, programming language Python.