Python
FastAPI
Embedded Linux
Generative AI
Machine Learning
LLMs
Firmware
Embedded C
IoT
Arduino
CAN Bus
Microcontrollers
Nagalla Satish
Available for Opportunities

NAGALLASATISH

Building intelligent systems across AI, Embedded Computing, Full Stack Development, and Web3 technologies.

NIT AgartalaElectronics & Communication Engineering

Core Disciplines

Merging hardware precision with software intelligence and decentralized execution to construct end-to-end autonomous solutions.

01 // PHYSICAL LAYER

Embedded Systems & Electronics

Built bare-metal firmware using Embedded C, interfaced sensors with Arduino microcontrollers, and worked with Intel 8085/8086 microprocessors. Familiar with register-level programming, GPIO, UART, SPI, I2C, interrupts, timers, and RTOS fundamentals.

Embedded CMicrocontrollersIntel 8085 / 8086GPIO / UART / SPI / I2CRTOS BasicsAssembly Programming
MCU CORE
02 // SOFTWARE LAYER

Software Development & Machine Learning

Developed predictive machine learning models using XGBoost, LightGBM, and Random Forest for data-driven applications. Experienced with Python, data preprocessing, feature engineering, model evaluation, REST API development, and backend application development using FastAPI.

PythonXGBoostLightGBMRandom ForestFastAPIPandasNumPy
03 // CONSTRUCT LAYER

Web3 & Blockchain

Built decentralized applications using Solidity and Foundry, with experience in smart contract development and Web3 integrations using Wagmi and Viem. Familiar with blockchain development workflows, wallet connectivity, and on-chain application architecture.

SolidityFoundryWagmiViemSmart ContractsWeb3

Products & Engineering Systems

Chronological index of autonomous hardware systems, algorithmic machine learning agents, and smart contract execution infrastructures.

EMBEDDED PROJECTS AVAILABLE
Product Launch // 01

Polymarket AI Trading Agent

Problem Statement

High latency and prediction inaccuracy in high-frequency directional price betting markets.

Overview

Built a real-time BTC trading engine for Polymarket using live Binance WebSocket price data and short-term market prediction models. Developed a backend system with live orderbook tracking, WebSocket communication, risk management, and replay/backtesting features using Python and aiohttp. Used XGBoost, LightGBM, Random Forest, and Logistic Regression models to predict BTC price movement in 5-minute markets, achieving AUC scores up to 0.9501. Implemented automated trade execution, live data processing, and real-time monitoring with dashboard and safety controls.

Performance Telemetry0% AUC Prediction
Key Specifications
  • Real-time Binance WebSocket orderbook listener
  • 5-minute directional prediction models (XGBoost, LightGBM)
  • Automated trade execution backend
  • Telegram bot integration for instant alerts and safety controls
PythonWebSocketXGBoostLightGBMTG Bot
BINANCE WEBSOCKET FEEDAUC prediction: 0.9501
Product Launch // 02

AI-Based Hate Speech and Abusive Language Detection

Problem Statement

Delayed, server-side comment moderation on social media platforms leading to cyberbullying exposure.

Overview

Developed a real-time hate speech detection system for social media platforms such as Twitter, YouTube and Instagram. Implemented text preprocessing, TF-IDF vectorization, and machine learning models to classify content as Hate, Offensive, or Neutral with high accuracy. Integrated the model with a FastAPI backend and a Chrome Extension for real-time detection and inline labeling of comments and posts.

Performance Telemetry0% NLP Classifier Acc
Key Specifications
  • Multi-class text classifier mapping content as Hate, Offensive, or Neutral
  • TF-IDF feature vectorization NLP pipelines
  • Asynchronous FastAPI high-performance inference engine
  • Chrome Extension injecting inline DOM masking overlays
Chrome ExtensionPythonNLPMachine LearningScikit-LearnPandasNLTK
INPUT DOMFASTAPI classifierLABEL MASKINLINE DOM CLASSIFIER ACTIVE
Product Launch // 03

PharosPay

Problem Statement

High settlement costs and lack of secure automated routing for merchant payments on-chain.

