Tusen Start a project

From code to atoms.It's all in the details.

Tusen

Controls, software and electrics for industrial machines.

Tusen AS does project coordination, software and control design, electronics design, and electrical (power) design for industrial machines and containerised units, and licenses that software and design per project. The manufacturer named in each contract builds the machine.

Reference designA robot that washes concrete walls →
Seven disciplines · one factory

A machine is seven disciplines at once.

Code runs on electronics, electronics drive motors, motors move steel, and the law decides whether the machine may be sold. Projects stall at the handovers between specialists. Tusen coordinates the project and designs the software and controls, electronics and electrical power, and the software factory keeps one record across all seven, so nothing is lost between Tusen and the engineers who own the rest.

Overview · at a glance

Tusen, at a glance.

From one circuit board to the controls of a complete machine. Tusen designs; the manufacturer named in each contract builds the machine, puts its name on it and holds the technical file. Software is the one thing Tusen builds itself.

01What you can hire Tusen for

Project coordination

One record for the whole design: scope, decisions, drawings, and the interfaces between disciplines, such as the mounting points, loads, cable routes and cabinet space agreed with the mechanical engineer. The manufacturer named in the contract approves the design.

Software and control design design · build

Control systems for machines, with motion, I/O and safety functions, and the software that runs them. Also industrial software, data platforms, integrations and internal tools. Tested, reviewed and documented.

Electronics design

Circuit boards, sensor interfaces and embedded controllers with their firmware, from schematic to the files a board maker needs.

Electrical (power) design

The electrics of machines and containerised units: power distribution, motor drives and power electronics, motors and actuators sized by calculation, and the electrical drawings for the machine's own cabinet.

Legal research

The rules a design must meet: the machinery regulation, CE marking and the technical file, standards, permits and data licences, each cited to its source.

The software factoryDrafted by agents. Signed by an engineer.How the work is done →

02Industries

03Terms

What Tusen does not offer. Building hardware, selling whole machines, installation, and designing grid or quay connections. Electrical installations in buildings, plants and ports, and work on the supply grid: Tusen AS is not registered in DSB's register of electrical contractors. Machine electrics and shore power equipment are designed as products; the manufacturer builds them, and installing and connecting them is done by your registered electrical contractor. Tusen AS is not a law firm: its legal work is regulatory research for engineering projects.

How Tusen works with machine builders

  • Tusen coordinates the design and does the software and control, electronics and electrical power design.
  • The manufacturer named in the contract builds the machine, puts its name on it and holds the technical file.
  • Tusen's software and design are licensed per project, never transferred.
  • Support and updates by agreement.
  • Source code and design files can be deposited in escrow, so your records do not depend on a one-person company.

Two ways to hire Tusen

  • Project coordination, software and control, electronics and electrical (power) design for your machines, as a subcontractor to the machine builder.
  • Software from the factory: web apps, data platforms, internal tools and controls software, drafted and tested by agents and signed by an engineer. ClusterAlpha, below, is built this way.

Priced per engagement: a design fee, a licence, and an optional support agreement.

Sector · concrete · reference design

A robot that washes concrete walls.

A design for an automated washer for precast concrete wall elements up to 4 by 10 metres. A mast runs on a floor rail, the spray head steps in and out from the face, and the controller reads each element's openings from a file and skips the windows.

  • Mechanical: rail, mast and carriage by the project's mechanical engineer, checked by calculation and FEA
  • Electrical: cabinet, drives and safety circuit, in twelve drawings
  • Software: a tested path planner that writes the machine's G-code
  • Safety: designed to EN ISO 12100, EN ISO 13849-1 and EN 60204-1

The design is with the client for decision. Nothing has been built yet.

Sector · steel and surface treatment

Blasting and painting, by the drawing.

Much of the blasting, painting and washing of large steel parts is still done by hand. Tusen designs the controls and software for cells that read each part from its drawing and move the gun or nozzle along it, the same pattern as the concrete washer.

