Mihir Madan Portfolio Showcase 2026
DISCLAIMER: This experience is best viewed on a desktop or laptop computer.
Click start to begin
Mihir Madan
Bus. Mgmt • Growth & Ops. London Area, United Kingdom.
This site is an interactive desk. Zoom in to the computer to read About, Experience, Education, Certifications, Projects and Contact.
Welcome
I’m Mihir Madan
Bus. Mgmt • Growth & Ops
London Area, United Kingdom
Mihir Madan
Bus. Mgmt • Growth & Ops
London Area, United Kingdom
About Me
I like understanding how things work, then making them work better. Mostly that means systems: how a business acquires its customers, how money moves through it, and where it quietly leaks.
I started out in sales and operations, learning funnels, churn, unit economics and the boring work of keeping things running. Somewhere along the way I picked up Python, and now I build tools I think businesses wouldn’t mind paying for, and projects in fields I find interesting.
Lately that has meant working with a software company that keeps hotel operations running, a risk model for the heart, a cross-venue arbitrage engine that hunts for pricing gaps between prediction markets, and a few computational biology experiments I’m still not sure how to explain at dinner: designing protein binders against a cancer-driving KRAS mutation, and mining multi-omic data for early Alzheimer’s biomarkers. I’m drawn to problems that sit between fields, the ones nobody has really put a name on yet.
Away from the screen I coach and train mixed martial arts. Less strategy deck, more getting hit in the face and humbled.
Based in London. Still early, still building. If something here caught your eye, just click Contact.
Skills
SalesCustomer AcquisitionFinancial AnalysisPython (Programming Language)AccountingCoachingMixed Martial Arts (MMA)- Architected multi-touch acquisition funnels and managed performance ad spend, optimizing CAC across paid channel
- Implemented customer lifecycle management and churn mitigation protocols to maximize LTV and ARPU.
- Deployed automated NLP workflow solutions to triage high-frequency inquiries and minimize operational latency.
- Deployed real-time state-management architecture to automate room turnover cycles and instant incident dispatching across core hotel teams.
- Built continuous task-routing pipelines to eliminate inter-departmental communication latency and optimize operational throughput at hotels with 300+ rooms
- Orchestrated background initiatives that kept campus operations moving.
- Worked frontline student engagement and communications
- Trusted with front-of-house and on-call operations
- Responsible for guest experience, welfare response, and out of hours coverage
- Managed guest operations
- Deployed paid media, CRO landing pages, and search optimization to drive rapid client growth.
- Built web scraping pipelines and automated booking systems to scale B2B prospect conversion.
- Implemented conversational NLP bots and churn-predictive models to maximize retention and LTV.
- Created high-yield competitor programs, earning regional championship honors and producing exhibition tournament winners.
- Drove account expansion and trial-to-membership conversions
Licenses & certifications
Projects
& Hobbies
Pick an area to see what I have been building and learning.
Software
Phase 1 (Generative Binder Design): Designed custom protein binders targeting KRAS (G12D) a key oncogenic mutation in pancreatic and lung cancers to block its active binding pocket. Built using the University of Washington (Baker Lab) RFdiffusion and ProteinMPNN models for backbone generation and sequence design, then validated candidate structures using AlphaFold.
Phase 2 (In Silico Docking & Occlusion): Evaluated competitive binding dynamics and interface occupancy against GTP-state inhibitors using MIT's DiffDock diffusion framework. Mapped steric occlusion profiles across the switch-II pocket to verify binding selectivity.
Phase 1 (Exploratory Biomarker Mapping): Parsed Stanford's SPHERE synthetic cohort (N=644) to map multi-omic blood and fluid markers against Alzheimer's disease progression. Built automated pipelines for statistical modeling, gene activity analysis, and protein correlation across CSF and plasma datasets.
Phase 2 (In Silico Perturbation): Extended the framework using single-cell foundation models (scGPT / GEARS) to simulate gene knockouts in software. Modeled how cell states shift under perturbation before running downstream validation, moving from static multi-omic analysis to predictive transcriptomic modeling.
Music
Not a performer yet. Two pieces I am working through at the moment.
Currently learning
Currently learning
Wordle, with a Mihir-shaped twist. Six tries.
You are white. Pawns promote to queens; no castling or en passant.