Experience 1
Title: LEAD SOFTWARE ENGINEER (Full Stack Web Development) | Company: STELLANTIS | Duration: Sep 2025 - Present | Summary: Leading web-widget and infotainment apps development and delivery for Stellantis with production-grade full stack implementation.
Experience 2
Title: SR. TECH LEAD (Full Stack Web Development) | Company: STL Digital | Duration: Nov 2023 - Aug 2025 | Summary: Led web-widget and infotainment apps delivery for Stellantis and drove robust end-to-end full stack execution.
Experience 3
Title: SR. MANAGER (Industry 4.0, IoT, IIoT) | Company: Best Koki Automotive Pvt. Ltd. | Duration: Jul 2019 - Oct 2023 | Summary: Led IIoT and automation initiatives from MVP to production, integrating shop-floor machines, edge systems, cloud APIs, and LIVE OEE/MES dashboards.
Experience 4
Title: ROBOTICS FACILITATOR & FULL STACK WEB DEVELOPMENT | Company: Pathways School Gurgaon (PSG) | Duration: Jul 2016 - Jun 2019 | Summary: Led robotics, full stack development and IB learning programs, enabled STEM innovation, and mentored students through practical design-technology projects.
Experience 5
Title: Fellow Research Engineer (Software Development) | Company: Academy of Robotics (Corporate Office), Visakhapatnam, AP, India | Duration: Nov 2015 - Apr 2016 | Summary: Contributed to software development and engineering initiatives for applied robotics and educational technology programs.
Experience 6
Title: Research Scholar (Training & Internship) | Company: Robot Learners Pvt. Ltd., Bhubaneswar, Orissa, India | Duration: Jan 2013 - Jun 2013 | Summary: Worked on research and implementation tasks during training and internship focused on practical robotics and embedded-software learning.
Skill 1
Programming Languages: C/C++, Python 3+, Type Script, Java Script, Node JS, Shell Scripting
Skill 2
Cloud Computing: AWS Services, Google Cloud Computing
Skill 3
Database: MYSQL, Sqlite3, MongoDB, PGSQL
Skill 4
API: REST API, GRAPHQL, gRPC
Skill 5
IDE: Visual Studio Code,Cursor IDE, Claude Code, Jupyter Notebook, Pycharm, ,
Skill 6
Operating Systems: Windows , Linux, Embedded Linux, MAC
Skill 7
Web Technologies: HTML5, CSS3, JS, JQUERY, Bootstrap, React JS, Responsive Design
Skill 8
Telemetry Data Streaming and Pipeline System: Kafka
Skill 9
AI and LLM API and Tools: OpenAI, Claude, Gemini, Gemini CLI, GROQ, VOSK, HuggingFace Custom LLM Model
Skill 10
CI and CD: Github Action, AWS Build, Terraform (Early Stage)
Skill 11
Embedded Systems: Embedded C/C++, Micropython
Skill 12
Communication Protocols: Modbus, MQTT/S, OPC UA,Embdded System Protocols(I2C/ SPI/ RS232/ BLE/ WiFi), HTTP/HTTPS, FTP Protocol, Socket Communication, SMTP
Skill 13
AI and LLM Protocols: MCP
Certification 1
Title: eMDP Program in AI & ML Projects | Company: IIM-Kozhikode | Year: Training & Certification | Summary: Program to manage and handle AI and ML projects and related products. | Link: https://drive.google.com/file/d/12CYKyDA1NZtoZmMekFYTaZ73gX0q8WRZ/view?usp=sharing
Certification 2
Title: Geo-Spatial Data Collection and Analysis for SCM | Company: ISRO-IRS | Year: Training & Certification | Summary: Geospatial data collection and analysis for supply chain management use cases. | Link: https://drive.google.com/file/d/1fBvGzAV2O0O8fOpojmJxHU9or_8KRSPO/view?usp=sharing
Certification 3
Title: Kepware KEPServerEX Training | Company: Kepware USA Team | Year: Training & Certification | Summary: Industrial data connectivity and integration training using Kepware tooling.| Link: https://drive.google.com/file/d/10k1pX9IYdGMKNsoGdxXcaWhnhNw1XdzD/view?usp=sharing
Certification 4
Title: Robotics and Embedded System | Company: Robo Learners Pvt. Ltd. | Year: Training & Certification | Summary: Hands-on robotics and embedded system development training. | Link:https://drive.google.com/file/d/1MSKttQY5eO-dx2CYXMA1wv6e2aAy_64g8Q/view?usp=sharing
Certification 5
Title: .NET GUI Development | Company: FRAMEWORK | Year: Training & Certification | Summary: GUI application development fundamentals using .NET technologies.
