Vamsi Vytla
Electronics And Software Engineer at Berkeley Lab
San Francisco, California, United States
Summary
👤
Senior🎓
Top SchoolVamsi Vytla is an electronics and software engineer with 13 years of experience building systems that span FPGA firmware to web services, currently developing automatic Verilog/VHDL generation and high-speed accelerator feedback at Berkeley Lab. He combines deep hardware knowledge—FPGA integration, high-speed Ethernet, ADCs, and timing—with production software skills in Python, C++, and distributed data systems, gained across national labs and industry (Plenty, Schlumberger, Glowfish). An active contributor to the LiteX ecosystem, he has extended board support for Xilinx AC701 and integrated 10Gbps XGMII simulation and USSYSMON monitoring, highlighting a knack for low-level system integration. Comfortable moving between research and product engineering, he applies physics-minded computation to close real-time control loops for particle accelerators and field instrumentation. Based in San Francisco, he brings a rare blend of accelerator control, embedded firmware, and full-stack software experience that accelerates complex instrument development.
12 years of coding experience
16 years of employment as a software developer
Master's, Electrical and Computer Engineering, Master's, Electrical and Computer Engineering at Purdue University
Telugu, Hindi, French
Github Skills (11)
fpga10
hdl10
embedded10
verilog10
digital-design10
system-on-chip10
vhd10
sys10
hardware10
vhdl10
python9
Programming languages (8)
Github contributions (5)
enjoy-digital/litex
Apr 2019 - Mar 2021
Build your hardware, easily!
Role in this project:
Embedded Systems Engineer / IoT Developer
Embedded Systems Engineer / IoT DeveloperContributions:14 commits, 11 PRs, 16 comments in 1 year 10 months
Contributions summary:Vamsi primarily contributed to the support and development of the Xilinx AC701 development board within the LiteX framework. Their work involved modifying board-specific files, including the platform definition and related configurations. Additionally, the user integrated an XGMII 10Gbps Ethernet module for simulation purposes, along with changes to support the USSYSMON hardware monitoring system. The commits focused on hardware integration and low-level system functionality within an FPGA-based environment.
vhdlsystem-on-chipedasochardware
jersey99/litex
Sep 2019 - Nov 2024
Build your hardware, easily!
Contributions:76 pushes, 10 branches in 5 years 2 months
edahardware
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