Power systems engineer · Interactive toolmaker
Complex systems,made useful.
I'm Beny. I build practical web experiences that turn engineering models, mathematics, economic trade-offs, and everyday learning into something you can explore—not just read about.
- 11
- Live projects
- 05
- Fields explored
- 01
- Guiding idea
01 / Selected work
Tools for thinking and doing.
Live labs and tools across high-voltage equipment, power systems, mathematics, economics, and learning. Filter by field, or switch to the list to scan everything at once.
Showing 11 of 11 projects
- Transformer LabTake a 60 MVA transformer apart.A 3D, explorable 150/20 kV power transformer. X-ray, section, and explode it, then click any part to see how it works, fails, and is tested.Open the lab(opens in a new tab)
- GIS LabInside a 150 kV GIS bay.A 3D gas-insulated switchgear bay: breaker, disconnectors, earthing switches, CTs and VTs. Operate it, cut it open, and follow the SF₆.Explore the bay(opens in a new tab)
- CB LabWatch a 170 kV breaker interrupt.A 3D live-tank SF₆ circuit breaker. Open the contacts, section the interrupter, and trace every part from nozzle to spring mechanism.Open the breaker(opens in a new tab)
- DGA LabRead the gases. Find the fault.Dissolved gas analysis step by step: gas chemistry, key-gas, ratio, Duval triangle and pentagons, each traced to IEC 60599 and IEEE C57.104.Interpret a sample(opens in a new tab)
- Asset FieldbookHigh-voltage theory meets asset decisions.Interactive chapters connecting insulation physics with observable evidence, diagnostic judgement, and maintenance action.Open the fieldbook(opens in a new tab)
- Power Electronics LabConverters, slowed down.Simulated DC-DC converters you can watch one switching period at a time, with live waveforms, sizing, losses, and control.Run a buck converter(opens in a new tab)
- Lightning Analysis ToolkitLightning performance, made inspectable.A transmission-line toolkit for waveform exploration, shielding analysis, editable geometry, and exportable results.Analyse a line(opens in a new tab)
- OptiLabFind the bottom of every bowl.Interactive optimisation: drag points, watch iterates fall down contours and 3D surfaces, and check each step by hand calculation.Start optimising(opens in a new tab)
- MatrixLALinear algebra you can drag.Chain matrices, watch space bend step by step, see determinants as area, and check your understanding as you go.Transform space(opens in a new tab)
- EconoSimPolicy becomes playable.An economic-policy sandbox where every decision moves inflation, jobs, growth, debt, and public confidence.Run the economy(opens in a new tab)
- HomelineEveryday English, practised together.A role-based speaking app built around natural family conversations, recall practice, and everyday scenes.Practise a scene(opens in a new tab)
02 / About
Engineering clarity intocomplex systems.
Follow the professional storyView LinkedIn profile↗I work at the intersection of power-systems engineering, data, technical communication, and product thinking.
The through-line is simple: give people a clear model, direct feedback, and room to think. Across my side projects, that means turning specialist knowledge into approachable tools people can learn from, test, and share.