01 // Overview

I am a software engineer interested in AI and AI safety, particularly in mechanistic interpretability, AI evaluations, and understanding the behavior of advanced AI systems. My background is in building production software systems and AI applications, complemented by a specialization in Data Science and honors in Cyber Security. I am currently exploring opportunities in AI safety research and engineering, where I can apply my experience in software and AI systems to alignment, interpretability, evaluations, and AI safety infrastructure.

02 // AI Safety & Research Focus

AI Safety Research

Mechanistic Interpretability AI Alignment AI Evaluations AI Safety Infrastructure LessWrong Alignment Forum
Completed Cohort

BlueDot Technical AI Safety Course

BlueDot Impact

2024-08-01
03 // Industry Experience

Jr. Software Developer

Mapsted • Remote (N/A)
Apr 2024 — Jun 2026

Built end-to-end sales automation workflows, high-concurrency data pipelines, and optimized web infrastructure for location technology systems.

  • Built end-to-end sales automation workflows using Python and Flask, streamlining lead capture and removing manual handoffs across internal tools.
  • Architected a cache-backed write coalescing pipeline to aggregate bursty workloads and eliminate redundant writes, reducing database load by 98%.
  • Improved Core Web Vitals by restructuring frontend architecture with modern tooling, achieving a 35% reduction in page load latency.
  • Optimized PostgreSQL performance via query tuning and Prisma ORM improvements, maintaining low-latency access under rapid data growth.
  • Developed type-safe REST APIs with Next.js and TypeScript to support high-frequency data updates across distributed services.
  • Implemented RBAC, enabling role-scoped permissions and map-entities access for secure access to sensitive features and data.
  • Owned features end-to-end from design to production, defining architecture and shipping iteratively in a fast-paced environment.

Software Engineer Intern (Founding Team)

Zevo AI • Remote (Karnataka)
Aug 2023 — Dec 2023

Architected low-latency RAG pipelines, high-concurrency GraphQL gateways, and offline-first data sync engines.

  • Architected an optimized RAG pipeline and Node.js backend, reducing end-to-end API response latency by 40% for production LLM workloads.
  • Developed a high-concurrency GraphQL gateway to streamline request routing and authentication; validated system stability under heavy load using Grafana k6.
  • Engineered an offline-first data sync engine utilizing IndexedDB and Redux, enabling seamless manipulation of large-scale datasets with zero network dependency.
  • Built a modular, flow-based frontend using ReactFlow and TailwindCSS, creating a highly extensible interface for complex data visualization and node-based logic.
04 // Built Systems & Labs

Auron AI

Real-time AI desktop and web platform supporting ultra-low latency voice interactions.

  • Architected a real-time AI desktop and web platform supporting ultra-low latency voice interactions through LiveKit and Tauri + Vite orchestration.
  • Engineered a distributed multi-service backend comprising a Node.js authentication layer and a FastAPI AI agent service for real-time inference and task execution.
  • Optimized streaming pipelines for concurrent audio processing and AI response generation, ensuring high reliability and system throughput.
Timeline: 2024-01-01

Trakg

High-performance real-time analytics system capturing partial user inputs and dynamic keystroke events.

  • Built a high-performance analytics system designed to capture and process partial user inputs in real-time, providing deep conversion insights for business growth.
  • Designed an event-driven architecture utilizing Cache Memory and BullMQ for asynchronous job processing, capable of handling high-throughput event ingestion without data loss.
  • Containerized and deployed the infrastructure using Docker on GCP Functions, maintaining a scalable and portable production environment.
Timeline: 2024-06-01 — 2024-12-31

ML-DDoS Detection System

An academic project deploying machine learning classifiers for high-accuracy real-time network traffic and attack classification.

  • Developed an ML-based DDoS attack detection system as an academic project, leveraging CatBoost and Random Forest models for network traffic classification.
Timeline: 2023-01-01 — 2023-05-31
05 // Embedded Engineering & AI Safety Blog
06 // Technologies & Frameworks

Languages & Core

Advanced
TypeScript JavaScript Python SQL Rust (Tauri) gRPC

Frontend

Advanced
Next.js (App Router) React.js TailwindCSS Framer Motion Material UI

Backend & API

Advanced
Node.js Fastify tRPC FastAPI Express.js GraphQL REST APIs

AI & Data

Advanced
RAG Pipelines LLM Integrations LangChain CrewAI WebRTC Vector Databases

Infrastructure

Advanced
AWS Google Cloud Docker PostgreSQL Redis Prisma CI/CD Nginx
07 // Education & Leadership

Academic Background

B.E. in Computer Science and Engineering

University of Mumbai – Saraswati College of Engineering

2020 — 2024

Score: 8.79 CGPA

Specialization in Data Science Honors in Cyber Security

Leadership & Mentorship

Subject Matter Expert

Chegg Inc.

2022 — 2023

Delivered technical solutions for complex computer science and programming queries, maintaining high accuracy and student satisfaction ratings.

Coding Club Head

Coding Club (SCOE)

2021 — 2022

Managed and mentored a team of 30 students, overseeing the strategic planning and execution of campus-wide programming events and technical workshops.

Awards & Honors

HackSparrow 2024 Team Hackathon (3rd Place)

Awarded by HackSparrow

2024

Architected a personalized learning engine using Gemini LLM and MERN to generate dynamic roadmaps and real-time guidance. Tech Stack: Node.js, Express.js, MongoDB, Next.js, Gemini API, RESTful Architecture.

© 2026 Mayur Jadhav. All rights reserved.

Compiled with precision • AI Safety & Systems Architecture