Senior Scientist–Mathematician — polynomial optimization, moment methods, and scientific ML in Python.
Publications: Google Scholar (h-index 16 · 1,600+ citations)
| Library | What it does |
|---|---|
| Irene | Toolkit for constrained polynomial optimization over commutative real algebras — SOS/SONC/moment-SDP hierarchies with SymEngine/SymPy backends, CVXPY/CVXOPT solver paths, and structural reductions (border basis, correlative sparsity, Newton-polytope pruning). |
| SKSurrogate | Research-grade suite for surrogate-based optimization of expensive functions and AutoML pipeline search, scikit-learn style; includes a Hilbert-space regressor, dataset fingerprinting/schema validation, and a web UI with control-plane API. |
| Repo | Description | Status |
|---|---|---|
| pyProximation | Computations and approximation in (multivariate) Hilbert spaces with measures; integro-differential equation solvers. | active |
| nonlinear-regression | Nonlinear regression, scikit-learn style — unweighted via data transformation, weighted via function-space-as-Hilbert-space methods. | active |
| Stochastic-Scheduling | Deterministic and stochastic scheduling formulations (preemptive tasks). | in development |
| TinyRAG | Lightweight self-hosted RAG stack (FastAPI + ChromaDB + SQLite). | personal project |
| pycsdp | Python wrapper for the CSDP semidefinite-programming solver. | archived |
| CvxAlgGeo | Sage package: semidefinite/geometric relaxation methods for polynomial optimization (computational real algebra). | archived |
| SDP | Unified interface to SDP solvers. | archived |
| optimithon | Experimental implementations of standard optimization methods. | archived |
| InventoryOptim | Inventory forecasting and capacity/cost estimation from commodity stock data. | archived |
| gnfs | Educational implementation of the General Number Field Sieve (Mathematica). | archived |


