Energy
Community energy management with solar, storage and V2G
Optimal dispatch of rooftop solar, household and shared batteries, and bidirectional EV charging in a 75-home community, within the feeder capacity and with peak reduction.
Optimization & Operations Research
I build mathematical optimization models for scheduling, routing, energy and supply chain problems: models that respect every real-world rule and that your team can run, understand and extend.
Problems where many decisions interact, constraints are strict, and a good plan is worth real money.
Optimization studies for grids, storage and renewables.
Production schedules and staff rosters that respect every rule.
Fleet routes that cut distance, time and cost.
Where to locate facilities and how goods should flow.
Better use of staff, rooms and supplies in care delivery.
Fix models that are infeasible, wrong or too slow.
We discuss the decision you need to make, the data you have and what a good result looks like.
A written proposal with scope, deliverables, timeline and price.
The model is built and validated against your rules and data, with regular check-ins.
Documented code, a results report and a walkthrough, so your team can run and extend the model.
Worked examples of the methods I apply.
Energy
Optimal dispatch of rooftop solar, household and shared batteries, and bidirectional EV charging in a 75-home community, within the feeder capacity and with peak reduction.
Logistics
When a new order arrives or data changes, only the remaining part of each route is re-planned, quickly enough to use during operations.
Healthcare
Rosters physicians and residents with full shift coverage, rest after night shifts, limits on working days, fair distribution of nights and continuity of care.
Tools I work with
Describe it in a few lines. I will tell you honestly whether optimization is the right tool.