Stephanie Yi Email & Phone Number

• Developing efficient testing tools and infrastructure for maximizing cost and time efficiency

Los Gatos, California, United States

• Led a digital asset creation platform (TOKO) from 0 to production, managing the entire token lifecycle — mint, transfer, recovery, and redemption — while integrating seamlessly with various public blockchain networks such as Ethereum and Hedera• Collaborated with external clients to align features with their needs, while also ensuring scalable deployments on Azure• Guided design reviews and mentored junior team members, fostering dynamic growth to effectively address evolving project requirements

Los Gatos, California, United States

• Analyzed system performance and optimized API endpoints for an end-to-end mortgage sourcing platform• Integrated Equifax eIDV into the platform, enhancing KYC/AML verification capabilities and ensuring compliance with regulatory standards• Designed and implemented the token redemption flow for TOKO, ensuring successful retries with exponential backoff and timely execution of scheduled jobs• Achieved a 50% reduction in CI runtime, bringing regression testing time to under 30 minutes

Santa Clara, California, United States

• Developed automation and QA tools using Python and Tcl, ensuring consistent releases of standard cell libraries to internal and external teams• Spearheaded initiatives to enhance team productivity, accelerating release timelines by reducing the runtime of an automatic metal insertion tool from 5 minutes to under a second

Santa Clara, California, United States

• Managed validation strategy, crafting specialized test content for Xeon Phi processors, with a focus on virtualization features, at both the OS and bare-metal levels, ensuring rigorous testing and optimal performance• Resolved complex issues in pre and post-silicon stages, ensuring processor system reliability

Los Angeles, California, United States

System Power Optimization and Regulation Technologies (SPORT) Lab • Conducted in-depth analysis of FinFET flip-flops, evaluating power efficiency through meticulous SPICE simulations to inform strategic decision-making• Engaged in thorough research on power-efficient technologies, synthesizing and applying technical insights to drive innovation and optimization within the field

Folsom, California

• Implemented critical 3D graphics core message handling in C++ to optimize communication between the execution unit and data unit, contributing to the advancement of a leading graphics processor in the industry• Played a key role in debugging the render graphics pipeline in SystemVerilog by constructing models, executing regressions, and systematically analyzing reports, ensuring the robustness and reliability of the graphics processing system• Actively contributed to source code enhancements, supported code redesign initiatives, and conducted cleanup to eliminate warnings, markedly improving the overall code quality in C++

Los Angeles, California, United States

The BioRC Biomimetic Real-Time Cortex Project"Emulating the Neural Network of C. elegans in Digital Circuits"• Conceptualized and validated sets of artificial neural circuits using Cadence Design Systems, showcasing a proficiency in cutting-edge design tools and methodologies• Delivered precise and insightful analysis of both online and simulation-generated data, demonstrating a keen ability to extract meaningful insights• Conducted extensive research on synapses and the plasticity of neural networks, contributing valuable technical insights to advance the understanding of neural circuitry and inform future developments

Los Angeles, California, United States

• Designed appropriate engineering projects for local K-12 schools to encourage the students to pursue a STEM field in higher education• Updated inventory and student information on Microsoft Access database

Baton Rouge, Louisiana Area

• Provided customer service in a high-volume retail store• Greeted customers and ascertained what each customer wanted or needed.