Certification 6
Title: IoT Foundation: Telemetry, Command and Control, Fleet Management | Company: AWS | Year: Training & Certification | Summary: IoT telemetry pipelines, command and control, and fleet management practices.
Certification 7
Title: Introduction to IoT Product Development | Company: PTC and UDEMY | Year: Training & Certification | Summary: Fundamentals of IoT product development lifecycle and implementation approach.
Research 1
Title: IOP CONFERENCE | Year: Earth & Environmental Science | Citations: Referenced | Summary: Cited within global research regarding environmental impacts and technical monitoring systems. Link: https://iopscience.iop.org/article/10.1088/1755-1315/1097/1/012047/pdf
Research 2
Title: RESEARCHGATE | Year: Technical Design Publication | Citations: Referenced | Summary: Featured research on Hydroponic Box design integrated with real-time IoT monitoring systems. Link: https://www.researchgate.net/publication/364612968_Hydroponic_Box_Design_with_an_IoT_Monitoring_System
Research 3
Title: UNIVERSIDADE FEEVALE | Year: Institutional Repository | Citations: Referenced | Summary: Academic reference for educational research and technical implementation of embedded systems. Link: https://tconline.feevale.br/tc/files/0001_4644.pdf
Research 4
Title: SIAM UNIVERCITY | Year: E-Research Portal | Citations: Referenced | Summary: Cited in technical studies focusing on the intersection of technology and sustainable systems. Link: https://e-research.siam.edu/wp-content/uploads/2025/04/engineering-electrical-engineering-2021-coop-Charan-Rukyate-6223200025-Design-and-Installation-of-a-Lighting.pdf
Research 5
Title: UNIVERSITAS NEGERI YOGYAKARTA (UNY) | Year: E-Research Portal | Citations: Referenced | Summary: Cited in technical studies focusing on IoT System Using ESP8266 technology. Link: https://eprints.uny.ac.id/64870/8/DAFTAR%20PUSTAKA.pdf
Research 6
Title: TRUTELA BUSINESS | Year: Entrepreneurial Insights | Citations: Referenced | Summary: Referenced for insights into small business innovation and technical entrepreneurship strategy. Link: https://www.trutela.com/5-things-to-consider-before-opening-a-small-business/
Research 7
Title: MY TECH BLOG: RRJPRINCE.COM | Year: Personal Technical Archive | Citations: Referenced | Summary: Direct links to detailed IoT and small business innovation frameworks authored by Rakesh. Link: http://www.rrjprince.com/2017/09/best-small-business-ideas-for-small.html
Award 1
Award: Full Stack Leadership Excellence | Year: 2025 | Summary:
Awarded by Stellantis (Global) for contributions to next-generation infotainment platforms and technical transformation across global brands.
Award 2
Award: Spotlight Award | Year: 2024 | Summary: Awarded by STL Digital for innovative engineering and end-to-end delivery of enterprise-scale full stack initiatives.
Award 3
Award: World Record Participation | Year: 2021 | Summary: Recognized by Guinness World Records for contributing to AI-for-India 1.0 and helping set a global record in AI implementation and education.
Award 4
Award: High Five Award | Year: 2018 | Summary: Awarded by Pathways (PSG) for exceptional performance and dedication to organizational goals and team collaboration.
Award 5
Award: National Level Coach | Year: 2018 | Summary: Recognized by FLL and STEM India for mentoring robotics teams for First Lego League at the national competition level.
Award 6
Award: National Level Coach | Year: 2017 | Summary: Recognized by FLL and STEM India for exceptional leadership in guiding student robotics teams toward technical innovation.
Award 7
Award: Rockstar Rookie Award | Year: 2016 | Summary: Awarded by Pathways (PSG) for outstanding contributions as a new member through initiative and creative problem-solving.
Award 8
Award: IBM Bluemix Enablement | Year: 2014 | Summary: Recognized by IBM Global for expertise and certification in utilizing enterprise cloud computing platforms.
