SRINATH DOGGALA

AI ENGINEER & FULL STACK ARCHITECT

BOOT_SEQUENCE_V1.0
>INITIALIZING SYSTEM TELEMETRY...
Actively Interviewing for AI & Full Stack Roles•Hyderabad, IN•12:00:00 PM IST ☀️

Srinath Doggala

>AI Systems Engineer

AI Engineer building reliable AI systems, not just LLM demos.

I build production-oriented AI systems across LLM applications, agentic workflows, RAG, voice AI, and backend infrastructure using Python, FastAPI, React/Next.js, and PostgreSQL.

Founding AI Full Stack Engineer Intern @ Sreeva AI
B.E. CSE (AI/ML) · Chandigarh Univ. 2027
View Engineering WorkResume
Srinath Doggala — AI Systems Engineer
OPEN TO WORK

Srinath Doggala

AI Systems Engineer · Agentic Workflows

Founding AI Intern @ Sreeva AI
B.E. CSE (AI/ML) · Chandigarh Univ. '27
Hyderabad, India (Open to Remote / Relocation)
Voice AIMulti-AgentFastAPINext.jsPostgreSQLDocker
Intermediate (MPC) Academic Distinction
97.5%
What I'm Looking For

Building production-oriented AI systems involving LLMs, agents, RAG, voice AI, backend infrastructure, and full-stack product engineering.

AI EngineerApplied AI EngineerAI/ML EngineerAI Full-Stack EngineerBackend Engineer
Engineering Verification & Verified Metrics
View Evidence Matrix
35%

Med. API Latency Reduction

Redis Caching + AsyncIO Pipelines

Measured on production endpoint request workloads at Sreeva AI

27

VoxPilot Automated Tests

Automated Unit & Integration Tests

Routing policies, voice streaming, RAG, circuit breakers & safety

4 Agents

Autonomous Research Swarm

Planner, Researcher, Verifier, Writer

Real-time web retrieval with automated claim verification

500+

Resumes Evaluated

Continuous Load & ATS Scoring

Benchmarked parsing stability and vector embedding match consistency

SELECTED ENGINEERING WORK

Production-Oriented Case Studies

Engineering evidence across real-time voice streaming, multi-agent pipelines, developer tooling, and document intelligence.

Case Study 01AI / Multi-AgentVerified Implementation

VoxPilot AI: Real-Time Voice Agent Platform

Real-time voice AI infrastructure with WebSocket audio transport, adaptive model routing, selective RAG, and circuit breakers.

The Engineering Problem

Real-time voice agents fail unpredictably in production due to upstream provider outages, latency jitter, unverified tool executions, and brittle session state.

What I Built & Solved

A full-stack voice AI platform with WebSocket audio transport, STT/LLM/TTS provider abstractions, adaptive multi-agent routing, selective RAG, deterministic tool safety confirmation gates, provider failovers, circuit breakers, session replay, and token/cost telemetry.

Real-Time Voice Pipeline & Fault-Tolerant RoutingPIPELINE TRACE
1. WebSocket Audio TransportS01

Low-latency bidirectional streaming connecting browser audio to backend voice orchestrator.

2. Adaptive Model Router & Circuit BreakerS02

Monitors upstream provider health and latency; automatically triggers fallback failovers upon errors.

3. Supervisor Agent & Tool Safety GatesS03

Orchestrates intent classification with strict risk classification and approval gates before executing tools.

4. Selective RAG & Observability EngineS04

Contextual vector retrieval, per-request latency & cost telemetry, plus session replay for evaluation.

Verifiable EvidencePASSED
  • 27 automated tests passing (routing, voice pipeline, RAG, circuit breakers, safety)
  • Provider failure recovery with sub-second circuit breaker failovers
  • Deterministic risk-classified tool execution schema
  • Session replay and latency/cost telemetry dashboard
💡 System Status Note:

Frontend live on Vercel. 27/27 automated tests passing in CI. Backend requires cloud API credentials or local Docker runner.

