Disciplines

Five disciplines, one accountable team.

Complex projects rarely sit inside one branch of engineering. Ours don't have to — and you don't have to coordinate three consultants who have never met.

Discipline 01

Mechanical Engineering

The backbone of most of our work. Mechanical systems design, analysis and specification for industrial plants, processing facilities and infrastructure — from a single pressure vessel to a complete central steam system.

Mechanical systems design & development
Industrial piping design & stress analysis
Pressure equipment & storage tanks
Hoists, cranes & material handling
Boilers & central steam systems
HVAC & thermal-fluid systems
Computational fluid dynamics (CFD)
Finite element analysis (FEA)
Fire protection & loss prevention
Hazardous area assessments

Discipline 02

Materials Science

Why a component failed, whether a substitution is safe, and which material actually survives the duty cycle. We characterise, test and specify materials for demanding service — then document the reasoning so the answer holds up under review.

Advanced materials fabrication
Characterisation & analysis
Metallurgy & weld procedure review
Corrosion & degradation assessment
Failure & root-cause investigation
Material selection & substitution review
Mechanical & thermal property testing
Materials research & innovation

Discipline 03

Nanotechnology

Engineering at the scale where surfaces decide everything. Coatings, thin films and surface treatments that extend service life, cut friction, resist corrosion, or give a component a property the bulk material never had.

Surface engineering & treatment
Coatings & thin-film development
Nanoscale characterisation
Wear, friction & tribology work
Corrosion-resistant surface systems
Materials-by-design programs
Nanomaterial handling & safety review
Applied research & technology scouting

Discipline 04

Nuclear Engineering

Canada's clean-energy build-out runs on nuclear expertise that is in short supply. We support material analysis and systems work for reactor and clean-energy applications, including the small modular reactor programs now moving through Canadian utilities.

Nuclear material analysis
Small modular reactor (SMR) systems support
Clean-energy application studies
Radiation-effects material assessment
Balance-of-plant mechanical support
Component qualification documentation
Regulatory documentation assistance
Technology & feasibility advisory

Discipline 05

Computer Engineering

Engineering problems increasingly arrive with a software half. We build the tooling — controls, acquisition, simulation and analysis software — that makes a physical system observable, controllable and understood.

Software development for technical applications
Controls & instrumentation design
Data acquisition & monitoring systems
Simulation & modelling tools
Digital twin development
Automation & process control support
Engineering data management
Technical computing & analysis scripting

Working across disciplines

Most real problems need more than one of these.

A cracked impeller is a mechanical problem, a metallurgical problem and a controls problem at once. We staff it that way from the start, so nothing gets lost between consultants.

Tell us what you're building.

A short conversation is usually enough to tell you whether we're the right fit — and what it would take. No charge for the first consult.

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