Anurag Upadhyay

About

ANURAG UPADHYAY @anurag-upadhyay B.Tech ECE Student | Robotics & Embedded Systems | AI & Full-Stack Development | Automation India | B.Tech 2nd Year | Dr. A.P.J. Abdul Kalam Technical University (AKTU) ROBOTICS & TECHNICAL SKILLS Full-Stack Web Development: React • Next.js • TypeScript • JavaScript • REST APIs • FastAPI • Express.js • Django AI Application Development: Generative AI • AI Applications • LLM Integration • RAG Systems • AI Automation • Computer Vision Backend & APIs: Python • FastAPI • Express.js • Django • REST API Development • API Integration AI & LLM Technologies: Google Gemini • Ollama • LangChain • LLM Integration • Prompt Engineering • RAG Systems Databases: PostgreSQL • MongoDB DevOps & Deployment: Docker • Git • GitHub • Deployment • Cloud Integration • n8n Programming: Python • C • C++ • JavaScript • TypeScript Embedded Systems: Arduino • ESP32 • ESP32-S3 • STM32 • STM8 • Raspberry Pi • Raspberry Pi Pico • MicroPython Robotics: Autonomous Robotics • Mobile Robotics • Humanoid Robotics • Robot Control • Motor Control • Sensors & Actuators • Automation Electronics: Embedded Electronics • Digital Electronics • Power Electronics • Battery Systems • Motor Drivers • Sensors • Displays Prototyping & Hardware: Onshape • 3D Printing • Rapid Prototyping • Hardware-Software Integration EDUCATION Bachelor of Technology Electronics & Communication Engineering Dr. A.P.J. Abdul Kalam Technical University (AKTU) Current Year: 2nd Year ABOUT ME I am Anurag Upadhyay, a B.Tech Electronics & Communication Engineering student at AKTU with a strong interest in building practical systems at the intersection of robotics, artificial intelligence, embedded systems, electronics and software engineering. My work covers both physical and digital systems. I develop embedded systems using microcontrollers and single-board computers while also building AI-powered applications, APIs, automation workflows and full-stack web applications. I work with platforms including Arduino, ESP32, STM32, STM8, Raspberry Pi and Raspberry Pi Pico, and develop software using Python, C, C++, JavaScript and TypeScript. On the AI side, I work with Generative AI, LLMs, RAG systems, AI automation, Gemini, Ollama and LangChain, with a particular interest in connecting AI with real-world hardware and robotics. I also work across the complete development cycle, from concept and prototyping to hardware, firmware, backend, AI integration, deployment and testing. CORE TECHNICAL STACK Languages: Python • C • C++ • JavaScript • TypeScript Frontend: React • Next.js Backend: FastAPI • Express.js • Django • REST APIs AI: Generative AI • LLMs • RAG • LangChain • Gemini • Ollama • Prompt Engineering Databases: PostgreSQL • MongoDB Infrastructure: Docker • Git • GitHub • Cloud Deployment • n8n Hardware: Arduino • ESP32 • STM32 • STM8 • Raspberry Pi • Raspberry Pi Pico PROJECTS Leo Humanoid Robot A school-focused humanoid robot integrating Raspberry Pi, Arduino, servo motors, OLED displays, speakers, touch interaction and custom electronics. Technologies: Raspberry Pi • Arduino • Embedded Systems • Servo Control • OLED • Electronics MK4 MERKAVA An autonomous tank-style robotics platform developed for the National Robotics League, focusing on autonomous movement, robotic mechanisms, motor control and task execution. Technologies: Embedded Systems • Robotics • Motor Control • Sensors • Autonomous Control AI-Powered Robotics Exploring the integration of LLMs and AI systems with physical robots using local and cloud-based models. Technologies: Python • Ollama • Gemini • LLMs • AI APIs • Robotics PDF RAG Chatbot An AI application for processing documents and allowing users to interact with their content through natural-language queries. Technologies: Python • LangChain • Gemini • RAG • FAISS • LLMs PicoBoy A compact handheld gaming system developed using a Raspberry Pi Pico, OLED display and physical controls. Technologies: Raspberry Pi Pico • MicroPython • OLED • Embedded Programming Embedded & Electronics Projects • Power banks and battery packs • Power stations and power-management systems • Peltier cooling systems • Smart dustbin and automation devices • Blind-assistance stick • Bluetooth car and line-following robot • Fingerprint lock and home automation • Robotics platforms and embedded prototypes AI & SOFTWARE DEVELOPMENT AI Application Development: Building applications around LLMs, document intelligence, RAG and AI-powered workflows. AI Automation: Using n8n, APIs, LLMs and automation workflows to connect different software systems. Full-Stack Development: Developing complete web applications with frontend, backend, databases, APIs and deployment. AI + Hardware: Exploring how AI can interact with physical systems, robotics and embedded devices. ROBOTICS & ENGINEERING Electronics → Sensors, power systems, motor drivers and embedded hardware Embedded Systems → Microcontrollers, firmware and hardware control Robotics → Mechanical systems, movement, automation and autonomous operation AI → Intelligent decision-making, LLMs and computer vision Software → APIs, web applications, databases and automation Prototyping → Onshape, 3D printing and rapid hardware development EXPERIENCE & ACTIVITIES Robotics & Technology Development: Hands-on experience developing robotics, electronics, embedded and AI-based projects. Programming & Robotics Mentoring: Experience teaching programming, robotics and technology concepts to students. Technical Content & Social Media: Experience creating and managing technical content around robotics, programming and electronics. Product Development: Working across hardware and software to turn ideas into functional prototypes and technology products. AREAS OF FOCUS 01 — Robotics: Building autonomous and intelligent robotic systems. 