Burin Amornpaisannon, Phd Email & Phone Number

Singapore

Singapore

As part of my Doctoral Candidature under the supervision of Assistant Professor Trevor E. Carlson, and Provost's Chair Professor Li-Shiuan Peh, I have co-developed highly efficient hardware architectures and automated methodologies for secure, trusted computing systems. I am highly experienced in various fields including computer architecture, digital logic design (both ASIC and FPGA development from RTL to deployment), neuromorphic computing, graph processing, coarse-grained reconfigurable architecture, hardware security, fault injection, hardware Trojan, and computer-aided design.Research Projects:- Secure Run-Time Hardware Trojan Detection Using Lightweight Analytical Models- Laser Attack Benchmark Suite- An Automated Methodology for Secure Network-on-Chips - A Highly-Parallel Compute-at-Memory Graph Processing Accelerator- Dynamic Data-Driven Reconfigurable Architecture- Energy-efficient Neuromorphic Architecture

Singapore

Worked as a teaching assistant who was responsible for various bachelor's and master's level courses offered by the School of Computing, National University of Singapore.Modules taught:- Computer System Performance Analysis (CS5239)- Programming Methodology (CS1010)- Introduction to Operating Systems (CS2106)- Software Engineering Project (CS3203)- Introduction to Operating Systems (CS2106)- Programming Methodology (CS1010S)

Singapore

RIDM is a deep tech startup specializing in designing fast and efficient reconfigurable chips that redefine computational performance. Through efficient architecture, RIDM aims to reduce engineering costs associated with traditional chip design; and has successfully filed two patents for its novel architecture.Key Responsibilities: - Co-developed novel, flexible, highly efficient hardware architectures.- Integrated these hardware architectures to Xilinx Vivado and Vitis flow for testing and prototyping.- Fabricated a prototype chip using EFabless Skywater 130nm standard cell library.- Co-authored 3 core technology patents related to novel hardware designs and network-on-chip.

Singapore

- Worked under AMD's CTO Lab.- Implemented a variety of matrix multiplication over Remote Direct Memory Access (RDMA) benchmarks to evaluate the performance of current network interface cards. - Designed and implemented a software driver for AMD’s network interface card run on a Xilinx U250 datacenter accelerator card.

Thailand

- Implemented a real time clock circuit with AMBA 3 APB Protocol with clock domain crossing support to communicate with SCCU, which is Silicon Craft Technology’s proprietary CPU using Verilog and verified the circuit using SystemVerilog and SCCU.- Developed an assembler program for Silicon Craft’s RISC-V based multi-cycle CPU using C++.- Guided other interns, verified, partly designed, and partly implemented Silicon Craft Technology’s RISC-V multi-cycle CPU using Verilog.

Doctor Of Philosophy - Phd, Computer Science, First Class Honours (Cumulative Gpa: 4.5/5.0)

Research Areas: Computer Architecture, Digital IC Design, Hardware Security, Hardware Trojan, Fault Injection, Neuromorphic Architecture.

Bachelor Of Engineering - Be, Computer Engineering

Top 99.5 Percentile - Nationwide