01 — GRASSHOPPER & PYTHON SCRIPTING
Grasshopper & Python scripting
Parametric models, design options and production-ready geometry in Rhino and Grasshopper.
PARAMETRIC DESIGN / AUTOMATION / APPLIED AI
Parametric design and engineering automation
We build Grasshopper and Python scripts, parametric models and AI tools: from geometry logic to production-ready drawings, nesting and bills of materials. For architecture, manufacturing and product design.
01Grasshopper scripting
02Automated drawings
03Nesting & unfolding
04AI for engineers
01 /Services
We build useful tools.
Not more complexity.
We connect design logic, software and AI so repetitive tasks run automatically and engineers can focus on decisions.
02 — DESIGN AUTOMATION
Design automation
Drawings, bills of materials, nesting and flat patterns generated from the model.
03 — AI FOR ENGINEERING TEAMS
AI for engineering teams
AI assistants and agents for documentation search, data checks and routine engineering workflows.
02 /Solutions
One engineering mindset.
Different industries.
The parametric approach works equally well for a facade, a sheet-metal enclosure, a cabinet or a sewing pattern. Only the rules that build the model change.
SOLUTION / 01
Architecture & facades
Parametric facades, panelization, massing studies and area schedules from one model.
Discuss your case ↗SOLUTION / 02Sheet metal
Product configurators, flat patterns with K-factor, bend tables, perforation and DXF for laser cutting.
Discuss your case ↗SOLUTION / 03Furniture
Made-to-measure configurators, cut lists, panel nesting and CNC files.
Discuss your case ↗SOLUTION / 04Apparel
Patterns drafted from measurements, size grading, marker layout and fabric consumption.
Discuss your case ↗SOLUTION / 05Product design & prototyping
Parametric product forms, 3D-print and laser-cut preparation, waffle models.
Discuss your case ↗SOLUTION / 06Frames & domes
Geodesic domes and space frames: strut types, nodes, stock cutting and assembly drawings.
Discuss your case ↗03 /Approach
From the first question
to a deployed tool.
Every solution starts with context. We test ideas against real tasks and consider how the tool will be used by the team.
Discover
Understand the current process, constraints, data and success criteria.
Prototype
Build a prototype and test the approach on a real engineering task.
Validate
Check outputs, edge cases and behaviour as parameters change.
Deploy
Prepare the tool for daily use, document the logic and hand it over.
04 /Engagement
Start small.
Scale what works.
Process audit
We map your current workflow and find what to automate.
ResultProcess map, task list and savings estimate
Pilot
We solve one specific task on your data.
ResultA working tool and a clear answer on whether to scale
Full development
A complete tool for the team's daily work.
ResultSource files, documentation and team training
Support
We maintain and extend the tool after deployment.
ResultImprovements, new features and consulting
Scope and price are fixed before the project starts.
05 /What you get
Source files and documentation,
not just a demo.
- Source .gh and .3dm files and Python code
- Drawings and flat patterns in DWG, DXF and PDF
- Schedules, bills of materials and nesting in XLSX and CSV
- Documentation of the tool's logic
- Team training and post-launch support
06 /Technology
Tools selected for the task.
Technology for a reason. We choose tools around the requirements, infrastructure and constraints of each workflow.
DESIGN
RhinoGrasshopperComputational Design
AUTOMATION
PythonScriptingData Workflows
INTELLIGENCE
AI ModelsAPIsSystem Integration
07 /Studio
Engineering-led.
Built around your process.
ASLA.pro develops digital solutions at the intersection of engineering design, software and artificial intelligence.
We start with the challenge, not the technology: what takes time, where repetitive work appears and which tool could genuinely help the team work better.
Built around the workflowThe solution follows how the team actually works.
Verifiable logicOutputs and limitations can be tested and explained.
Deployment, not a demoWe consider usability, documentation and handover.
CollaborativeWe work with the client team and its existing processes.
08 /FAQ
Frequently asked questions
What does ASLA.pro do?
We develop parametric models, Grasshopper and Python scripts, design automation tools and AI solutions for architecture, manufacturing and product design.
How much does development cost?
It depends on the scope of logic and integrations. We fix the scope and price before we start. A process audit or a pilot is a convenient first step.
Which software do you use?
Rhino, Grasshopper, Python, external system APIs and modern language models, chosen around your task and infrastructure.
Do you hand over source files?
Yes. The tool comes with source files, documentation of its logic and instructions, and we train your team.
Do you work remotely?
Yes, we work remotely under a contract and can sign an NDA when needed.
What do you need to get started?
Message us on Telegram or by email and attach an example if you can: a drawing, a model or a spreadsheet. We will review it and suggest the next step.
NEXT STEP / DISCUSS A PROJECT
Which workflow
could work
smarter?
Message us directly in a way that suits you. We reply personally and suggest the next step: a process audit or a pilot on your data.
How to reach us
Draft a brief with our AI assistantthen send it to us on Telegram→
Message on Telegram↗
Email us↗
Call us↗
Send a request via our Telegram bot↗
What to include in your first message
- Your industry and software (Rhino, AutoCAD, Excel, etc.)
- Which operation you want to automate and how long it takes now
- An example: a drawing, model or spreadsheet without personal data
The site has no forms and does not collect personal data. You choose how to contact us.