Award 9
Award: Vizag Fest Recognition | Year: 2015 | Summary: Recognized by VSKP Team for exceptional technical performance making iTracker Hybrid App and collaboration during the regional Vizag Fest event.
Award 10
Award: Computer Honors Topper | Year: 2013 | Summary: Recognized by P.N. Automous College Academic for achieving top rank in Computer Science Honours with high academic and technical performance.
Award 11
Award: 1st Place Science Exhibition | Year: 2013 | Summary: Recognized by P.N. Automous College for innovative and impactful project work demonstrating creativity and scientific thinking on Bluetooth Based Automation System.
Award 12
Award: 1st Place Science Exhibition | Year: 2012 | Summary: Recognized by P.N. Automous College for presenting an innovative project with a strong grasp of UAV concepts.
Project 1
Client: Stellantis | Image:https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgJ2FQysLsrDeyM-mW1MC1OaY0JqSqazmZEN6o6ZfRzJFsLz1aUN3egzwcG9WAQ3Ph4eqiQkNGbCn19sV5IOXFMKb1JLG9mwiYRkusi-BHJM8le4-3gKGtCb6x-R-twK4JW2Oj6eDnKNGj_YltJT7kV0wxfQncO5VJLNiC-NG58Tt5emO4/s1600/STELLANTIS_INFOTAINMENT_PROJECTS.png | Project / Product Name: Infotainment System Application Development | Description / Overview: Multi-app infotainment development for GEOCACHING, DYRT, Vehicle Schedule Service (MOPAR), Free2Move Charge, Recreation, Sheeva Fuel, and LBDSS template framework. | Role: Lead Software Engineer(Project Lead) | Tech Stack: JavaScript, TypeScript, Node.js, React, REST APIs, Fast API (Python), AWS Services, Vehicle Telemetry System and APIs | Key Features: POI-based framework, reusable templates, production-ready modules | Impact / Results: Improved delivery speed (From 6 Months to 1 Month) and consistency for infotainment releases | Architecture / Design: Modular app architecture with reusable component strategy | Challenges & Solutions: Standardized templates to reduce duplication and streamline delivery | Integrations / APIs: Geocaching API, Dyrt API, MyQ API, MOPAR services, Free2Move Charge services, Recreation.gov API, Sheeva Fuel, internal APIs | Deployment / DevOps: CI-driven build and release workflow | Security: Secure API communication From Cloud to Cloud & Vehicle to Cloud (API Keys, AWS Cognito , Vehicle JWT) and controlled access policies (Eligibility Engine) | Performance: Optimized rendering and API response handling for in-vehicle usage
Project 7
Company: OpenSource Contribution | Image:https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjtJyoDjWY8iQIvMtYQB3K6ffLmxrvq_cCj6FpgXDYNQ8Bjt3gEhxJqKsTon1Ympxi1GsjAWKEcF0S23Vn-a8e2wUT0frD_12zZai5XWfseqCPCs7L3gA4NDlLeL4q08jegnZyMjRgZxqKP3oVvdXI77sxaO6mlOlGR-vRB-HA7a4MkOdk/s1600/UNIMAPJSLIB.png | Project / Product Name: Provider-Agnostic Mapping Architecture (UniMap JS) | Description / Overview: A provider-agnostic map abstraction layer that enables teams to switch map providers with a single configuration change while keeping a consistent developer API and minimal runtime footprint. | Role: Architect & Core Maintainer | Tech Stack: JavaScript, TypeScript, Web Components, Mapping SDK Integrations | Key Features: Supports 10+ providers (Google, Mapbox, Bing, OSM, Azure, Here, TomTom, Yandex, CARTO, MapmyIndia), provider-agnostic one-line switching, zero dependencies, consistent API, lazy provider loading, TypeScript-ready definitions, custom HTML element usage, and browser compatibility for modern engines. | Impact / Results: Reduced vendor lock-in risk and accelerated multi-region map rollouts with a single integration surface. Open-source contribution enabled community adoption and reuse. | Architecture / Design: Adapter-based provider abstraction with shared contract interfaces and pluggable provider modules. | Challenges & Solutions: Solved fragmented provider APIs by normalizing map primitives and events into one deterministic interface. | Integrations / APIs: Major map provider SDKs with secure API-key orchestration strategies. Open Source Resources: REPOSITORY, NPM PACKAGE. | Deployment / DevOps: Versioned package publishing and backward-compatible release process for npm consumers. | Security: Secure API key handling through controlled orchestration patterns and environment isolation. | Performance: Lightweight startup through lazy loading and minimized bundle overhead.