Overview

Developed a blockchain-based payment infrastructure on the Pharos Network enabling secure token transfers, merchant payments, and wallet-to-wallet transactions. Implemented smart contracts, transaction routing, and automated settlement mechanisms to simplify on-chain payments.

Performance Telemetry0% Solidity Safety
Key Specifications
  • Foundry-tested Solidity smart contracts for transfers
  • Merchant payment splitters with automated payouts
  • Transaction routing layer resolving network paths
  • Gas-optimized state modifications and event triggers
SolidityFoundrySmart ContractsWeb3Pharos NetworkTypeScript
PHAROSPAYMERCHANT 01MERCHANT 02
Product Launch // 04

PharosMarket

Problem Statement

Centralized execution, high fees, and lack of transparency in standard betting platforms.

Overview

Built a decentralized prediction market platform on the Pharos ecosystem. Developed smart contracts for market creation, trading, settlement, and token-based participation while integrating a modern web interface.

Performance Telemetry0% Slippage Reduction
Key Specifications
  • Solidity smart contracts for prediction market lifecycle management
  • Automated automated trading market makers
  • Decentralized oracle resolution interfaces
  • Next.js and Web3 transaction signing frontends
SolidityFoundryNext.jsTypeScriptWeb3Smart Contracts
AMM CONSENSUS CURVELIQUIDITY DEPTH MATCHED
Product Launch // 05

EVM Wallet Reputation & Risk Analyzer

Problem Statement

Difficult and slow verification of wallet risk signals and reputation scores for Web3 users.

Overview

Built and deployed Base Pulse, a read-only on-chain analytics mini app that analyzes EVM wallet activity on the Base chain. Generates wallet reputation scores and detects strong compromise risk patterns using transaction history and behavior signals. Deployed as a Mini App on Farcaster and Base App with a fast, clean UI for public use.

Performance Telemetry0% EVM Wallet Trust
Key Specifications
  • On-chain transaction behavior analytics model
  • Real-time signature validation and exploit risk scanning
  • Base Chain RPC nodes integration and behaviour mapping
  • Farcaster Frames protocol integration for feed widgets
BlockchainEVMBaseWeb3PythonAPIsData Analytics
BASE RPC NODESGRADE: 98% TRUST
Product Launch // 06

Empathy Engine

Problem Statement

Robotic, monotonal, and detached synthetic speech outputs in client applications.

Overview

Developed an emotion-aware AI speech generation system that enhances traditional text-to-speech applications with emotional intelligence. Built a transformer-based NLP pipeline to detect emotions such as happy, sad, angry, and neutral from user text and dynamically adjust speech parameters including tone, speed, and volume. The system improves listener engagement by generating more natural and context-aware voice output.

Performance Telemetry0% Sentiment Accuracy
Key Specifications
  • Transformer-based emotion classifier mapping text inputs
  • Dynamic cadence, volume, and speech parameter adjustment
  • Asynchronous FastAPI pipeline endpoints
  • Real-time audio synthesis mapping workflows
PythonFastAPITransformersNLPText-to-SpeechMachine Learning
SPEECH CADENCE SPECTRUMEMOTION MATRIX LOADED
Product Launch // 07

Pitch Visualizer

Problem Statement

Manual, time-consuming storyboard creation for text pitch presentations.

Overview

Built an AI-powered storytelling platform that converts text-based ideas and sales pitches into visual storyboards. Implemented scene segmentation, prompt enhancement, AI image generation, PowerPoint export, and video generation workflows. Designed prompt engineering pipelines to improve image quality and generate professional presentations automatically from plain text input.

