name: Sunil Mandloi
role: Life Science Student → Future Biotech Business Consultant
studying_at: University of Hyderabad (I.MSc. Life Science)
obsession: "Where does a biology problem turn into a business decision?"
mode: Learn → Build → Break → Debug → Analyze → Document → RepeatI'm not collecting skills to collect them. I'm stacking Biology + Code + Data + Finance + Strategy into one lens — so I can look at a scientific problem and see the business decision hiding inside it.
flowchart LR
A[🧬 Biological Problem] --> B[⚙️ Technology]
B --> C[🚧 Bottleneck]
C --> D[💰 Economics]
D --> E[📊 Market & Competition]
E --> F[♟️ Strategic Decision]
style A fill:#2F81F7,color:#fff,stroke:none
style B fill:#5B5FE9,color:#fff,stroke:none
style C fill:#8E2DE2,color:#fff,stroke:none
style D fill:#A429C9,color:#fff,stroke:none
style E fill:#C0289E,color:#fff,stroke:none
style F fill:#DA2778,color:#fff,stroke:none
|
🧬 Biology
🐍 Python & Code
📊 Data Analysis
|
💰 Finance & Economics
♟️ Strategy & Consulting
🤖 AI for Life Sciences
|
flowchart TD
S([🧬 Life Science Foundation]) --> T([🐍 Python & Coding])
T --> U([📊 Data Analytics])
U --> V([🧬 Bioinformatics])
V --> W([🤖 Artificial Intelligence])
W --> X([💰 Finance & Economics])
X --> Y([📈 Business])
Y --> Z([♟️ Strategy])
Z --> END([💼 Life-Science Business Consultant])
style S fill:#2F81F7,color:#fff,stroke:none
style T fill:#4A6EF5,color:#fff,stroke:none
style U fill:#645BF2,color:#fff,stroke:none
style V fill:#7F4FEF,color:#fff,stroke:none
style W fill:#9942EB,color:#fff,stroke:none
style X fill:#B336E8,color:#fff,stroke:none
style Y fill:#CD2AE4,color:#fff,stroke:none
style Z fill:#E71EE1,color:#fff,stroke:none
style END fill:#FF0080,color:#fff,stroke:none
| Project | What it does | Status |
|---|---|---|
| 📚 Library Management System | Python app for books, users, issuing & returns | 🟢 Active |
| 📊 Sales Performance Tracker | Tracks sales activity, targets & team insights | 🟢 Active |
| 💰 Startup Runway Manager | Cash burn, runway & early-stage financial decisions | 🟢 Active |
| 🧬 Mini Bio-Python Projects | Python meets molecular biology & protein analysis | 🟡 Growing |
| 💻 Python Practice Vault | Fundamentals, logic & problem-solving reps | 🔄 Ongoing |
flowchart LR
P[Industry Problem] --> R[Research] --> AN[Analysis]
AN --> BE[🔧 Analytical Backend<br/>Data · Models · Code]
AN --> CD[📑 Client Deliverable<br/>Summary · Report · Deck]
style P fill:#161B22,color:#fff,stroke:#2F81F7
style R fill:#161B22,color:#fff,stroke:#2F81F7
style AN fill:#161B22,color:#fff,stroke:#2F81F7
style BE fill:#0D2847,color:#fff,stroke:#2F81F7
style CD fill:#2A0D47,color:#fff,stroke:#8E2DE2
Every real project I ship carries both halves — the code/model that proves I can do the work, and the report/memo that proves I can communicate it to someone who makes decisions.
| 🎯 Market | Who's the customer, how big is the market, what drives demand? |
| ⚙️ Technology | What creates the edge, how mature is it, where does it break? |
| 💰 Economics | What's the cost, where's the value, what drives the margin? |
| 🥊 Competition | Who's fighting for the same space, how hard is entry? |
| ♟️ Strategy | Build, buy, partner, or license — and what should happen next? |
If you care about biotechnology, life sciences, bioinformatics, AI, healthcare, pharma, finance, strategy, or scientific entrepreneurship — my inbox (aka my GitHub) is open.