Project 8
Company: OpenSource Contribution | Image: https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhuptBs65XG_jdno89mOj7nuZZZY23Ru_CNsG1jncrzg8Pdk4aSg_HsPjvpX1RaI18E8LuKWc7RYfQtXyoEhaDjqczJ04mbGZGg0QraOqGz6BybGw2oRhyZ-7mN809NwUXbvgdF328r0Zd-lnwPxdCE9JWFB_jB704R_iwBvv2aUi8azR0/s1600/GEO-INTEL-OFFLINE.png | Project / Product Name: Deterministic Offline Geo-Intelligence (Geo-Intel-Offline) | Description / Overview: An offline-first geospatial intelligence engine for ultra-fast deterministic lookups, geofencing, and region-aware coordinate operations without external API dependencies. | Role: Principal Engineer & Maintainer | Tech Stack: Python, JavaScript, Geospatial Algorithms, Data Compression Pipeline | Key Features: < 1ms lookups with < 15MB memory footprint, zero-network offline operation, validated accuracy across 258 countries/territories, deterministic behavior, 66% compressed footprint, smart metric/imperial unit detection, stateful geo-fencing alerts, Haversine/Vincenty/Spherical Law algorithms, and validated region-constrained random coordinate generation. | Impact / Results: Eliminated API costs and rate-limit bottlenecks while improving reliability for latency-critical geospatial workflows. Open-source delivery expanded developer accessibility. | Architecture / Design: Deterministic computation core with compressed regional data index and multi-algorithm distance computation layer. | Challenges & Solutions: Addressed geo-precision and performance trade-offs through precomputed indexes plus algorithm selection by use case. | Integrations / APIs: Offline runtime modules for Python and JavaScript environments. Open Source Resources: PYTHON SRC, JS SRC, PYPI. | Deployment / DevOps: Automated packaging and distribution pipeline for reproducible cross-language releases. | Security: No external network dependency reduces data exposure and outbound security risk. | Performance: Consistent sub-millisecond lookup targets with memory-optimized execution.
Project 9
Company: Stellantis (MVP) | Image:https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEi-MGabsBccRB6t-OzY0Xxr_PJamRJiYWGHnPA5jClAYyow1lDoSpLZajkDki2FMB7wF4HlyPhS7bYIqwB_lVR4aGTqKbaoeAg8avt6Jmx_-BHRct5kGQq1nwsdfEUWLCVFhjozmCoqmvTJV4WwWquj2hGb2wP-iIwW42gMg12rHBzMADw/s1600/AI_BASED_API_TESTING_MVP.png | Project / Product Name: Full-Stack AI-Powered Test Framework (Weekend Dump) | Description / Overview: A full-stack intelligent automation framework that generates and executes robust API test suites from specs and plain-text prompts with enterprise-grade reporting and CI quality gates. | Role: Full Stack / QA Automation Architect | Tech Stack: Python, pytest, pytest-xdist, CLI + Web UI, LLM Integrations (Ollama, Groq, Gemini), WebSocket, HTTP Polling | Key Features: AI suite generation from Postman/Swagger/Text, chained API workflows with dynamic variables, multi-protocol testing, CLI and UI parity, parallel execution engine, executive reports (PDF, Excel, JSON), local LLM support, and CI/CD quality gate enforcement. | Impact / Results: Accelerated test authoring and increased regression confidence through reproducible, high-throughput automation pipelines. This project is private/proprietary (not open source). | Architecture / Design: Layered orchestration for generation, execution, protocol adapters, and reporting services. | Challenges & Solutions: Handled dynamic dependency chains by introducing variable propagation and step-wise execution context management. | Integrations / APIs: Postman collections, OpenAPI/Swagger, WebSocket endpoints, and HTTP polling services. | Deployment / DevOps: CI-ready command workflows with pass-rate enforcement and artifact publishing. | Security: Controlled model/provider access, sanitized runtime inputs, and secure report artifact handling. | Performance: Parallelized runner design for fast feedback on large API suites.