Performance Telemetry0% Presentation Time Saved
Key Specifications
  • Automated scene segmentation NLP pipelines
  • Prompt enhancement routines mapping artistic criteria
  • Multi-modal image generation and pptx presentation exporter
  • FFmpeg audio-visual storyboard animation rendering
PythonFastAPIGenerative AIPrompt EngineeringImage Generation APIspython-pptxFFmpegJavaScript
NLP SEGMENTPROMPT GENPPTX FILESTORYBOARD EXPORT TIMELINE
Product Launch // 08

Scaled Dot-Product Attention from Scratch

Problem Statement

Black-box understanding of transformer and large language model attention mechanisms.

Overview

Implemented the Scaled Dot-Product Attention mechanism from scratch using NumPy to understand the core architecture behind Transformer models and Large Language Models (LLMs). Built the complete attention pipeline including token embeddings, Query-Key-Value (QKV) generation, attention score computation, scaling, masking, softmax normalization, and output tensor generation. Developed attention heatmap visualizations using Matplotlib to analyze word-to-word relationships and model focus patterns, providing an in-depth understanding of how modern Transformer architectures process language.

Performance Telemetry0% Math Core Validation
Key Specifications
  • Pure NumPy implementations of Query-Key-Value calculations
  • Causal mask scaling structures mapping contextual limits
  • Softmax scaling normalization formulas
  • Matplotlib relationship visualization heatmaps
PythonNumPyMatplotlibDeep LearningTransformersAttention MechanismNLP
SOFTMAXQ x K^TATTENTION WEIGHTS (V)

Technical Specifications

Comprehensive review of languages, platforms, and methodologies employed in engineering robust hardware and software platforms.

SYSTEMS REGISTERED0Autonomous Builds
SKILLS DIRECTORY0+Hardware & Software
MILESTONES AUDITED0Certificates & Awards
GITHUB CONTRIBUTIONS0+Contributions in the Last 6 MonthsConsistently contributing to projects, experiments, and engineering systems across AI, Embedded Systems, Full Stack Development, and Web3.
Layer 01 // Firmware Execution

Embedded Control

BARE-METAL

Writing optimized hardware interactions in C/C++ and Intel 8085/8086 Assembly. Specializing in SPI/I2C protocols, timers, and interrupts.

Layer 02 // Neural Inference

Autonomous Intelligence

ML PIPELINES

Constructing models in PyTorch, executing predictive analysis with XGBoost/LightGBM, and deploying RAG-based AI Agents.

Layer 03 // Consensus & Logic

Decentralized Trust

SMART CONTRACTS

Developing secure Solidity payment architectures and on-chain prediction platforms built using Foundry test suites.

Layer 04 // Computational Core

Software Architectures

FASTAPI & WEB3

Designing fast asynchronous backend APIs in Python (FastAPI/Django) and Web3 frontends (Next.js, Wagmi, Viem).

Technical Specifications

01 // Embedded Systems
Embedded CArduinoGPIO / UARTSPI / I2CIntel 8085/8086 AssemblyDevice DriversMicrocontrollersIoT SystemsReal-Time SystemsEmbedded Firmware
02 // AI & Machine Learning
Machine LearningPyTorch CoreScikit-LearnXGBoostLightGBMNumPyPandasModel EvaluationHugging FaceOpenAI APIs
03 // Generative AI & Agent Systems
AI EngineeringGenerative AILLM IntegrationRAG SystemsAgentic AIMulti-Agent SystemsLangChainLangGraphVector DatabasesPrompt Engineering
04 // Web3 & Smart Contracts
SoliditySmart ContractsFoundryBlockchain DevelopmentTestnet DevelopmentBase/Pharos NetworksWeb3 LibrariesEVM ReputationWagmi HooksViem ClientsPrediction Markets
05 // Backend & APIs
PythonCC++FastAPIDjangoREST APIsWebSocketsAPI IntegrationSystem Design
06 // Frontend Engineering
JavaScriptNext.jsReact.jsTailwindHTML / CSS
07 // DevOps & Infrastructure
DockerLinuxGit & GitHub
08 // Tools & Platforms
VercelGitHub PipelinesFirebase

Education & Experience

Chronological breakdown of formal academic education and early professional work checkpoints in engineering.