PythonFastAPIReact.jsWebSocketsLLMsRAGLangChain+2 more
Case Study 02AI / Multi-AgentVerified Implementation

ResearchGPT: Multi-Agent AI Research Assistant

Autonomous 4-agent research pipeline executing concurrent web retrieval, claim verification, and cited synthesis.

The Engineering Problem

Single-prompt LLMs hallucinate citations and rely on stale training weights, producing unverified reports unfit for serious analysis.

What I Built & Solved

An orchestrated multi-agent research pipeline where Planner breaks queries into targeted hypotheses, Researcher gathers web documents concurrently via Tavily, Verifier cross-references claims against raw sources, and Writer synthesizes cited Markdown/PDF briefs.

Orchestrated Multi-Agent Workflow EnginePIPELINE TRACE
1. Planner AgentS01

Deconstructs complex user queries into structured research sub-questions and search parameters.

2. Researcher AgentS02

Executes concurrent web queries via Tavily API and extracts full text content.

3. Verifier AgentS03

Cross-checks extracted claims against primary sources to systematically eliminate hallucinations.

4. Writer AgentS04

Synthesizes multi-source data into formatted Markdown/PDF reports with verified inline citations.

Verifiable EvidencePASSED
  • 4 synchronized agents with isolated JSON schema validation
  • 15+ REST micro-endpoints supporting asynchronous document processing
  • PostgreSQL audit trail storing reasoning steps and verified citations
PythonFastAPIReactJSPostgreSQLLangChainOpenAI APIAnthropic Claude API+3 more
Case Study 03Backend SystemsVerified Implementation

ReviewGPT: AI-Powered Code Review Platform

GitHub repository scanner combining AST static analysis, security audits, and Gemini 2.5 Flash refactoring.

The Engineering Problem

Developers push avoidable security flaws (hardcoded secrets, SQLi, XSS) and high-complexity functions that standard linters miss and code reviews overlook.

What I Built & Solved

An automated repository analysis platform combining Python AST parsing for deterministic cyclomatic complexity and vulnerability patterns with Google Gemini 2.5 Flash for contextual line-level explanations and automated refactoring diffs.

AST Static Analysis & Gemini Refactoring PipelinePIPELINE TRACE
1. GitHub REST API IngestionS01

Scans public GitHub repositories, retrieving multi-branch structures and source file AST representations.

2. Static Code AnalyzerS02

Runs AST static checks for cyclomatic complexity, security risks (SQLi, XSS, exposed keys), and boundary bugs.

3. Gemini 2.5 Flash EngineS03

Prompts Google Gemini 2.5 Flash to generate contextual code explanations, quality metrics, and refactoring fixes.

4. ReviewGPT DashboardS04

Renders real-time repository health score, issue distribution, file complexity metrics, and AI assistant UI.

Verifiable EvidencePASSED
  • Deterministic AST checks for SQLi, XSS, and hardcoded credential leaks
  • Cyclomatic complexity metrics computed per function and file
  • FastAPI serverless microservices deployed on Vercel with asynchronous GitHub ingestion
ReactViteFastAPIPythonGoogle Gemini 2.5 FlashGitHub REST APITailwind CSS+1 more
Case Study 04Full Stack AIVerified Implementation

TalentLens AI: AI Recruiter & Career Intelligence Platform

Enterprise resume intelligence & ATS engine performing deep semantic document evaluation and recruiter simulations.

The Engineering Problem

Job seekers lack objective feedback on resume formatting and keyword compatibility against modern semantic ATS engines.

What I Built & Solved

An end-to-end recruitment intelligence system with asynchronous PDF/DOCX layout parsing, vector embedding matching, LLM qualitative scoring, and interactive interview question generation.

Document Parsing & Vector Match TelemetryPIPELINE TRACE
1. Ingestion & ExtractionS01

Asynchronous PDF/DOCX parsing using Python extractors into structured text chunks.