Project 2
Company: BEST KOKI Automotive PVT. LTD. | Image:https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh2rKyD0mQaVj0CPGUFWlaCLTYNG1dCSLp0QuznHHYKXOpDEjNFvFIuD7Nek-sdI98vISK9525IbeDEthb7OkrslIIN3lvophLoS6kCjZ-D9oc7_LGH5sQCgI-eTb9hmB8IRb1CJS1Sdw24pt4f__RBxqEWNLsdMcvOWvWtsryurDqdC1E/s1600/BK_BEST_IDE.png | Project / Product Name: BEST IDE | Description / Overview: Cloud-based IDE with AI-based debugging support and FOTA integration support to Best Gateway. | Role: Full Stack Product Developer (Architect & Development) | Tech Stack: Node.js, Web UI, AI-assisted debugging workflows, Google cloud services(GCP), C/C++, Shell Scripting, Linux | Key Features: Built-in and custom library support, cloud access, debugging assistant | Impact / Results: Improved developer productivity and faster issue resolution, Cloud based development & OTA Update | Architecture / Design: Cloud IDE service layer with modular debugging workflow | Challenges & Solutions: Balanced flexibility and control through extensible plugin-style libraries | Integrations / APIs: Gateway APIs and cloud service APIs | Deployment / DevOps: Managed cloud deployment and release management | Security: Access control and controlled runtime actions | Performance: Low-latency editor interactions and reliable sync
Project 3
Company: BEST KOKI Automotive PVT. LTD.| Image:https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhuE17xoWR_-xZu_PuHFZ3NsB39eoGSOz_-kyyihYVdxPS18rzxslGIZagJMKM12ksZqQewuemeo-z3bumKaZoJSWdCQhQ6eVd2gIt6GGCRPiWlWSCtrh3MKZIXTziS8T7WgFg0PxbU2FPyJvbeRIkvStQqJp5EyJr-Hm4U6jkWDHtrmao/s1600/BK_BEST_GATEWAY_EDGE_DEVICE_PROJECT.png | Project / Product Name: Best Gateway and Edge Device Development | Description / Overview: Edge-to-server machine data collection platform for production environments with dashboard observability. | Role: Full Stack Product Developer (Architect & Development) | Tech Stack: Embedded systems, REST API, MQTT, Node.js, dashboard stack (Grafana & Custome dashboard), | Key Features: Production machine connectivity, telemetry ingestion, MES dashboard data views | Impact / Results: Better shop-floor visibility and data-driven operational decisions | Architecture / Design: Edge gateway + ingestion APIs + dashboard layers | Challenges & Solutions: Solved protocol diversity using adapter-based edge connectivity | Integrations / APIs: Machine protocols, REST services, MES endpoints | Deployment / DevOps: Versioned deployments for gateway and backend services | Security: Secure data transfer and access controls for operational data(End to End Encryption, API Keys, JWT) | Performance: Stable ingestion throughput for continuous telemetry streams (MQTT & HIVE MQ)
Project 4
Company: BEST KOKI Automotive PVT. LTD.| Image:https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg9j-Bs7-6wIcJqzqnMry9cqRWgMuKQIM35HniMvU3dMjV_okG1U9nLK0CDQvdMfKcY701pZ9eNEwwNbtiDnpKmsPDciCJ-s12D5VPlJnabXGXyR87tpQDKMgO9mYeyq43TROIgnmGFkWTlJxoGUymIoTjRkwZ0Pfq4SPwS8vyQqpqjUxQ/s1600/BK_FCA_IIOT.png | Project / Product Name: IIoT Implementation in FCA Transmission Production Line | Description / Overview: End-to-end process traceability implementation with IoT-based live dashboard visibility. | Role: Full Stack Product Developer (Architect & Development) | Tech Stack: IIoT stack, telemetry pipeline, APIs, live dashboarding | Key Features: E2E traceability, live production tracking, actionable process insights | Impact / Results: Improved traceability and faster root-cause analysis | Architecture / Design: Event-driven traceability and dashboard model | Challenges & Solutions: Unified fragmented signals into a consolidated process timeline | Integrations / APIs: Factory systems, production telemetry sources, API layer | Deployment / DevOps: Controlled production rollout with monitoring checkpoints | Security: Controlled operational access and protected data channels | Performance: Near real-time dashboard refresh and trace query responsiveness
