tri doan

Research to securing in-vehicle network from proof of concepts to designs and verification. Designing FPGA & ASIC chips to secure data transmitted through CAN bus in general and CAN FD in specific using AES 128 and SHA-1 with a symmetric key. The designs are verified by using direct test bench and random test bench, then validated by using FPGA board-DE115.

Research “Write switching current control to reduce write energy for The Spin Torque Transfer Random Access Memory (STT RAM)”, the ASIC design was developed by using Synopsys ASIC tools. o RTL is written by using Verilog. o System Verilog is used to write Test Bench for verification. -Grade Assistant for many courses: ENGR 120 (Introduction to Computer Engineering); ENGR 205 (Electric Circuit), ENGR 206 (Electric Circuits), ENGR 305 (Linear System Analysis), ENGR 305 (Linear System Analysis), ENGR306 (Electro Mechanical Systems), ENGR 356 (Digital Design), and ENGR447 (Control Systems).

Perform System Integration and Test of high-end automotive infotainment systems. Execute and write automated regression test. Implement and maintain test scripts to ensure automated test applies to all programs. Design and implement software test libraries. Perform software verification. Perform exploratory testing. Assist customer or developers to debug issues.

Work on industrial and academic data fusion projects such as Kalman Filter on GPS & IMU sensor, and Particle Filter for Mobile Robot Localization. o Work with Control and Data fusion by using Kalman filter, Particle filter. o Manipulate PID control, neural network control, fuzzy control.

Work on Embedded Systems and Digital Signal Processing (DSP) by using Matlab, C/C++, Linux Bash Script, and Python for PET (Positron Emission Tomography) in Biomedical Imaging Application. - Model the relationship between 2 signals with given data using one of Wiener Filtering and Adaptive filtering such as the steepest Descent and LMS methods in Matlab

Develop Saber models by using Saber Tool from Synopsys for analysis and optimization in collaboration with a small team of multi-disciplinary engineers (Electrical, Mechanical, and Thermal). -Perform modal linear/non-linear analysis such as Monte Carlo, Sensitivity, DC sweep, AC analysis on battery systems including battery enclosures, battery modules, fuse, and electronic circuit boards to meet performance requirements, which include safety, reliability, weight and cost. -Utilize GM standard work procedures for all simulations and assure high quality CAE models -Work with engineering functions, program teams, suppliers, manufacturing and others to implement design changes as required to achieve vehicle performance -Support system team with design direction based on analysis highlighting areas of concern and recommend solutions for changes to meet the requirements, and also recommend solutions for minimizing weight and cost