Start with the physics.
Understand the environment, the constraints and what failure means. Get the fundamentals right before adding complexity.
BUILT FOR THE REAL WORLD
Engineering that holds up.
When the conditions don’t.
Hardware, software and systems built for difficult conditions, constrained resources and the realities of working in the field.
ROCKALL / NORTH ATLANTIC
57°35′ N 13°41′ WTHE ENVIRONMENT SETS THE STANDARD.
THE MANDATE
The world doesn’t operate
in laboratory conditions.
Salt water. Limited power. Unreliable communications. No easy way back to the workshop.
These are design inputs. We work from the physical constraints up, building systems that can be understood, maintained and trusted in the field.
01 / CAPABILITIES
From the first
principle to
the last bolt.
Across disciplines.
Accountable for the whole system.
01Systems engineering
Make the problem explicit. Understand the interfaces, expose the assumptions and turn an ambitious brief into a system that can actually be built.
02Hardware & embedded
Electronics and embedded software designed together. From sensing and control to power and communications, with the operating environment considered from the start.
03Software & infrastructure
Software that meets the hardware and infrastructure that keeps it useful. Built around constrained resources, interrupted connections and the people who have to operate it.
04Field engineering
Close the gap between a working prototype and a working installation. Test the failure modes, solve the practical problems and feed what happens in the field back into the design.
02 / OUR APPROACH
Clear thinking.
Hands-on engineering.
The details matter. So does getting it done.
Build. Test. Find out.
Put assumptions on the bench. Prototype the difficult parts early. Measure what happens and let the evidence shape the design.
Stay with the problem.
Take it through integration and into service. Leave behind clear documentation, maintainable systems and a proper understanding of how it works.
03 / START A CONVERSATION
GOOD ENGINEERING STARTS WITH A HARD QUESTION.