Project 5
Company: BEST KOKI Automotive PVT. LTD.| Image: https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgumL50bbB389Nbwxe8d9CCdU2-ONYSW6u9aX3S1RAO-OTdvXrG4WCRvCCFP-GTEEBgeoNOZElYcJsDE2txnHpOlSlt-LrLmDYYAUENGQEQ945qJ1bVaPK_o6zLTm-y-dUY8p5GnnCP9eFuxV_Eu3LV4g8_DKzzwKwcsKtcvCtSDFjqMwU/s1600/BK_EOL_DAA.png | Project / Product Name: EOL DAA (End of Line Machine Data Acquisition and Analysis) | Description / Overview: IIoT project for machine data capture and analysis at end-of-line operations. | Role: Full Stack Product Developer (Architect & Development) | Tech Stack: Embedded interfaces, ingestion APIs, analytics dashboard | Key Features: End-of-line data capture, analytics, and operational trend visualization | Impact / Results: Improved production monitoring and quality insights (OEE) | Architecture / Design: End-of-line acquisition with centralized analysis services | Challenges & Solutions: Addressed heterogeneous machine output with normalization logic | Integrations / APIs: Shop-floor machine interfaces, API services, analytics endpoints | Deployment / DevOps: Structured rollout with reliability checks | Security: Restricted access controls and operational safeguards | Performance: Reliable acquisition and timely analysis at production scale
Project 6
Company: PATHWAYS | Image: https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgHQuDTRPs5sPmTSlnVdAat8WPtp2JGKaSpVATEaSvDRh4gOlDoKYuBWY27rOJjX57xBJCqCi2OgFXgGaKnLe8AegiM2MPpg5v92myraAtYX-RiEAMvpX5Q6mws8Ju7F6AkE7wbKEqOKpTzAjmyz9ple0SoKH3-xTMhLVBfbv3mdDtUb0I/s1600/AI_ASSISTANT_EBHOOK_PATHWAYS.png | Project / Product Name: Webhook for Dialogflow API Google Assistant | Description / Overview: Webhook-based integration to extend Google Assistant with backend business workflows. | Role: Full Stack Integration Developer | Tech Stack: Dialogflow, webhook APIs, backend services, cloud runtime | Key Features: Intent-triggered backend actions and custom workflow extensions | Impact / Results: Expanded assistant capability for real-world process automation | Architecture / Design: Intent-routing integration with webhook orchestration | Challenges & Solutions: Implemented robust request handling and fallback logic | Integrations / APIs: Dialogflow API, backend business services | Deployment / DevOps: Cloud deployment with endpoint monitoring | Security: Request validation and protected endpoint communication | Performance: Responsive webhook execution for conversational interactions
Project 10
Company: PATHWAYS | Image: https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhnbn6hsP_ytr71JlJO_Zn1m52bsl4JKC2gIrWxL5ZYOMn9NBZ7dbJ_FuN1z6fgpVCmONvnaC1V0fnx2_aFvzy-rtsDcmduYFBtaavuRoXzl7vn0YdLcUuh-gL-l4zx8dEhRh3lslm8IjDLR3XqLfJkDs6jls1YkLkTfnb9WotX-ltjrgo/s1600/Gemini_Generated_Image_g55up4g55up4g55u.png | Project / Product Name: Bluetooth Based Wheeled Robo Soccer & LIVE Dashboard | Description / Overview: An Wheel based Robo Soccer that controlled via Bluetooth Communication Protocol | Role: Full Stack Product Developer | Tech Stack: Web Technology, Embedded Systems, REST API, Bluetooth Communcation Protocol with HC-05 Module | Key Features: LIVE Dashboard , Bluetooth Based System Control | Impact / Results: Seamless real-time robotic maneuvering achieved through a custom-built web interface and hardware integration. | Architecture / Design: RESTful API architecture with real-time data streaming to a live dashboard. | Challenges & Solutions: Implemented robust request handling and fallback logic to manage high-frequency control signals. | Integrations / APIs: REST API endpoints, backend services for hardware-to-web telemetry. | Deployment / DevOps: Cloud deployment with endpoint monitoring for consistent uptime. | Security: Request validation and protected endpoint communication for authorized control only. | Performance: High-speed API execution for instantaneous robot response times.