Hey Product Hunt community!
I m a pharmacy student from India, and over the past few weeks, I ve been building something out of my own experience of working as a student in analytical chemistry labs, having identified the problems and the features which can be very helpful to the students, technicians as well as high end professionals, I have come up with this creation..
But before that honestly speaking I didnt know anything about coding,
just had learned what is HTML in school and college.
This website is completely coded with the help of AI from absolute scratch.
I thought about an idea put it out in words to Gemini or google chrome, then asked AI to genrate code.
Then pasted it on notepad and trial and error, then refining, then using AI for proof checks.
nearly spent over 30 hrs on this website and finally published..
Most virtual lab tools are bloated, ad-heavy, or locked behind expensive university paywalls. Worse, standard online calculators only handle basic high school formulas, completely ignoring industry-standard pharmaceutical analysis.
Hey Product Hunt community! 👋
I am a pharmacy student from India. I am incredibly excited to share a project I have been building from scratch: The Universal Dynamic Titration Calculator & Simulation Engine! 🧪✨💡
Why I Built This??
During laboratory practicals, my peers and I noticed a frustrating gap: most web-based chemistry tools are severely outdated, cluttered with ads, or locked behind expensive academic paywalls. Furthermore, standard online simulators only handle basic high school chemistry equations (strong acid + strong base) while completely ignoring complex, industry-standard pharmaceutical analysis.I wanted to change that,
but I had 0% knowledge of coding or website building but I had an idea to implement, with the help of AI I have coded, improved, proof readed this website thousands of time before finalising it.
I built this platform to serve as a lightweight, open-source, and entirely free web-based workspace that seamlessly scales from junior college basics up to advanced undergraduate, postgraduate, and professional analytical research.
🚀 Key Features & Architectural Highlights
🎮 Gamified Titration Simulator: The platform includes an interactive "Game Mode" that generates a secret, random concentration in the flask. Users must manually tap to drop titrant volumes (+1.0 mL or +0.1 mL drops) and track real-time visual UI color changes to successfully pinpoint the exact analytical endpoint.
📊 Multi-Metric Analytical Engine: Instead of just solving simple equations, the math framework processes data-logging tables (supporting mean/concordant lab inputs) to instantly calculate Assay percentage, Normality, Purity (% w/v), and Solubility all at once.
🧪 Massive Chemical Library: The system features native code support for 10+ titrants and 17+ analytes, allowing for complex titrations that bench-top labs actually use—including Redox (Potassium Permanganate, Sodium Thiosulphate, Iodine) and Complexometric (Disodium EDTA to Zinc Sulphate) reactions.
⚖️ Integrated Reagent Preparation Suite:
A dual-purpose calculator built into the workspace that lets lab assistants and students instantly compute precise recipes for preparing chemical solutions, handling both solid powders (weighing calculations) and liquid stocks (dilution factors).
📈 Integrated Graphing System: Generates clean numerical data tracking curves alongside visual simulation arrays to make analysis highly intuitive.💻 100% Free, Private, & Open Source: Hosted entirely client-side via GitHub Pages under the MIT License. There are zero ad banners, zero data trackers, and zero required user signups.
Looking forward for your reviews, suggestions and criticisms..
Hoping to develop the website further