Georgia Tech · Class of 2028

Shrey Jain

Computer Science @ Georgia Tech

>
Software Engineer

I build reliable backend systems, developer tools, and machine learning workflows — from distributed workflow engines to engineering research.

LinkedInEmail me
backend projects shipped
4
GAN candidates generated
10,000
R² on gain / directivity
0.986

01 / Projects

Systems, tools, and applications I've built.

Distributed systems · Backend

Featured

FaultLine Workflow Engine

A distributed DAG workflow engine built for reliability and concurrency.

  • Redis-backed worker leases coordinate concurrent task execution
  • Persistent workflow state in MySQL survives worker and node failures
  • Retry handling and failure recovery for distributed tasks
  • Sample tasks and automated tests validate end-to-end execution
JavaSpring BootMavenRedisMySQLDocker
View source

Developer tooling · Search

Featured

RepoLens Codebase Intelligence

A codebase intelligence platform for searching and reasoning about repositories.

  • Tree-sitter parsing builds structural information about source code
  • BM25 code search with incremental indexing
  • Dependency-impact analysis to see what a change affects
  • Redis caching speeds up repeated queries
PythonFastAPITree-sitterRedisMySQLDocker
View source

Full-stack

TruckOps Expense Tracker

Trucking expense and load tracking with net-profit summaries, designed around simple operational workflows.

  • Expense entry, load tracking, and net-profit summaries
  • Authentication with persistent, user-specific data
Next.jsFirebase AuthFirestore
View source

AI / ML · Engineering research

GAN-Based Antenna Topology Synthesis

A machine learning workflow for rapidly generating antenna topology candidates with GANs and surrogate electromagnetic models.

  • Surrogate models trained on a 500-configuration Latin Hypercube dataset
  • R² ≈ 0.982 for resonant frequency, ≈ 0.986 for gain/directivity
  • 10,000 GAN candidates screened with the surrogate to find strong designs
PythonGANsSurrogate ModelsElectromagnetics

02 / Experience

Where I've worked.

Backend AI Engineering Intern · FlyRank AI

Built and published four backend projects, with an emphasis on production reliability and AI-adjacent infrastructure.

  • Developed REST APIs, database-backed services, a robots-aware web scraper, PDF generation workflows, and background jobs.
  • Implemented JWT authentication, SQL persistence, idempotent 202 Accepted workflows, retry logic, and failure alerts.
  • Added pytest coverage, Swagger documentation, and Docker Compose environments.
PythonFastAPIPostgreSQLSupabaseDockerpytest

03 / Research

Publications and presentations.

  1. [01]

    PublishedThe Tower Undergraduate Research Journal

    Scalable Analog CMOS Architecture for Nonlinear PDEs Using Coupled Chaotic Oscillators

    An inductorless Chua oscillator array for efficient analog computation of nonlinear partial differential equations.

    • Explored gyrator-C circuits, DTMOS low-power designs, DAC-controlled oscillator coupling, and reaction-diffusion mappings
    • Developed and evaluated an 8×8 Verilog-A oscillator array capable of Turing-pattern behavior

  2. [02]

    PresentedIEEE MIT URTC

    Analog Computers for Efficient Computation of PDEs

    Using analog computing architectures to efficiently solve partial differential equations.

  3. [03]

    ResearchMachine learning × electromagnetics

    GANs for Rapid Topology Synthesis of Antennas Using Surrogate EM Modeling

    Combining generative models, machine learning, and electromagnetic simulation for antenna design.

    • Surrogate models for resonant frequency, bandwidth, gain, and directivity
    • Generative modeling expands the design search space while cutting expensive simulations

04 / About

A bit about me.

I'm a Computer Science student at Georgia Tech focused on Intelligence and Modeling/Simulation. My work spans backend engineering, distributed systems, machine learning, developer tooling, and engineering research.

I enjoy building systems that pair strong technical foundations with practical applications — from workflow infrastructure and code intelligence tools to computational engineering research. I'm particularly interested in software engineering, AI/ML, distributed systems, and reliable systems that solve meaningful problems.

Education

Georgia Institute of Technology

B.S. in Computer Science

Expected May 2028

Focus: Intelligence and Modeling/Simulation

Languages
JavaPythonTypeScriptSQLVerilog-A
Backend
Spring BootFastAPIREST APIsJWT
Data & infra
RedisMySQLPostgreSQLFirebaseSupabaseDocker
Frontend
Next.jsReactTailwind CSS

Organizations

  • HyTech Racing

    Formula SAE electric racing

  • VIP: Automated Algorithm Design

    Vertically Integrated Projects

  • Delta Theta Tau

  • GT Ramblin' Raas

    Garba-Raas dance team

05 / Contact

Let's build something reliable.

I'm always open to talking about software engineering, distributed systems, and research. The best way to reach me is by email.

jshrey244@gmail.comGitHubLinkedIn