(for undergraduate and graduate students)
Design and analyse Wireless Sensor Networks
Designs for ultra-low power applications using renewable energy such as solar, temperature and so an (Energy Harvesting Applications)
Hardware technology supported by Texas Instrument, ARM, PSoc Cypress, embedded computer such as Atomic Pi...
Design and analyse power dissipation, area and timing
DRAM, SRAM memory...
Network on Chip, design and simulate with FPGA
Multi-Processor System on Chip
DC-DC converter for Energy Harvesting applications
Neuromorphic using Memristors
High-performance FPGA devices (Xilinx và Quartus)
Cadence (Virtuoso, Spectre, Mentor, UltraSim) and Synopsys (VCS, DVE, ...) and Full custom PDK (Schematic & Layout)
Digital PDk with Silterra 180nm, MagnaChip 180 nm, Samsung 130 nm ...
Analog PDK with Nuvoton 350 nm...
System-level simulations with Matlab and Python tools
Develop image recognition systems based on multi-layer Neural Networks, Convolution Neural Networks, Hierarchical Temporal Memory for hardware-constraint designs
System simulation with MATLAB, CUDA using (GTX family, AWS...)
Hardware platforms from NVIDIA, ARM and Xilinx...
Please feel free to contact me, if you're interested in the topics mentioned above
Van-Khoa Pham (PhD.)
Email: khoapv@hcmute.edu.vn
Mailing address: Faculty of Electrical and Electronics Engineering; Department of Computer and Communication Engineering;
Address: No. 1 VoVanNgan Street, LinhChieu Ward, ThuDuc District, Hochiminh City, Vietnam