Selkirk Innovates — Advanced Computing
Developing practical technology solutions for real-world problems — AI systems, IoT, automation, data analysis, and custom digital infrastructure for businesses and organizations across the Kootenay region.
What We Build
From computer vision in lumber mills to forensic field apps, climate modelling, and regulatory AI — our work spans industries and disciplines.
Tools to estimate climate-related risk for bridges, roads, transformers, drainage systems, dams, and dikes. The Risk Analysis Calculator — free and publicly available — helps planners test whether future conditions will exceed design thresholds.
Bodytag.app is a web application for tracking and inventorying human remains and personal effects in natural disasters and conflict zones. Built for demanding field conditions, it prioritizes robustness and reliability where connectivity and resources are limited. The app has attracted significant interest from the international forensics community.
A machine vision prototype for grading wood offcuts used in finger-jointed engineered studs. Combining machine learning, photogrammetry, and LiDAR, the system automates grading decisions that were previously done by hand — reducing labour, improving consistency, and increasing throughput on the production line.
A machine vision system deployed on a mass timber assembly line to detect board end-grain orientation and automatically signal a flip when needed. Involved machine learning, stochastic modelling, optimization, PLC integration, and automation — with three student co-ops on the team.
Machine learning approaches that improve the resolution of climate projections in mountainous terrain — producing the LCAP (Localized Climate Analysis and Projection) software for realistic local climate estimates to support community planning.
Two early-alert systems for air quality and sound pollution at industrial smelter and fertilizer operations. Air quality monitoring combines existing sensors and webcams to detect leaks via data science; sound pollution monitoring uses microphones and machine learning to flag problem sounds around the facility and nearby town — improving response times and supporting regulatory compliance.
A 2D lidar-based system paired with a custom mobile app and cloud sync to generate accurate square footage estimates and automated floorplans — fast for operators and affordable for clients in the real estate sector.
Custom tools that improve field workflows, data integrity, and reporting. Includes an app that standardized field data collection, strengthened chain of custody, and enabled real-time cloud-backed access to company data for environmental consultants.
A regional smart mobility platform focused on safer travel and lower emissions — including snowplow tracking, road condition updates, route safety information, and transportation alternatives such as bus, carpooling, and ridesharing.
An economic recovery program that paired student interns one-on-one with small businesses in Nelson and the West Kootenays hit by COVID-19. Teams assessed digital presence and deployed websites, e-commerce solutions, and system integrations — transferring skills and tools to improve long-term digital resilience.
A novel system to organize, interpret, and evaluate complex regulatory documents for an industry-specific application. Combining graph theory, data abstraction, and natural language processing, the approach makes dense regulatory content machine-readable and queryable — a proof-of-concept with plans for broader generalization.
Who We Work With
We collaborate with regional industry, government, and national research institutions.
Who We Are
Smart Kootenays is the public-facing identity of the Advanced Computing team within Selkirk Innovates — the applied research and innovation arm of Selkirk College in Nelson, BC.
We develop practical technology solutions for real-world problems, spanning AI-driven workflows, IoT systems, automation, advanced data analysis, software development, and custom digital infrastructure for businesses and organizations across the region.
Our work connects regional industry partners with the expertise of Selkirk's researchers and student interns — helping great ideas become real products and services ready for commercialization.
The People
The researchers, interns, and assistants behind the work.

Research Lead
Faculty researcher leading the Advanced Computing team. Expertise spans scientific modelling, computational physics, data science, supercomputing, and experimental measurement.

Researcher
Researcher with a focus on applied computing solutions and technology integration for regional industry partners.
Research Intern
Research intern contributing to software development, data pipelines, and applied computing projects across the team.
Research Assistant
Research assistant supporting applied computing and data projects for the Advanced Computing team.
We're grateful to everyone who contributed to this team.
Let's Work Together
Have a problem that might benefit from a technology solution? We'd love to hear about it.
jdoyle@selkirk.caNelson, BC — Selkirk College, Selkirk Innovates