Our Company

Specialist engineering for complex environments.

ShearLine brings engineering, applied science, data and modeling together to help infrastructure owners and project teams make better decisions in cold, remote and changing environments.

Our Company

Engineering the interfaces that control infrastructure performance.

ShearLine is a specialist engineering, consulting and applied-science practice serving infrastructure owners, public agencies, engineering firms and industry. Our work is focused on complex environments where ground, water, ice, climate and infrastructure interact — and where understanding those interactions is essential to making a sound engineering decision.

We combine engineering judgment with field-program strategy, partner-acquired sensing and monitoring data, numerical modeling, spatial analysis and technical interpretation. The result is an integrated workflow that can support anything from a focused independent review to a turnkey technical work package.

Our objective is simple: reduce uncertainty, make the problem understandable and give clients a practical path forward.

What We Provide

Integrated technical support from evidence to decision.

ShearLine can lead a defined technical work package or integrate as a specialist within a larger multidisciplinary team. The level of involvement is matched to the project.

Integrated technical delivery

A single technical workflow that can carry a problem from scoping and evidence review through analysis, mapping, interpretation and decision support.

Sensing, data & interpretation

Field-program strategy, integration of partner-acquired monitoring and geophysical data, quality review, interpretation and engineering context.

Modeling & spatial intelligence

Numerical engineering, GIS, terrain analysis and model-data integration used to quantify mechanisms, scenarios, hazards and performance.

Advisory & decision support

Clear technical recommendations for owners, operators and engineering teams — focused on risk, lifecycle performance, monitoring priorities and practical next actions.

What We Specialize In

Deep technical focus where infrastructure meets the environment.

Our specialization is not one isolated discipline. It is the interaction between physical processes, infrastructure performance and the evidence needed to make a defensible decision.

Cold regions & permafrost

Frozen and thawing ground, active-layer processes, thermal regimes, ground ice and infrastructure response.

Ice & winter infrastructure

Floating ice, ice roads and working surfaces, bearing capacity, defects, GPR-supported assessment and ice mechanics.

Linear infrastructure

Railways, highways, remote access and utility corridors where terrain, water, climate and operations interact.

Water & environment

Surface water, groundwater, drainage, erosion, sediment, environmental monitoring and infrastructure-related water hazards.

Numerical engineering

Finite-element, finite-difference, thermal, hydraulic and coupled process models for problems that cannot be reduced to one equation.

Mapping & spatial intelligence

GIS, remote sensing, terrain analysis, risk surfaces and spatial visualization that make complex evidence easier to act on.

The Solutions We Propose

Technical work should lead somewhere.

We structure analysis around the decision the client actually needs to make. That keeps technical effort proportional, recommendations traceable and project value visible.

01

Understand the system

Define the decision, assemble the available evidence, identify the controlling interfaces and design the technical program around the actual mechanism — not a generic checklist.

02

Quantify what matters

Use targeted analysis, modeling, mapping and monitoring data to separate signal from noise, test scenarios and identify where uncertainty materially affects the decision.

03

Turn evidence into action

Translate results into practical recommendations: targeted investigation, monitoring, mitigation, adaptation, operational thresholds, maintenance priorities or the next engineering decision.

Why ShearLine

Turnkey when it adds value. Specialist when it matters.

We are built to solve non-routine problems without forcing every project into the same delivery model.

01

Integrated problem ownership

We connect the scope, evidence, analysis, maps and recommendations so the client is not left stitching together disconnected technical outputs.

02

Specialists at interfaces

Our strongest work sits between disciplines — frozen ground and groundwater, ice and loading, terrain and infrastructure, monitoring and numerical prediction.

03

Practical engineering value

Models and datasets are tools, not the final product. We focus on recommendations that improve safety, reliability, investigation efficiency, lifecycle planning and project decisions.

Our Team

Technical leadership with a collaborative delivery model.

Perry Godse of ShearLine in the field

Perry Godse, MSc

President / Principal Scientist

Perry Godse is the founder of ShearLine and leads the firm’s cold-regions engineering and applied-science practice. His work focuses on infrastructure in complex environments, particularly permafrost and frozen ground, ice engineering, hydrology and hydrogeology, terrain and spatial analysis, and numerical modeling.

His role is to connect evidence to engineering decisions: defining technical programs, integrating multidisciplinary data, interpreting mechanisms and uncertainty, and translating modeling and spatial analysis into practical recommendations for owners and project teams.

ShearLine is structured to work directly with clients and to integrate with trusted engineering, environmental, geophysical, surveying, instrumentation and field partners when a project requires broader delivery capability.

Built for Partnership

One technical objective. The right team around it.

Direct to owners

Focused support for asset owners, operators and public agencies.

Integrated with teams

Specialist subconsulting within larger engineering and project teams.

Partner-enabled delivery

Field acquisition and complementary disciplines coordinated through trusted specialists when required.

Have a complex problem?

Tell us what the infrastructure needs to do — we’ll help define what needs to be understood.

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