02 — Embedded Systems: Developing hardware-software systems using microcontrollers and SBCs. 03 — Artificial Intelligence: Building AI applications using LLMs, RAG and automation. 04 — Full-Stack Engineering: Creating complete applications from frontend to backend and deployment. 05 — Electronics: Designing and integrating practical electronic and power systems. 06 — Intelligent Automation: Connecting AI, APIs, software and physical systems into automated workflows. ENGINEERING PHILOSOPHY Learn → Build → Test → Debug → Improve I believe the strongest understanding comes from turning theoretical concepts into working systems, testing them in the real world and continuously improving them. CURRENT DIRECTION Robotics + Embedded Systems + AI + Full-Stack Engineering Currently focused on developing deeper expertise in autonomous robotics, intelligent hardware, embedded systems, Generative AI, AI automation and scalable software systems. COMPETITIONS, WORKSHOPS & EXPERIENCE National Robotics League Anurag participated in the National Robotics League as a member of the Robotic Sir Commander team. The experience involved competitive robotics and the development of the MK4 MERKAVA autonomous robotic platform, giving him practical exposure to robotics system integration, embedded control, testing and collaborative engineering. AI Flood Workshop Anurag participated in the AI Flood workshop, gaining practical exposure to artificial intelligence concepts and their applications. The workshop contributed to his understanding of modern AI technologies and strengthened his interest in developing practical AI-driven solutions. AI Flood 2.0 Workshop Anurag further developed his exposure to artificial intelligence through AI Flood 2.0. The workshop provided an opportunity to explore evolving AI concepts and practical applications while broadening his understanding of how AI can be applied to real-world technology projects. Robotex Competition Anurag participated in the Robotex competition, gaining experience in a competitive robotics environment. The event provided practical exposure to robot development, system testing, problem-solving and working under competition-oriented technical constraints. Robo Rangers 2.0 Workshop Anurag participated in the Robo Rangers 2.0 workshop, expanding his practical exposure to robotics and related technologies. The workshop supported his hands-on learning and helped strengthen his understanding of robotics through practical technical engagement. LineX Robotics League Anurag participated in the LineX Robotics League and secured 1st Position. The competition provided an opportunity to apply robotics, embedded systems and control concepts in a practical competitive setting while developing problem-solving, testing and execution skills. DCAC Event Anurag participated in a technology workshop conducted as part of the DCAC event. The experience provided exposure to practical technology concepts and contributed to his broader understanding of emerging engineering and technical applications. Hansraj Event Anurag participated in a workshop at the Hansraj event, gaining additional exposure to practical technology and engineering concepts. The experience complemented his project-based learning and encouraged further exploration of applied technology. ROBOTICS SIR JOURNEY & EXPERIENCE Student | October 2024 – June 2025 Anurag joined Robotic Sir as a student in October 2024, beginning his structured journey in robotics, programming and applied technology. During this period, he developed practical foundations through project-based learning and technical activities, building familiarity with robotics, electronics, embedded systems, programming and emerging AI technologies. Internship | July 2025 – August 2026 In July 2025, Anurag transitioned into an internship at Robotic Sir, continuing through August 2026. During this period, he gained professional, project-oriented experience across robotics, embedded systems, electronics, programming, artificial intelligence and technical mentoring. His responsibilities and project work involved developing and integrating hardware and software systems, contributing to robotics and technology projects, working with modern AI tools and supporting programming and robotics education. The internship provided sustained hands-on exposure to real project development, troubleshooting, collaboration and technical communication.