Software Architecture, Data Analytics, Technology Integration, AI+Vision, and High-Performance Computing
Hello! Nice to meet you.
I am a seasoned Principal Engineer and Solutions Architect with over 15 years of expertise in developing high-performance solutions for data analytics, image processing, computer vision, and AI across the services, semiconductor, manufacturing, and medical industries. I am currently a Principal Solutions Architect (L7) at Amazon where I'm responsible for GenAI initatives, Alexa and multi-agent based products for strategic accounts.
Principal Solutions Architect, Amazon.com
I lead technical strategy and development for major partners working with Alexa devices, focusing on key B2B2C accounts and leadership in the fields of LLMs, AI agents and assistants. My job involves overseeing Enterprise Alexa solutions for various devices including Echo Show, smart displays, as well as mobile platforms. I work with engineering and product leaders, manufacturers, system integrators, chipset vendors, and other third-party partners.
Sept 2021 - Present
Principal Software & Platform Architect, Carl Zeiss SMT Inc.
Responsible for the design, implementation, and delivery of HPC market-ready software and data solutions in Metrology+, Defect Detection & AI+Vision for the semiconductor industry using FIB-SEM (Crossbeam), Multi E-Beam (MultiSEM), 3D X-ray (XRM Versa), CT, and Helium Ion microscopes (NanoFab) as hardware platforms.
June 2018 - Sept 2021
Sr. Software Architect, Carl Zeiss Microscopy
July 2016 - June 2018
Responsible for software and algorithm design of customer-specific imaging and data analytics solutions in the raw and advanced materials sector including metals and steels, geosciences, mining, and O&G.
Sr. Computer Systems Engineer, NERSC
April 2012 - July 2016
Responsible for the development and integration of HPC solutions for ALS (The Advanced Light Source is a third-generation synchrotron light source, one of the world's brightest sources of ultraviolet and soft x-ray beams) and LCLS (SLAC Linac Coherent Light Source LCLS produces pulses of X-rays more than a billion times brighter than the most powerful existing sources, the so-called synchrotron sources which are also based on large electron accelerators) at Stanford.
Interests
Image Processing, AI+Vision, and Microscopy
Software Architecture
Cloud and High-performance computing
Customer-facing solutions