End-to-end delivery
I own the full model lifecycle — preprocessing, training, evaluation, Git-based delivery. Clean, documented, reproducible pipelines you can actually trust in production.
ABDULLAH JAN — Electronics & Computing @ COMSATS Lahore. Five end-to-end ML projects built in real internships, from BERT fine-tuning to multimodal regression. Python · C++ · ML.
I'm an Electronics & Computing undergraduate specializing in AI and machine learning. I've earned hands-on experience across NLP, computer vision, and tabular ML through a real internship where I built five end-to-end ML projects — all public on GitHub. I enjoy working where data meets real-world problems — predictive models, NLP, or full ML pipelines. Ask me anything →
I own the full model lifecycle — preprocessing, training, evaluation, Git-based delivery. Clean, documented, reproducible pipelines you can actually trust in production.
BERT fine-tuning, transformers, LSTM forecasting, U-Net segmentation, YOLO detection, and multimodal networks — trained and evaluated with a focus on real metrics, not just notebooks.
From a line-following robot to a portable function generator — building electronics keeps me grounded in how software meets hardware, end to end.
I follow four key steps to be confident the model ships and holds up in the real world.
Define the target metric, explore the data, and map business constraints to a modeling approach.
Feature engineering, cleaning, oversampling (SMOTE), and train/val splits that reflect reality.
Pick the right architecture, train with proper metrics, and compare baselines honestly.
Package results, write up findings, and deliver through Git so anyone can reproduce the run.
also on GitHub: strange-portals AR (OpenCV + MediaPipe) · heart-disease prediction · iris EDA — github.com/JAN-tech404 ↗
Fine-tuned bert-base-uncased on 4 classes. Class-imbalance handled with weighted loss. Final accuracy 89.60% on the held-out split.
Open case →LSTM with sliding-window preprocessing forecast next-day closes. Random Forest baseline compared across the same window. Predictions tracked against actuals.
Open case →U-Net trained with Dice loss + IoU. Loss converges steadily across epochs; segmentation maps evaluated per-class with standard metrics.
Open case →Working through practical ML engineering tasks spanning Python, deep learning, computer vision, segmentation, object detection, and transformers. Building and refining data-prep → training → evaluation workflows with notebook-based, Git-documented delivery.
Completed a 6-week internship with exceptional performance, building five end-to-end ML projects independently:
· Fine-tuned BERT for multi-class news classification (Hugging Face Transformers) · built an end-to-end telco churn pipeline with feature engineering, SMOTE oversampling & XGBoost · developed a multimodal house-price predictor (tabular + property images, dual-branch NN) · deployed an AI health-query chatbot with intent classification · forecasted stock prices with LSTM time-series models.
Six-week hands-on program: Python fundamentals → NumPy/Pandas/OpenCV → Machine & Deep Learning → Semantic Segmentation & U-Net → Object Detection & YOLO → Transformers & Hugging Face.
Specializing in AI/ML — programming, electronics & computing, mathematics, and AI coursework. Available for entry-level ML/AI roles.
Pre-engineering foundation — mathematics, physics, and chemistry groundwork for engineering studies.
Recognized with exceptional performance for building five end-to-end ML projects during the internship program.
IBM SkillsBuild (Jul 2026) and a full Anthropic Claude fluency series:
Send me your data and constraints — I'll come back with an approach and the expected impact. I reply within a day.