AI & Software Engineer
Bridging the gap between Machine Learning research and production-grade software.
Specializing in high-throughput pipelines, Computer Vision, and scalable automation.
- 1919 LeetCode Contest Rating (Top 3.4 % , Peak Rank: 189 ).
- 400+ Algorithmic problems solved, focusing on complex Graph theory and Heap structures.
- 21 s Processing time for 100 minutes of video using optimized cross modal retrieval pipelines. See the Project here
- 2 Retail outlets actively powered by custom built commercial automation suites.
| Category | Technologies & Concepts |
|---|---|
| Languages | Python (Advanced), SQL, NoSQL (MongoDB) , Dart (Flutter), C |
| AI & Machine Learning | AI Workflows, Vector Databases (Qdrant, FAISS), omputer Vision, SigLIP, PyTorch, Hugging Face, TensorFlow, Scikit Learn,NLP |
| Backend & Architecture | FastAPI, System Design, OOPs, Multithreading, DSA |
| Cloud & DevOps | AWS (EC2, S3, EB), Docker, GitHub Actions, CI/CD, SDLC, Jenkins, n8n (Workflow Automation) |
- The Challenge: Build a privacy first, cloud independent semantic video search tool that matches or beats commercial platforms.
- Engineering Milestone: Optimized inference to process 100 minutes of video in 21 seconds on a single T4 GPU.
- The Solution :
- Engineered a cross modal retrieval pipeline utilizing SigLIP and FAISS to map natural language queries directly to high dimensional frame embeddings.
- I Developed a low latency (< 300ms) multimodal RAG pipeline by indexing temporal video embeddings in a Qdrant vector database. Enabled natural language video search using text embeddings.
- I eliminated GPU dependencies by optimizing SigLIP inference for consumer CPUs , leveraging ONNXINT8 quantization, FFmpeg pipeline , and scene aware frame extraction to ensure high-speed performance.
- To execute automated deployment of container images on Docker Hub, I implemented Github Actions. Also used Jenkins to automate local Unit Testing before every commit to the main branch.
- Ensured modular microservice architecture to handle high concurrency requests, ensuring scalability and performance. Implemented centralized logging and health check endpoints to ensure reliability.
- This architectural knowledge of indexing, vector databases, and high concurrency retrieval is directly transferable to text-based databases.
- The Challenge : Eliminate expensive Business API costs for retail marketing teams by replacing manual WhatsApp outreach.
- Impact : Actively operational across two retail outlets (Cake of the Day), cutting operational ov erhead to zero for marketing workflows.
- The Solution : Built and deployed a self-managed automation and customer database application.
- Engineered an application that reduced manual marketing overhead by 90% (from 10 to 12 hours to 30 to 40 minutes) for a retail chain using PyAutoGUI automation scripts for message delivery.
- Delivered an application currently operational across two retail outlets of the 'Cake of the Day' commercial chain.
- Encrypted MySQL backend for secure management of high volume commercial records.
- Education : B.E. Computer Engineering (AI/ML) + Honors in Data Science ( Currently in Final Year - sem 7 )
- Certifications : Google IT Automation Professional, Google Data Analytics Professional
- Core Focus: Scalable Automation, System Observability, and High Throughput Pipelines.
- Career Management Committee (CMC) : Elected as Executive Board Member, driving professional development initiatives.
- Technical Author : Authored and published a technical article on optimizing QA Chatbots using TensorFlow Feedforward Networks (FFN) on Ready Tensor.
- Engineering Project Lead : Spearheaded and managed the end-to-end delivery of 5 academic engineering projects, directing cross functional student developer teams. (4 to 5 members)
- Lead Guitarist : Directed musical arrangements and performed as the lead guitarist across 3 high scale music festival events, coordinating live performances under high pressure environments.
- Academic Excellence : Maintained a continuous streak of First Class Distinction from pre-secondary education through my Bachelor's Degree in Engineering.