  • Beams, tanks, frames and other large parts
  • Paths generated from the part's drawing
  • Designed for the manufacturer's CE route under the Machinery Regulation
Sector · timber elements and windows

Wall elements, nailed from the CAD file.

Timber wall and roof elements, modular houses and windows still take a lot of hand work. Tusen designs the controls and software for nailing and stapling bridges, drilling and marking stations, and inspection, all driven by the element's CAD file.

  • Openings and studs read from the drawing
  • Nailing, stapling, drilling and marking
  • Built and signed by the manufacturer named in the contract
Sector · machine and equipment makers

Electronics and test rigs for the machines you sell.

Makers of pumps, hydraulics, lifting gear and farm machinery need control boards, firmware and end-of-line test stations. Tusen designs them; the design is licensed to you, and its files can be deposited in escrow.

  • Control electronics and firmware for your product
  • Test stations that check each unit and write the report
  • Controls, software and electronics as a subcontractor
Sector · shipyards and repair

Hull work from a mast, not a lift.

Yards wash, blast and paint hulls and large parts from lifts and scaffolding. Tusen designs the controls and software for rail- and mast-mounted tools for that work, built by the yard or a machine builder.

  • Washing, blasting and painting of hulls and parts
  • Paths planned from the hull's shape
  • Controls and software subcontracting
Sector · containerised units

Power and equipment, in a container.

Some equipment is best built, tested and moved as one finished unit. Tusen designs the electrics, controls and monitoring of containerised modules: shore power for ships at berth, battery and power-conversion containers, local equipment rooms, and test containers.

  • Shore power with frequency conversion for 50 Hz and 60 Hz ships
  • Battery and power-conversion containers
  • Local equipment rooms (LER) and test containers
  • Control, protection and monitoring electronics
  • Built and delivered as finished units by the manufacturer named in the contract

Installation on the quay or site and the connection to the grid are done by a registered electrical contractor.

Sector · ferries

Charging at the quay.

Public ferry contracts have required zero emission since January 2025, so every electric ferry needs power at the quay. Tusen designs the controls and electronics of automatic plug-in arms and battery containers, and the charging control that hands power to the ship.

  • Automatic plug-in arms
  • Battery containers that buffer a weak grid
  • Charging control and monitoring

Installation on site and the connection to the grid are done by a registered electrical contractor.

Sector · aquaculture

Feed barges off diesel.

Fish farms are moving feed barges from diesel generators to shore cable and batteries. Tusen designs the electrics and controls of battery and power-conversion containers, and the energy-management electronics that run a barge on them.

  • Battery and power-conversion containers
  • Generator, battery and shore-cable control
  • Remote monitoring of the barge's power

Installation on site and the connection to the grid are done by a registered electrical contractor.

Sector · construction

Site power in a container.

Oslo has required emission-free machines on its own building projects since 2025, and electric cranes and diggers need power where the grid connection is too small or not there yet. Tusen designs the electrics and controls of battery and site-power containers, and the electronics that share power between the machines.

  • Battery and power-distribution containers
  • Load sharing between cranes, diggers and chargers
  • Moved from site to site as one unit

Installation on site and the connection to the grid are done by a registered electrical contractor.

Software · from the factory

Software Tusen builds.

Software is the one thing Tusen builds itself. Each tool below is built by the software factory for the client's own process, tested before review, signed by an engineer, and licensed per project.

01

Service records HVAC · refrigeration

For service contractors who look after many sites: units, service agreements, leak checks and refrigerant records in one place, so the next visit starts from the last one.

02

Scan to drawing modification projects

From a laser scan or a survey of what is already there to fabrication drawings that are generated, not drawn by hand.

03

Completion paperwork fabricators

Welding procedures and qualifications, inspection and test records, assembled into the handover dossier, with the same paper trail as every Tusen delivery.

Method · how Tusen runs a software project

Your people decide. Then the smallest change.

For organisations with existing systems and many people who must agree. Each decision goes to the person who owns it, in words they can judge, before code changes. The change is then surgical: complete, but no larger than it must be, agreed in size before work starts, reversible, and signed by a named engineer.

