About
Early-career ML professional with experience across the data/ML lifecycle: problem scoping, data wrangling (Python/SQL), exploratory analysis, feature engineering, and modeling with scikit-learn, TensorFlow, and PyTorch. Comfortable designing metrics and experiments, turning insights into dashboards or APIs, and collaborating with engineers and stakeholders to ship measurable improvements. Looking to grow in roles where I can build reliable data pipelines, optimize models for latency/throughput, and communicate results clearly.
Technical Skills
Experience
- Hardened a production CBT proctoring pipeline (post-processing, alert routing, reviewer UX).
- Optimized TensorFlow serving (input pipeline tuning, batching, graph tweaks) for ~40% lower prediction latency and ~15% faster end-to-end processing across 5k+ active users.
- Integrated flags into the Eklavvya admin portal to improve reviewer throughput.
- Developed and deployed EfficientDet-D0 object detection for CBT cheating cues (~92% test accuracy; processed 50k+ frames/day).
- Built streaming inference with quantization-aware training and real-time alert generation; automated flagging reduced manual invigilation by ~20 hrs/week.
- Added telemetry and error handling for stable rollout and faster triage.
- Analyzed 10M+ CNC logs; segmentation + anomaly scoring ≈95% accuracy.
- MongoDB aggregations cut detection time by ~35% for faster maintenance response.
Projects
- Iterative self-critique with multi-critic scoring (clarity, completeness, alignment).
- Reached ~95% near-expert quality within 3 cycles (<5 s latency).
- 98.8% precision via threshold tuning, class balance, and ensemble critics.
- Built a state-wise data pipeline; cleaned, normalized, and imputed missing nutrition fields.
- Ran logistic/linear regression to quantify disparities and highlight high-variance states.
- Produced policy-facing visual summaries and age-group recommendations.
- Engineered features from clinical assessments; compared tree ensembles vs baselines.
- Random Forest + tuned hyperparameters; reported stratified CV metrics.
- Explained top drivers (e.g., cognitive scores) with importance analysis.
- Extracted MRI features; optimized KNN (k, distance metric) for multi-class tumors.
- Achieved ~97.6–99% accuracy across glioma, meningioma, and pituitary classes.
- Presented at World Conf. on Computational Intelligence; reproducible notebooks.
- Simulated an UNO + rain sensor controlling dual servos for a retractable roof.
- Implemented control logic with hysteresis to avoid flicker on intermittent rain.
- Documented circuit, algorithm, and test cases for home-automation use.
Education
Leadership & Volunteering
I enjoy leading with clarity and empathy—codifying processes, unblocking people quickly, and turning workshops into practical takeaways.
- Led the Android dev pod; ran stand-ups and reviews.
- Hosted hands-on workshops and mentored juniors.
- Made short videos teaching the 'Symmetry' topic and submitted them to the program.