I’m an electronics engineer working at the intersection of electronics and artificial intelligence. My interests include machine learning, language models, and computer vision, particularly their applications in education and healthcare.
I completed my B.Tech. in Electronics Engineering in 2026. I’m currently open to master’s programmes and research opportunities in electronics, artificial intelligence, and related areas.
Completed a peer review for IEEE Transactions on Information Forensics and Security, recorded on my ORCID profile via Web of Science. Review record.
[Oct. 2026]
Worked on exact Dice degradation envelopes for label-free segmentation update selection, including certified partial updates and evaluation across three datasets. Manuscript.
[Oct. 2026]
Completed a controlled study of class balancing and external transfer in memory-constrained retinal vision-language adaptation. Manuscript.
[Sept. 2026]
My paper on shortcut learning in a widely used fake-news corpus is now available on arXiv. Read the preprint.
[July 2026]
My study of blind resampling and self-repair in small code models is available on arXiv. Read the preprint.
Earlier news
[July 2026]
Completed my research internship at VLED Lab, IIT Ropar, under Dr. Sudarshan Iyengar.
[2026]
Submitted my rubric-guided multimodal answer-sheet grading manuscript to IEEE UPCON 2026.
[2026]
My IDRiD-VQA manuscript has been submitted to arXiv; the decision is pending.
[2026]
Placed among the top 2% of 40,000+ participants in the India AI Impact Buildathon (GUVI–HCL). Certificate.
[2026]
Completed my B.Tech. in Electronics Engineering at Dr. A.P.J. Abdul Kalam Technical University, Lucknow.
[Sept. 2025]
Began my role as a Google Student Ambassador for Gemini, supporting technical outreach on campus.
A controlled study of self-repair, execution feedback, and blind retry across 1.5B, 3B, and 7B code models, with preregistered hypotheses and replication across model families.
A reproducibility audit and three-seed comparison of ordinary and inverse-frequency sampling with Qwen2-VL-2B and QLoRA. Balanced accuracy improves modestly while overall accuracy falls on IDRiD and RetinaMNIST+; peak reserved GPU memory is 3.684 GiB.
An exact worst-reference binary Dice degradation bound computed from three observable mask counts, with certified partial outputs. Evaluated on ClinicDB, Massachusetts Buildings, and Kvasir-SEG; the bound limits loss relative to a baseline, not absolute segmentation quality.
An audit of leakage and shortcut learning using DistilBERT, TF–IDF controls, and cross-corpus transfer to examine the gap between in-corpus scores and generalization.
Submitted to IEEE UPCON 2026 · Paper ID 1525 · 2026
A framework combining OCR, SBERT, CLIP, Pix2Tex, SymPy, and Gemini to evaluate text, diagrams, and mathematics. Reported Pearson correlation with human scores: r = 0.77.
Parameter-efficient adaptation of a 2B vision-language model using QLoRA under a 6 GB VRAM constraint, with resolution ablations, per-class error analysis, and explanation evaluation.
Reviewer for IEEE Transactions on Information Forensics and Security (2026). One completed review is recorded on my ORCID profile via Web of Science Researcher Profiles.