2. Vector EmbeddingS02

Generating dense vector embeddings for candidate experience vs job requirement matrices.

3. LLM Scoring EngineS03

FastAPI REST service invoking OpenAI/Claude models for qualitative candidate evaluation.

4. Next.js DashboardS04

Responsive telemetry interface rendering ATS match breakdown and interactive feedback.

Verifiable EvidencePASSED
  • 500+ resumes benchmarked in continuous stress and parsing tests
  • Strict Pydantic/Zod schemas ensuring quantitative score stability
  • Sub-3s document parsing and vector matching pipeline
Next.jsPythonFastAPIPostgreSQLVector SearchLLMsTailwind CSS+2 more
Case Study 05Computer VisionVerified Implementation

AI-Based Produce Recognition System

Edge-optimized computer vision system providing sub-200ms item classification and instant nutritional telemetry.

The Engineering Problem

Edge produce identification requires lightweight model footprints while maintaining high accuracy across varied real-world lighting.

What I Built & Solved

A MobileNetV2 transfer-learning classification pipeline integrated with Django REST APIs and CalorieNinjas macronutrient lookups.

Inference Engine to Nutritional Data PipelinePIPELINE TRACE
1. MobileNetV2 ModelS01

Transfer learning neural network trained on 30 fresh produce categories.

2. Django REST APIS02

High-throughput inference gateway receiving image payloads.

3. CalorieNinjas IntegrationS03

Automated API call retrieving real-time macronutrient breakdown for top predictions.

4. React UI DisplayS04

Interactive visual cards rendering macro charts and item confidence scores.

Verifiable EvidencePASSED
  • Sub-200ms model inference runtime on web endpoints
  • 30 produce categories classified with high accuracy
  • Live integration with nutritional database APIs
PythonTensorFlowMobileNetV2DjangoReactJSCalorieNinjas APITransfer Learning+1 more
ENGINEERING EXPERIENCE

Production Contributions

Hands-on engineering delivering asynchronous microservices, LLM workflows, and database caching.

InternshipMay 2026 – PresentRemote

Founding AI Full Stack Engineer Intern@ Sreeva AI

Engineering production-oriented AI features and backend microservices using Python, FastAPI, React/Next.js, PostgreSQL, and LLM APIs.

35% lower API response times via Redis caching & async pipelines
Robust REST & WebSocket microservices architecture
Automated CI/CD workflows with Docker & GitHub Actions

Core Engineering Responsibilities

  • Built AI-powered full-stack features using Python, FastAPI, React/Next.js, PostgreSQL, and LLM APIs.
  • Designed asynchronous backend workflows, validated REST APIs, and Redis-backed application infrastructure.
  • Developed RAG and multi-step LLM workflows using LangChain/LangGraph with deterministic validation and failure handling.
  • Reduced API response latency by ~35% through asynchronous processing and Redis caching.
Engineering Stack:
PythonFastAPIReact/Next.jsPostgreSQLRedisDockerGitHub ActionsREST APIsLLM APIs
ENGINEERING STACK & CAPABILITIES

Technical Stack & Tooling

Practical engineering capabilities across AI orchestration, asynchronous backends, modern web frontends, and core CS fundamentals.

