Data scientist working on synthetic data generation and ML systems, with an electrical engineering foundation from NUST. Built generative models for tabular data, along with the distributed pipelines that profile, generate and evaluate synthetic data at scale.
Data Scientist
Passionate about leveraging data and AI to solve complex problems at scale
I'm a Data Scientist at Adept Tech Solutions, working on ASCEND, a synthetic data platform. I build its production data modules and the rule-based generation engine that layers business logic on top of them. Alongside that I research generative models for fraud detection, on financial, insurance and medical data where the fraud cases are a small fraction of the population. Most of the work turns out to be deciding whether the data you generated is any good, which is harder than generating it.
My background is Electrical Engineering at NUST, where I published at IEEE WCNC 2024 on deep reinforcement learning for IoT networks. I came into ML from analog circuit design: SAR ADCs in TSMC 28nm and GF 22nm FD-SOI, and a passive RFID transponder in CMOS 65nm. That is why I am drawn to ML applied to hard physical problems, from radar and signal processing to autonomy and instrumentation.
Outside work I build things end to end: a multi-agent job intelligence pipeline that runs unattended on a daily schedule, and Lantern, an open, model-agnostic coding agent. I was also named Top Performer at the Pak Angels Generative AI Program, Cohort 6, for work with BERT, LLaMA and LangChain.
Synthetic data, generative models, agents, and IC design
A platform that produces synthetic data for testing, development and analytics, from single flat files up to entire relational databases, without exposing real records. My work spans three connected tracks: the production data modules, the rule-based generation engine, and research on deep generative models.
Novel Conv2D + LSTM architectures for video-based regression on the UBFC dataset, with custom video preprocessing and data-augmentation pipelines.
A multi-agent system that tracks job opportunities, running unattended on a daily cron. Collectors pull listings from REST APIs, RSS feeds and HTML scraping, then a pipeline deduplicates them, embeds each posting with a sentence-transformer model, and ranks in two layers: cosine similarity against a target profile for recall, then LLM re-ranking over the shortlist. Top matches arrive as a daily notification.
AI-powered transcription and summarization tool for meetings. Uses speech-to-text and LLM-based summarization for actionable insights.
Hybrid AI-powered phishing detection combining BERT and LLaMA for supply chain security. Built for the Pak Angels Generative AI Program.
Deep reinforcement learning framework optimising computation offloading for energy-harvesting IoT devices. A DDPG agent dynamically balances time-sharing between data transmission and energy harvesting, minimising service delay and converging faster than baseline methods. Published at IEEE WCNC 2024.
Vision-based chatbot for analyzing construction damage images using multimodal AI. Deployed as interactive Gradio application for real-time assessment.
Retrieval-Augmented Generation system using Groq LLM and FAISS vector database for efficient document querying and context-aware responses.
Ultra-low-power RFID transponder for animal tagging in CMOS 65nm, built as the project for a five-month analog and mixed-signal training programme at the NUST Chip Design Centre. Under 10 µW power consumption and a 10 cm read range.
Multi-agent system demonstrating autonomous decision-making and task execution. Implements ReAct framework for reasoning and action.
Custom 4-bit microprocessor with a hierarchical datapath and control logic, plus VGA line-drawing algorithms implemented in Verilog for FPGA deployment.
Contributing to the advancement of AI and IoT systems
Proposed a Deep Deterministic Policy Gradient (DDPG) framework for optimizing resource allocation in energy-harvesting IoT devices using CR-NOMA and Mobile Edge Computing. Demonstrated superior performance over baseline methods with faster convergence.
Open to collaborating on data science and ML projects