01 · DECIDE

SAD open method

Stakeholder-Anchored Development. Every feature is explained three ways: in plain language for the domain expert, as a plan for the architect, as code for the engineer. Each approves what it can judge, and a rejection goes back to the step it concerns.

02 · CHANGE

Surgical changes existing code

Your code is your team's property, not raw material. Each change gets a risk tier and a budget of files, lines, new dependencies and public interfaces, agreed before work starts. Problems found beside the change are reported, not fixed in passing, and every change has a rollback plan.

03 · GUARD

Archangel in development

A safety net under AI-assisted work. It pauses force-pushes and history rewrites, whoever typed them, and offers the safer alternative first. The record stays on your own disk.

01Where you decide

  1. ScopeYou approve the goal, what counts as done, what is out of scope, the risk tier and the budget.
  2. PlanFor high-risk work you approve the plan before code is written, and changes to existing functions one by one.
  3. WalkthroughBusiness, architecture and engineering each sign their own account of the feature.
  4. OverrunIf a change would outgrow its budget, work stops and you choose: split it, trim it or raise the budget.
  5. HandoverYour team reviews the package and decides what is merged.

02What you receive

For the people who decide

  • An intent for each change: goal, success criteria, risk tier, budget and rollback.
  • Walkthroughs in three registers: plain language, plan and code.
  • A review package whose first part a manager can read without code.

For the people who maintain it

  • Commits that cite the decision they carry out; a change that maps to no approved decision is flagged.
  • Tests for each success criterion, and the results of the checks run on the changed lines.
  • The signature of the engineer who did the work.

SAD is an open method (MIT) published at sad.codes. Archangel is in development. Approvals are given by people and recorded in the project's documents; the tools support the steps, they do not replace the sign-off.

Models · machines in 3D, live in the browser

Turn it, run it, take it apart.

Each model is the working 3D view from Tusen's design work. Drag to turn it, scroll to zoom, run its motion. RealVision redraws the same live model with photoreal light and soft shadows, and every control keeps working.

The model loads when this part of the page comes into view.

Drag to turn, scroll or pinch to zoom, right-drag to pan. Raise and Lower run the scissor through its travel.

Open full screen ↗
The software factory · how the work is done

Drafted by agents. Signed by an engineer.

AI agents plan the work, draft code, calculations and documents in parallel, and test them before anyone reviews them. That is how one engineer delivers what used to take a team.

  • Every step leaves a record you can read
  • Tests and checks run before review, not after
  • Nothing leaves until a named engineer signs it
Method · SAD · open source

When code is cheap, review is the bottleneck.

A free method for building software with AI assistants. Every feature is explained three ways, for the domain expert, the architect and the engineer, and all three sign off.

Safety net · Archangel · in development

A seat belt for AI-written git.

It pauses force-pushes and history rewrites, whoever typed them, and shows you the safer alternative first. The record stays on your own disk.

Regulated work · safety certification · in development

Eleven agents gather. One engineer signs.

Tooling that assembles the evidence an IEC 61508 certification needs. Models propose, a deterministic checker scores, and a named engineer approves.

Tusen AS is not an accredited assessor, and the tooling does not certify anything.

Project work · design intake · in development

Stopped before it is sent.

For companies that run on projects: a gate that stops a purchase order, drawing or relay setting that contradicts its design basis, before it reaches a supplier.

Where Tusen works · ClusterAlpha

Rogaland first. Then the whole coast.

This map is drawn from ClusterAlpha, Tusen's own map of Norway's registered organisations and the infrastructure they run on: the power grid, rail, ferries, ports, and the fields and pipelines offshore. It is how Tusen finds the companies and projects that need engineering.

A sample, grown from one dot in Stavanger.

Contact

What do you need designed?

Coordination of a machine project, its software and controls, electronics or electrical power design, a containerised unit, or a piece of software. Send a sketch, a problem or a specification, and the engineer who would do the work answers.

Emailjakub.jedrzejczak@tusen.si
Phone+47 96 87 42 84
AddressTjuvholmveien 50, 4007 Stavanger
LinkedIntusen-as
GitHubshoshain