AI & Autonomous Systems

(6)
Multi-Agent WorkflowsSwarm Supervision

LangChain · LangGraph · Agentic Workflows

LLM OrchestrationAPI Routing

OpenAI · Claude · Gemini APIs · Fallbacks

RAG & Vector SearchRetrieval

Chunking · Vector Embeddings · Similarity Search

Structured OutputsDeterministic AI

Pydantic Schemas · Tool Calling · Safety Gates

Computer VisionEdge Models

MobileNetV2 · TensorFlow · Transfer Learning

Observability & EvalTelemetry

Session Replay · Cost Tracking · Latency Monitoring

Backend & Microservices

(6)
FastAPIAsync APIs

AsyncIO · WebSockets · REST · Dependency Injection

PythonCore Backend

AsyncIO · Event Loops · Concurrency · Pydantic

RESTful API DesignAPI Contracts

OpenAPI Specs · Validation · Error Handling

WebSocketsStreaming

Bidirectional Audio Transport · Real-Time Events

DjangoFramework

Django REST Framework · ORM · Microservices

Asynchronous TasksBackground Jobs

Redis Queues · Non-blocking IO · Workers

Frontend Engineering

(5)
ReactJSComponent UI

Hooks · State Architecture · Performance Profiling

Next.jsApp Router

Server/Client Components · SSR · API Routes

TypeScriptType Safety

Strict Types · Generics · Interface Contracts

Tailwind CSSStyling

Custom Design Tokens · Responsive Layouts · Dark Mode

Framer MotionInteractions

Spring Physics · Micro-Animations · Layout Transitions

Databases & Storage

(4)
PostgreSQLRelational DB

Schema Design · Indexing · ACID Transactions · SQL

RedisIn-Memory

Caching Layers · TTL · Pub/Sub · Session State

Vector DatabasesEmbeddings

Similarity Search · Cosine Distance · Indexing

MongoDBDocument Store

JSON Documents · Aggregations · Indexing

DevOps & Infrastructure

(5)
DockerContainers

Multi-stage Builds · Docker Compose · Container Isolation

GitHub ActionsCI/CD

Automated Test Suites · Linting · Build Pipelines

VercelEdge Hosting

Serverless Deployments · Edge Runtime · Routing

Git & Version ControlCollaboration

Branching Workflows · Code Reviews · Semantic PRs

Linux / BashSystem Admin

Shell Scripting · Process Management · CLI Tooling

Core Computer Science

(4)
Data Structures & AlgorithmsProblem Solving

Arrays · Trees · Graphs · DP · Complexity

Object-Oriented DesignPatterns

Design Patterns · Separation of Concerns · Clean Code

DBMS & TransactionsDatabase Theory

ACID · Concurrency Control · Query Planning

Operating SystemsSystems

Processes · Threads · Memory Allocation · Virtualization

VERIFIABLE ENGINEERING EVIDENCE

Engineering Proof & Reliability

Engineering claims backed by automated test suites, measurable performance benchmarks, public repositories, and fault-tolerant architectural designs.

Automated Testing
27/27 Tests

27 Automated Tests Passing in VoxPilot

Comprehensive test harness validating provider routing policies, WebSocket audio transport, selective RAG retrieval, circuit breaker state transitions, and deterministic tool safety gates.

Verification Method:

Pytest unit & integration test suite executed across mock audio and provider failure streams.

Performance Rigor
35% Faster

35% Median API Response Reduction

Measured optimization at Sreeva AI achieved by refactoring blocking synchronous routes to Python asyncio event loops paired with in-memory Redis caching.

Verification Method:

Before/after benchmark comparing repeated query latencies on production endpoint traffic.

Document Benchmarking
500+ Tested

500+ Resumes Document Evaluation

Stress-tested TalentLens AI document ingestion across varied formatting, multi-column layouts, and ATS keyword extraction under continuous load conditions.

Verification Method:

Automated batch processing test harness verifying parsing stability and schema adherence.

Reliability & Safety
Zero Cascades

Deterministic Guardrails & Circuit Breakers

Decoupled tool safety confirmation schema preventing unverified actions, combined with health-aware provider fallback routing when LLM APIs degrade.

Verification Method:

Simulated upstream failure injection with automatic sub-second fallback failover.

CI/CD & Delivery
100% CI/CD

Dockerized Microservices & CI/CD

Multi-stage Docker builds paired with automated GitHub Actions workflows for continuous linting, testing, and deployment to Vercel edge networks.

Verification Method:

Automated GitHub Actions runners on every commit with pull-request status gates.

Public Repositories
Public Code

100% Verifiable Open-Source Repositories

Complete transparency: VoxPilot, ResearchGPT, ReviewGPT, and TalentLens have public GitHub repositories with setup documentation and clean git history.

