Shreerama Shiva Sai Bharadwaja
Full Stack AI Engineer
I love shipping intelligent products—whether hardware like compact 3D printers or SaaS apps blending agentic AI, full-stack dev, and seamless functionality.
About me
Full-Stack AI Engineer passionate about crafting agentic AI systems and SaaS platforms that merge intelligence with usability. Experienced in building RAG pipelines, automation tools, and production-ready web applications. Proven track record in research (3 patents, 2 publications) and delivering real-world solutions across healthcare, semiconductor, and industrial domains.
Languages & Frameworks
Python, JavaScript, TypeScript, Node.js, React, Next.js, Express.js, MongoDB, MATLAB
Education
B.E. in Mechanical Engineering, Panjab University (UIET) | Specialized in AI, Automation & Robotics
Projects & Systems Built
Multiple projects across Full-Stack, AI, and Robotics — including Model Context Protocol, Multi-Agent Trading Workflow, RAG Systems, and Intelligent Patient Care Devices
AI & Agents
Experience with LangChain, Model Context Protocol, OpenAI SDK, LlamaIndex, Chroma, FAISS, Pydantic and multi-agent automation workflows
Cloud & DevOps
Docker, CI/CD with GitHub Actions, Vercel Deployments
Patents & Research
Filed 2 patents — Active Transradial Bionic Arm and Intelligent Patient Care Bed | 2 research papers on cranial implant optimization
My Experience
I build from atoms to algorithms — leading product development in hardware, robotics, and full-stack AI systems that merge deep tech with real-world impact.
New Product Development Lead · Founding Engineer
ThinkMetal Private Limited, Chennai
Jan 2023 – Present
- Leading product strategy and end-to-end execution for compact metal 3D printers — from rapid prototyping to production-ready designs.
- Built and validated core toolhead and furnace subsystems, reducing iteration cycles and accelerating time-to-MVP.
Trainee · Automation & Hardware Integration
Semi-Conductor Laboratory (MeitY, Govt. of India), Mohali
Jan 2022 – Aug 2022
- Built a functional Automated Device Handler for semiconductor chip segregation with synchronized hardware/software control.
- Developed a self-aligning nozzle system using OpenCV and a lightweight deep learning model to enhance positioning accuracy.
Research & Development Intern
Nottingham Trent University, United Kingdom
Jul 2021 – Jul 2022
- Contributed to the development of a medical-grade 3D printer for PEEK implants featuring a sterile chamber and 120°C operation.
- Executed CFD and thermal simulations to engineer laminar flow and optimize thermal stability — improving print quality and chamber reliability.
Research Intern · AI & Robotics · Project Head
Design Innovation Center, MHRD, Panjab University, Chandigarh
Mar 2020 – Jul 2022
- Engineered AI-driven mechatronic systems combining hardware design, embedded programming, and machine learning models.
- Designed and fabricated robotic prototypes including EMG-based prosthetic arms, validating motion accuracy through sensor data.
Project Lead · Research Intern · Bio-Robotics & Healthcare Systems
Centre for Innovation in Biomedical Devices (CIBioD), PGIMER, Chandigarh
Mar 2021 – May 2022
- Led the development of AI-powered assistive healthcare devices including an intelligent patient-care bed and an eye-tracking wheelchair system.
- Designed embedded architectures integrating IoT sensors, OpenCV, and TensorFlow models for patient monitoring and mobility assistance.
Transmission & Design Engineer · Team Member
National Electric Go-Kart Championship (NEKC) · Season 3
Nov 2019 – Feb 2020
- Achieved victory in NEKC Season 3 as part of the transmission and design department, contributing to vehicle optimization and performance tuning.
- Calculated motor torque, power, and battery specifications to achieve optimal acceleration and endurance across multiple race events.
Bachelor of Engineering (B.E.) · Mechanical Engineering
University Institute of Engineering and Technology (UIET), Panjab University, Chandigarh
Aug 2019 – Jul 2023
- Graduated with a GPA of 7.87 / 10, focusing on product development, AI integeration, mechatronics, and computational simulations.
- Completed multiple interdisciplinary projects integrating AI, robotics, and manufacturing systems.
- Active contributor to design and innovation labs; represented university in National Electric Go-Kart Championship (NEKC).
My latest work
Explore my latest full-stack AI creations — where web engineering meets intelligence. From dynamic frontends to scalable backends, every project here reflects my mission to build smarter, faster, and more intuitive digital systems that think alongside their users.
AI-Powered Video Clipper & Repurposer
A full-stack application designed to automate video clipping, transcription, candidate generation, and ranking. It features a modern Next.js frontend, a Python backend (likely FastAPI) forprocessing, and utilizes Supabase for robust data management. The system is geared towards efficient content repurposing, especially for affiliate marketing.
FuneralFlow
Landing page for AI-powered platform streamlining post-funeral paperwork with intelligent OCR and automated document processing.
Multi-Agent Trading Workflow
AI-driven modular trading system using RAG and logic-based stock selection.
Real-Time Chat App
Instant messaging app with WebSockets, authentication, and persistent chat storage.
PDF Helper
Smart PDF summarizer with processing & management platform for merging, compressing, and splitting files.
YouTube Summarizer
Nextjs frontend and Python backend for YouTube summarizer.
Custom Chatbot
Custom chatbot with web interface and API integration.
Bionic Prosthetic Arm
AI-powered prosthetic arm using EMG signals and RNN-based movement prediction.
Deep Learning Projects
Fine-tunned LLM for specific use cases.
Intelligent Patient Care Bed
Patent-filed smart healthcare system for patient monitoring with sensor integration.
Eye-Tracking Wheelchair System
Assistive wheelchair controlled via eye movement using ML-based direction detection.
Medical Grade 3D Printer
PEEK-based 3D printer for medical implants with CFD-optimized laminar airflow design.
Pick and Place Machine
Automated device handler for chip segregation built in collaboration with Semiconductor Lab.