Sanket Dhonde
I build machine learning models, computer vision systems, and AI-powered applications that transform ideas into practical solutions for real-world challenges.
- Open to Full-Time Opportunities
A little about me

I'm Sanket Dhonde, a Bachelor of Engineering graduate in Artificial Intelligence & Data Science passionate about building intelligent systems using Machine Learning, Computer Vision, Natural Language Processing, and Generative AI.
During my internships at Bhabha Atomic Research Centre (BARC)and Vizpay, I worked on research-driven and enterprise AI solutions, including deepfake image detection, intelligent automation, and practical AI applications designed for real-world use.
Beyond engineering, I served as the Technical Secretary of SIES Graduate School of Technology, where I led hackathons, workshops, and technical initiatives, while also contributing as a Technical Leadfor TEDx.
I enjoy turning research into impactful products and continuously exploring emerging AI technologies to build reliable, scalable, and meaningful solutions.
Winner
DEFINE 3.0 Hackathon
Winner
Enigma
Winner
Coginition
Top 30 · All India
Ciia Competition
Tools I reach for
A working toolkit built through internships, research, and shipping personal projects end to end.
Languages
AI & Machine Learning
Data Science & Visualization
Frontend Development
Database Management
Developer Tools
Where I've worked
AI Intern · Vizpay Business Solution Pvt Ltd
Dec 2025 — Mar 2026Thane · On-site
Built an AI assistant for customer support that classifies incoming queries and generates accurate, human-readable responses.
- Designed a query classification system across database, generalized, and out-of-scope categories.
- Implemented LLM-based Text-to-SQL for database queries and RAG to extract answers from company PDFs.
- Automated the end-to-end support workflow, cutting manual workload by ~40%.
LLMsRAGText-to-SQLLangChainDeep Learning Project Trainee · Bhabha Atomic Research Centre (BARC)
Jun 2025 — Jul 2025Mumbai · On-site
Developed deepfake image detection models using ResNet, DenseNet, and MCNet, with a focus on interpretability and low-data performance.
- Applied CBAM attention and Grad-CAM for model interpretability and improved performance.
- Explored One-Class Classification via Autoencoders and Deep SVDD for detecting fakes with limited data.
PyTorchComputer VisionResNetGrad-CAMTechnical Secretary · SIES Graduate School of Technology
2022 — 2026Navi Mumbai
Led the technical team behind the college's hackathons, workshops, and technical events throughout the B.E. program.
- Coordinated with faculty and industry professionals to organize sessions and collaborations.
- Mentored juniors and managed technical operations and digital presence for technical clubs.
LeadershipEvent OpsMentorship
Things I've built
Selected work spanning computer vision and applied deep learning research.
An AI-powered monitoring system for real-time safety and threat detection. Computer vision models analyze live video and images to identify suspicious activity, with automated alerts notifying users during potential risks — built as a full pipeline from detection through analysis to real-time response.
A deep learning-based system to detect manipulated (deepfake) images, training CNN architectures such as ResNet and DenseNet on benchmark datasets. Applied CBAM attention and Grad-CAM for interpretability, and explored One-Class Classification (Autoencoders, Deep SVDD) for detecting fakes with limited training data.
A comprehensive AI-driven healthcare platform that combines disease prediction, OCR-based prescription reading, medicine recommendations, digital health records, and intelligent healthcare assistance. The platform integrates multiple AI models to improve accessibility and patient care.
A research-driven AI system that detects phishing websites using URL heuristic analysis and classifies spam emails through Natural Language Processing. The work was published in an international journal and demonstrates practical cybersecurity applications of Machine Learning.
Developed a fraud detection model using supervised Machine Learning techniques on highly imbalanced transaction datasets. Applied feature engineering, preprocessing, and model evaluation to accurately identify fraudulent activities while minimizing false positives.
Let's build something worth shipping.
I'm always up for talking about AI systems, research, or new opportunities. The fastest way to reach me is email.