I am a Data Scientist (AI Research) at Microsoft Security Platform. My research is driven by the goal of building interpretable and reliable AI systems that enable efficient and trustworthy reasoning in high-stakes settings.
I am particularly interested in understanding how reasoning emerges inside models and how this understanding can be used to design systems whose behavior is robust, faithful, and aligned. My work focuses on two complementary directions:
Previously, I worked on Neural Cellular Automata–based architectures for medical image segmentation and multimodal engagement analysis. I graduated with a B.Tech in CSE (Honours) from IIT Mandi (Department Rank 2) and spent a semester at TU Darmstadt.
Email / CV / LinkedIn / GitHub / Google Scholar
IJCNLP–AACL 2025, System Demonstration Track
SICon 2025 (ACL Workshop)
Patent filed
Patent filed
Patent being filed
Data Scientist (AI Research), Microsoft
Multi-agent systems, AI alignment, compliance automation. Built the Security Analysis Agent (89% precision, AI Innovation Award). Developed Multi-Agent Prompt Tuner and Swarm Pinboard. Improved RAG performance from 60% to 91% for Security Copilot Skill deployed to 2,000+ enterprise tenants.
Jan 2024 – Present
Supervised Research, SPAR AI (Safety & Alignment Research)
Studying faithfulness and deceptive reasoning in MoE models. Developed perturbation-based benchmarks from PRM800K to evaluate Chain-of-Thought faithfulness.
Sept 2025 – Present
Research with Dr. Sandipan Dandapat & Dr. Monojit Choudhury
Multi-agent system for predictive analysis of low-resource languages. Work published at IJCNLP-AACL 2025; patent filed.
Jul 2025 – Present
Research Intern, MIDAS Lab, IIIT Delhi
Supervisor: Dr. Rajiv Ratn Shah. Multimodal engagement prediction using NCA. Published at ECAI 2024 and IEEE MIPR 2024.
Sept 2023 – Aug 2024
Bachelor's Thesis, IIT Mandi & TU Darmstadt
Supervisors: Dr. Arnav Bhavsar & Dr. Anirban Mukhopadhyay. Medical image segmentation using NCA and Diffusion models. Published as MedSegDiffNCA at IEEE CBMS 2025.
Aug 2023 – May 2024
Student Research Assistant, TU Darmstadt
Explainable AI methods and robustness analysis under adversarial attacks. C-Arm orientation tracking for surgical workflow optimization.
Dec 2022 – Mar 2023