Projects using Python in KarachiProjects using Python in KarachiI have Developed a Restaurant SaaS or POS(Point of Sale) Web Application as a Python Full Stack Django Developer. Built features including product management, invoice generation, and complete sales tracking with monthly and yearly reports. As a Web App Developer, SaaS Developer or POS developer, I created a responsive interface using HTML, CSS, and JavaScript, Bootstrap, TailwindCSS, Python, and Django ensuring smooth operations for daily use. This SaaS system or SaaS Product helps businesses manage orders, track sales, and improve operational efficiency. Built a full-stack HRMS in under 2 weeks as a side project to dive deeper into Python and backend development!
Features so far:
Employee management with role-based access (Admin / HR / Employee)
Leave request workflow with approval/rejection
Attendance tracking — clock in/out, monthly calendar view
Payroll engine — tax brackets, overtime, pro-rated salary, PDF payslip download
Notifications, search, pagination, CSV exports
Dockerized and deployed
Stack: Next.js · TypeScript · Tailwind · FastAPI · PostgreSQL · SQLAlchemy
The backend was a new challenge for me: SQLAlchemy relationships, Alembic migrations, Decimal precision for payroll calculations, streaming PDF responses — all of it was tricky at first, but I’ve learned a lot along the way.
URL: https://lnkd.in/dRg86PtQ
(https://lnkd.in/dRg86PtQ)This is just the beginning! I plan to add many more features. AI-powered assistant using Google Gemini to automate inventory management, customer support, and order processing for online stores. Features chatbot support, real-time alerts, sales analytics, and product image analysis. Reduces manual work by 70%+ and handles customer inquiries automatically.
Key Features: AI chatbot, inventory alerts, order tracking, sales analytics, product image analysis, automated reporting, multi-language support
Tech Stack: Python, Flask/FastAPI, Google Gemini API, SQLite, HTML/CSS/JS
Target Users: E-commerce business owners, online store managers, dropshippers From Chaos to 2,400 Bookings: How an AI Agent Transformed a Medical Clinic's Lead Conversion
A few months ago, a medical clinic came to me with a problem that looked manageable on the surface, but was quietly killing their ROI.
They were receiving 1,000+ inbound messages per day from marketing traffic. Patients ready to book. Leads that had already raised their hand.
And they were handling all of it with 3 human agents.
The Reality of the "Before"
The agents weren't lazy. The system was just broken by design.
Messages piled up and were answered in bulk, every few hours
No 24/7 coverage large windows of zero response
First response times were painfully slow
Inconsistency was the norm different answers, missed context, dropped conversations
The ROI was low. Sometimes negative.
When a patient is ready to book and no one answers for 4 hours, they move on. That's not a people problem. That's a systems problem.
What I Built
I deployed an AI agent purpose-built for their intake and appointment booking workflow.
No ramp-up time. No shift changes. No bulk-reply backlogs.
⚡ Instant response to every single message
🕐 24/7 coverage — midnight, weekends, holidays
📋 Consistent, accurate information every time
🔁 Seamlessly handles volume spikes without degradation
The Results (First 2 Months)
→ 2,200+ appointments booked
→ 2,000+ new patients created
→ 2,400+ total bookings and climbing
The same volume of leads. The same marketing spend. Completely different outcome.
The only variable that changed was response speed and consistency.
The Lesson
Lead conversion in healthcare isn't just a sales problem, it's a response infrastructure problem.
Patients contacting a clinic are often anxious, time-sensitive, and comparison shopping. The practice that answers first, clearly, and at any hour wins the appointment.
AI didn't replace the care the clinic provides. It just made sure no one ever had to wait to get through the door.
I Designed a comprehensive Business Intelligence reporting system using Power BI to analyze sales, profitability, customer behavior, and operational efficiency.
The dashboard integrates multiple analytical layers, including executive KPIs, product-level insights, customer segmentation, and logistics performance. Advanced visualizations such as scatter plots, treemaps, heatmaps, and waterfall charts were used to uncover hidden patterns and support data-driven decision-making.
This project demonstrates the ability to transform raw transactional data into a structured, multi-page BI solution suitable for real-world business reporting. Spotify Analysis Dashboard
Turned raw Spotify streaming data into a clear, interactive dashboard that reveals how listeners actually engage with music.
Built in Power BI using SQL and DAX, this project explores user behavior across devices, identifies skip patterns, and highlights top-performing artists and tracks.
With dynamic visuals powered by key metrics like reason_start, reason_end, platform, and ms_played, the dashboard uncovers:
• Why users skip songs or stop playback
• Which platforms drive the most engagement
• Which artists and albums perform best by time and device
Perfect for music analysts, record labels, or streaming teams who want actionable insights into listener habits and engagement trends.