• Architected and implemented a new "/channel/" page for tiktok.com, enhancing the existing keyword page SEO strategy.

• Applied an interlinking strategy to enhance page comprehension for search bots, improving SEO-facing pages' integration into user product experience.

• As the inaugural engineer on the US SEO team, developed internal documentation and onboarding procedures, and established team workflows for scrum, experiment review, and knowledge sharing.

• Assisted in the technical design of rapidly-scalable web pages leveraging Large Language Model (LLM)/generative AI for customized content generation

• Successfully transitioned the web server for logged-out pages to a fully Node.js based platform, achieving a 2% performance boost across the platform.

• Led the unification and restructuring of shared code between logged-in and logged-out apps, significantly enhancing developer efficiency.

• Pioneered and developed the "/ideas/" pages primarily for logged-out users, a critical move towards diversifying our logged-out user content strategy.

• Engineered and maintained an internal content management tool for "ideas" pages, enabling international stakeholders to generate and customize content seamlessly.

• Spearheaded project to rearchitect and redesign unauth profile, leading to 20% increased signups through the page, 10% increased total traffic to the page, 15% increased average session length

• Migrated profile routing and resources from a legacy framework to pure React for 5% increase in page load speed

• Iteratively optimized profile for search ranking through improved interlinking, text signal, and page metadata

• Deployed web platform changes to improve error code handling and page routing redirect logic

• Worked as part of the Destiny 2 development team to create novel content for gameplay encounters in DLC 2

• Added new functionality and streamlined existing behavior for components like projectile tracking in the D2 engine

• Expanded networking capabilities in the D2 engine by developing authority-gated events for individual client simulations using single-recipient networked messages

• Communicated closely with designers to expedite engineering support for the creation of key gameplay features/code

Researching methods in synthetic biology and biological modelling to engineer a project for the 2016 Stanford-Brown iGEM team