Verification Method:

Inspectable source code, architecture diagrams, test fixtures, and environment templates.

Evidence Deep Dive: 27 Automated Tests Passing in VoxPilot

Category: Automated Testing • Method: Pytest unit & integration test suite executed across mock audio and provider failure streams.

View VoxPilot Tests on GitHub
01 • The Problem It Solves

Eliminating reliance on unverified statements by establishing measurable automated checks, structured schemas, and failure recovery.

02 • Implementation Mechanism

Comprehensive test harness validating provider routing policies, WebSocket audio transport, selective RAG retrieval, circuit breaker state transitions, and deterministic tool safety gates.

03 • Defensible Interview Proof

Pytest unit & integration test suite executed across mock audio and provider failure streams.

HOW I BUILD AI SYSTEMS

End-to-End System Architecture

An interactive breakdown of how client interfaces, asynchronous APIs, agent swarms, databases, and safety layers connect in my projects.

Select Architecture TierFlow: Client → Reliability
TIER 03•SYSTEM TIER SPECIFICATION

AI Orchestration & Agent Swarms

Autonomous supervisors, selective RAG, and deterministic tool safety

Architectural Responsibilities:

  • 01.Orchestrating specialized multi-agent roles (Planner, Researcher, Verifier, Writer)
  • 02.Adaptive model routing with automatic health monitoring and failover
  • 03.Decoupled risk classification and confirmation gates for tool executions
Layer Stack:
LangChainLangGraphOpenAI / Claude / Gemini APIsTavily SearchVector Embeddings

Where It Is Implemented in My Work:

ResearchGPTView

4 synchronized agents executing concurrent web search & fact-checking.

VoxPilot AIView

Multi-agent routing with circuit breakers across LLM providers.

ACADEMIC BACKGROUND

Academic Education

Formal foundations in Computer Science, Artificial Intelligence, Machine Learning, and Mathematics.

2023 – 2027
Punjab, India

Chandigarh University

B.E. Computer Science Engineering (AI/ML)

  • Specializing in Artificial Intelligence, Machine Learning, and Distributed Software Systems.
  • Core Coursework: Data Structures & Algorithms, Deep Learning, Operating Systems, Database Management Systems, Computer Networks, Software Engineering.
  • Active participant in technical coding clubs, hackathons, and AI research projects.
2021 – 2023
Hanmakonda, India

SR Junior College

Intermediate (MPC: Mathematics, Physics, Chemistry)

97.5% Academic Distinction
  • Senior Secondary Board Examination: 97.5% aggregate percentage (Academic Distinction).
  • Demonstrated analytical excellence in Advanced Mathematics, Physics, and Chemistry.

Verified Certifications & Credentials

Validated domain coursework in Google Cloud AI, Generative AI, Machine Learning, and SQL

View Verified LinkedIn Badges
Google Cloud

Innovating with Google Cloud AI

Vertex AI · Google Cloud ML · Generative AI Solutions

IBM

Generative AI: Introduction and Applications

Foundation Models · LLM Prompting · Enterprise GenAI

Duke University

Introduction to Machine Learning

Supervised Learning · Regression & Classification · Neural Nets

University of Colorado Boulder

The Structured Query Language (SQL)

Complex Joins · Subqueries · Database Schema Optimization

ACTIVELY INTERVIEWING

Looking for My Next Engineering Opportunity

I am currently interviewing for AI Engineer, Applied AI, AI/ML Engineer, and AI Full-Stack roles.

Available for Technical Interviews

Founding AI Full Stack Engineer Intern @ Sreeva AI. Ready for immediate technical discussions, code walk-throughs, and system design interviews.

Hyderabad, India· Open to Remote & Relocation
Resume & Technical Documentation
PDF

One-page verified summary covering system architectures, automated testing benchmarks, and professional experience.

Download Resume (PDF)
Verified Profiles:

Direct Message or Interview Inquiry

Submitting directly opens an email draft addressed to doggalasrinath@gmail.com