I'm a Python Full Stack Engineer with 2 years building and shipping real production systems — ERPs, community platforms, marketing sites. I handle the full stack: backend APIs, database design, frontend integration, CI/CD, and cloud deployment.
If you have a project that needs someone who can own it end-to-end, let's talk.
Hi everyone! I’m new to Contra and still learning how everything works here. I’d love to connect with other freelancers, especially designers, and hear about your experiences with Contra. If anyone is open to chatting or sharing some tips, I’d really appreciate it!
Building a 4-role real-time SaaS taught me one uncomfortable lesson: the hard part was never the code.
I've been building RestaurantOS — one platform connecting Owner, Kitchen, Waiter, and Cashier in a single live workflow (Table → Order → Kitchen → Serve → Billing → Reports).
The tech stack was the easy part. The real challenge: keeping 4 different roles in sync in real time without any of them stepping on each other's data — a waiter updating a table while the kitchen marks an item ready while the cashier is mid-billing.
That forced decisions most tutorials never cover:
⚡ How much state should live client-side vs. source-of-truth server-side
⚡ What "real-time" actually needs to mean per role (a kitchen screen needs sub-second updates, a report dashboard doesn't)
⚡ Designing failure states — what happens when the waiter's app loses connection mid-order
Currently redesigning the UI/UX layer too (motion, better visual hierarchy) while keeping this real-time core intact.
If you've built multi-role or real-time systems — curious what broke first for you. And if you're a founder who needs something like this built, my DMs are open.
I conceptualized and engineered this interactive manuscript recovery interface for Palimpsest Lab .
The build bridges the gap between archival scholarship and technical UI, pairing classical book typography with real-time multispectral simulation. Crafting a live wavelength scrubber that sweeps from 365 nm ultraviolet fluorescence to 940 nm infrared; letting visitors uncover an erased fifth-century Greek geometry treatise hidden beneath a medieval Latin prayer book; turned scientific telemetry into a hands-on story where every control has a clear, functional purpose.