Pipat Methavanitpong
Data Engineer
Bangkok, Thailand
Summary
👤
Senior🎓
Top SchoolPipat Methavanitpong is a data engineer with 11 years of experience bridging embedded systems and cloud data platforms, currently building data infrastructure at Bangkok Bank. Trained in microprocessor design (M.Eng., Tokyo Institute of Technology) and self-taught in software, he has moved from firmware and UEFI driver development to designing cost‑effective, operable data platforms using Redshift, dbt, Airbyte and event tracking tools. He drove medallion/Kimball migrations, schema enforcement and analytics performance tuning at FlowAccount, and earlier contributed to GPGPU microarchitecture and UART testing in open projects. Pragmatic about production constraints, he focuses on making data accessible across organizations while minimizing operational overhead and cloud spend. Based in Bangkok, he blends low-level systems rigor with practical cloud engineering to solve large-scale data complexities.
11 years of coding experience
6 years of employment as a software developer
Master of Engineering (M.Eng.) Microprocessor Design, Master of Engineering (M.Eng.) Microprocessor Design at Tokyo Institute of TechnologyBachelor of Engineering (B.Eng.) Electronics and Communication Engineering, Bachelor of Engineering (B.Eng.) Electronics and Communication Engineering at Sirindhorn International Institute of TechnologyHigh School Sci-Math, High School Sci-Math at Assumption College
English, Thai, Japanese
Stackoverflow
223reputation
14kreached
2answers
2questions
Github Skills (21)
verilog10
c1110
c1710
uart9
hardware9
sys9
fpga9
embedded9
architectures6
processor6
casting6
gpu6
accelerated-computing6
cpu-architecture6
sql-server-express6
Programming languages (6)
Github contributions (5)
jbush001/NyuziProcessor
May 2015 - Sep 2015
GPGPU microprocessor architecture
Role in this project:
Embedded Systems Engineer
Embedded Systems EngineerContributions:18 commits, 8 PRs, 18 comments in 4 months
Contributions summary:Pipat primarily contributed to the development of a GPGPU microprocessor architecture by implementing and testing C code for benchmarks. Their work involved adding a conjugate gradient program, written in C, and integrating it within the environment for cycle counting. Further contributions include implementing and testing UART Overrun and Frame Error functionality, which involved changes to hardware description files, software libraries, and test programs.
gpu-computingveriloggpu-programminggpuprocessor-architecture
FulcronZ/NyuziProcessor
May 2015 - Dec 2015
Contributions:6 PRs, 59 pushes, 17 branches in 7 months
systemveriloggpgpu
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