Aditi Singh is a software engineer with six years of experience building reliable backend systems and test automation, currently working at InstaLILY AI in New York. She holds a high-achieving academic background with an MS in Computer Science from USC and a top-ranked BE in Information Technology from the University of Mumbai. Aditi has interned at AWS and contributed to production-focused roles across startups and research projects, demonstrating adaptability across domains from fintech to digital libraries. She is an active open-source contributor to high-profile ECMAScript projects—helping refine the tc39 Temporal proposal and adding conformance tests in test262—showing a strong focus on precision in time-related APIs and edge-case coverage. Colleagues know her for meticulous bug fixes, spec adjustments, and improving test suites, skills that translate into robust, well-documented code. She combines research-oriented rigor with practical engineering to ship dependable features and prevent subtle correctness issues before they reach production.
6 years of coding experience
3 years of employment as a software developer
Master of Science - MS, Computer Science, 3.7/4.0, Master of Science - MS, Computer Science, 3.7/4.0 at University of Southern California
Bachelor of Engineering - BE, Information Technology, 9.68/10, Bachelor of Engineering - BE, Information Technology, 9.68/10 at University of Mumbai
Contributions:27 reviews, 13 commits, 16 PRs in 5 months
Contributions summary:Aditi primarily focused on adding and improving tests for the `tc39/test262` repository, which is the official ECMAScript Conformance Test Suite. Their work included adding tests to cover edge cases related to argument types in Temporal.Duration, and testing option objects. They also updated existing tests.
Provides standard objects and functions for working with dates and times.
Role in this project:
Back-end Developer
Contributions:20 reviews, 12 commits, 14 PRs in 6 months
Contributions summary:Aditi primarily contributed to the codebase by fixing bugs and implementing improvements related to the Temporal proposal. Their work involved modifying the specification documents, ensuring the correctness of the Duration.prototype.total() return value, and adjusting the handling of time-related functionalities like ZonedDateTime and Instant operations. The user also removed tests ported to test262 and addressed potential ambiguities within the code. The changes showcase a focus on precision and accuracy in time-related calculations within the Temporal API.
datetimedates-and-timesdate-parsertimeagotimes
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