Systems Design
Turn a messy process, scattered workflow or complex set of rules into one coherent tool.
From problem to working prototype
If you have a complicated business problem or product idea and don’t yet have the team to build it, Constellation Highway can take it from problem definition to a working, testable prototype. You bring the domain knowledge. I help define the problem, shape the solution and build enough of it to test properly.
What this can mean
That could mean automating repetitive admin, replacing a spreadsheet-and-email workflow, testing a product idea or building a focused tool around software you already use.
Turn a messy process, scattered workflow or complex set of rules into one coherent tool.
Build enough of an idea to find out whether it works before committing to a full development budget.
Take a defined idea through implementation, testing, documentation and a usable handover.
Add focused technical capability without hiring a full conventional development team.
Test how changing people, resources, prices, rules or outcomes affect a system before relying on it.
Before we build, we S.I.T.
Scope first. Build in testable steps. Keep decisions, evidence and next actions visible.
Evidence over claims
Financial research systems
Governed data, reproducible evidence and explicit decision-support architecture.
Culinary simulation
State-driven ingredients, transformation, recipes, yield and reusable culinary physics.
Living universe engine
Persistent named populations with careers, history, turnover and replacement.
Rules-heavy digital games
Canonical rules, deterministic state logic and multiplayer architecture.
Spatial systems
Machine-usable geography, topology reconciliation and progressive mapping.
Cabinet game portfolio
Distinct game mechanics backed by probability models, simulation and testing.
Founder-owned work, presented transparently as evidence of capability—not as client products or bundled intellectual property.
Founder-led
Stu Robertson designs and develops coherent, testable systems across simulation, financial research, games, persistent populations and spatial architecture.
Start a conversation
Bring the complicated version. We’ll start by defining the problem, agreeing the scope and identifying the most useful next step.