ACADEMIC JOURNEY

Bachelor of Technology

National Institute of Technology Agartala

2022 - 2026Tripura, India
ECE SPECIALIZATION

Focused on low-level firmware engineering, microprocessors, digital signal processing, and simulated systems engineering. Active member in technical clubs and robotics design.

PROFESSIONAL INTERNSHIP

Machine Learning Intern

TechnoHacks EduTech

July 2024 - Aug 2024Remote
Internship Certificate

Implemented text preprocessing pipelines, developed classification classifiers, and handled exploratory data analysis tasks utilizing Python, Pandas, and Scikit-Learn libraries.

ACADEMIC JOURNEY

Senior Secondary Education

Sri Sai Aditya Junior College

2020 - 2022Kakinada, Andhra Pradesh, India
MPC SPECIALIZATION

Completed secondary board coursework with core focuses in analytical mathematics, physical mechanics, and digital chemistry concepts.

Milestones & Awards

Significant academic recognitions, competitive examinations rankings, and professional training certifications.

EXAM RANK
Top 3.7%

JEE Mains 2022

Secured a position in the top 3.7 percentile globally in the Joint Entrance Examination (JEE Mains) 2022 among over 1 million candidates.

SCHOLARSHIP
ACADEMIC

FFE Scholar

Selected to receive a scholarship from the Foundation for Excellence (FFE) in recognition of outstanding academic performance and potential.

VOLUNTEERING
FHE PRIVACY

Zama Web3 Volunteer

Selected as a volunteer for Zama, a cryptography and privacy-focused Web3 company building Fully Homomorphic Encryption (FHE) protocols.

WORKSHOP
ELECTROMAGNETIC

Ansys HFSS Training

Completed an intensive 2-day simulation training workshop covering HFSS high-frequency structure simulator tools and techniques.

INTERNSHIP
EXPERIENCE

ML Intern Certificate

Certified Machine Learning Intern at TechnoHacks EduTech, demonstrating competence across data preparation and algorithm training workflows.

Resume Console

Access structural metadata directly or download the complete engineering curriculum vitae.

satish_nagalla.json
{
  "contact": {
    "name": "Nagalla Satish",
    "role": "Embedded Systems & AI Engineer",
    "email": "satishnagalla0@gmail.com",
    "phone": "+91-6302394400",
    "location": "kakinada, Andhra Pradesh, India"
  },
  "education": [
    {
      "institution": "National Institute of Technology Agartala | Tripura,agartala",
      "degree": "Bachelor of Technology",
      "major": "Electronics and Communication Engineering",
      "period": "2022 - 2026"
    },
    {
      "institution": "Sri Sai Aditya Junior College | AP,kakinada",
      "degree": "Senior Secondary Education",
      "major": "MPC (Mathematics, Physics, Chemistry)",
      "period": "2020 - 2022"
    }
  ],
  "experience": [
    {
      "company": "TechnoHacks EduTech",
      "role": "Machine Learning Intern",
      "period": "July 2024 - Aug 2024",
      "description": "Completed a Machine Learning internship at TechnoHacks EduTech, gaining hands-on experience in data preprocessing, model building, and predictive analysis using Python and machine learning algorithms."
    }
  ],
  "advancedSkills": [
    "Microcontrollers",
    "Python",
    "Ai Agents",
    "Smart Contracts",
    "C++",
    "Web3",
    "C",
    "Arduino",
    "GitHub",
    "Embedded Systems",
    "Embedded C",
    "Blockchain"
  ]
}

Curriculum Access

Download the formatted, applicant-tracking-system (ATS) compliant hardware/software engineering profile directly in PDF format, or capture the structured raw JSON object above.

Download CV (PDF)

Let's Build Something Great

Establish direct connection across endpoints or explore technical qualifications. Available for full-time roles, research contracts, and systemic builds.