Co-op pays CAD $25,000–40,000 per term and is prestigious — we do not compete with it. We reach the students co-op structurally cannot place: those not admitted, those who cannot relocate, those in a term without a placement.
Four milestone gates, each AI-graded against the rubric and logged toward internship credit.
Engineers Clinic is not accredited by these bodies. Our projects produce outcome-mapped evidence that supports an institution's own accreditation reporting.
Each project below is tagged with the outcomes it evidences for Canadian Engineering Accreditation Board.
Each one ships with a 10-step guided workspace, AI grading against a published rubric, and a verifiable certificate.
Model critical mineral supply chains, identify concentration risk, and quantify the effect of disruption scenarios.
Why Canada: Federal investment is actively backing critical minerals supply chain innovation.
Combine remote sensing and environmental data to monitor land restoration progress at mine sites over time.
Why Canada: Directly mirrors funded Canadian mining-innovation work on faster land restoration.
Design a data governance framework and technical controls that keep control of community data with the community.
Why Canada: Indigenous data sovereignty is an active Canadian AI research and policy priority, not a theoretical one.
Forecast electricity demand and renewable generation with prediction intervals, and cost the forecast error.
Why Canada: Clean energy and green technology rank among Canada's most in-demand skill areas.
Optimise charger placement and scheduling against demand patterns, grid constraints and cold-weather performance.
Why Canada: Canadian winter materially changes EV charging economics — a genuinely local engineering problem.
Model the cost, utilisation and carbon footprint of AI compute infrastructure under different workload assumptions.
Why Canada: Canada's national AI strategy includes major investment in sovereign compute infrastructure.
Build the evaluation harness that measures whether a clinical documentation AI is accurate and safe enough to deploy.
Why Canada: AI scribes are in genuine clinical use in Canada; evaluation is the gating capability.
Predict wildfire risk from satellite, weather and vegetation data with calibrated probabilities.
Why Canada: Wildfire is among Canada's most severe climate-adaptation challenges.
Build an NLP service that performs equivalently in English and French, with quality measured separately per language.
Why Canada: Official bilingualism is a legal requirement for federal and Quebec-facing services.
Integrate financial data APIs with consent management, idempotent handling and reconciliation.
Why Canada: Toronto is Canada's fintech hub and open banking frameworks are maturing.
Build detection rules and an anomaly layer over security logs, mapped to MITRE ATT&CK with false positives tuned down.
Why Canada: One in three Canadian tech leaders report skills gaps specifically in IT operations and security.
Take a model to production with reproducible training, versioned serving, drift monitoring and a tested rollback.
Why Canada: AI, cloud and security are the three named Canadian talent shortages; this project sits across all three.
Provision a full cloud environment in Terraform with a deploy pipeline, security scanning and demonstrated rollback.
Why Canada: Cloud engineering is among the most in-demand Canadian tech roles.
Audit a digital product against accessibility standards with a screen reader, remediate, and issue the conformance report.
Why Canada: Accessibility is federally legislated and maps to CEWIL's equity priorities.
Build the pipeline and calculation engine for organisational emissions with documented factors and uncertainty stated.
Why Canada: Canadian climate disclosure expectations are tightening across sectors.
Combine soil, weather and satellite data to predict yield and recommend input adjustments, with uncertainty quantified.
Why Canada: Canadian agriculture is large-scale, data-rich and increasingly precision-managed.
Model a supply network and stress-test it against border, weather and demand disruptions, quantifying the cost of each.
Why Canada: Canadian supply chains are exposed to long distances and cross-border dependency.
Build an interoperability layer across health record formats with validation, consent handling and audit trail.
Why Canada: Provincial health system fragmentation makes interoperability a persistent Canadian problem.
Profile and optimise a real-time application's frame timing and memory behaviour, with measured before-and-after results.
Why Canada: Vancouver's gaming and real-time software cluster hires specifically for this.
Build the model cards, bias audits and risk documentation an organisation needs to deploy AI accountably.
Why Canada: Canada's national AI strategy explicitly includes protecting Canadians and safeguarding technological sovereignty.
Internship role: Energy Engineering Co-op. Size solar, battery and diesel for a remote northern community, minimise fuel use under reliability constraints and report litres displaced and payback.
Why Canada: Canada's Clean Energy for Rural and Remote Communities programme funds exactly these projects with Indigenous partners.
Internship role: Geotechnical Data Co-op. Ingest instrument readings, apply trigger-action-response thresholds and visualise dam performance against the Global Industry Standard on Tailings Management.
Why Canada: Canadian miners adopted the GISTM after Mount Polley and need monitoring tooling at every site.
Internship role: Environmental Engineering Intern. Build a facility-level methane inventory from equipment counts and survey data and produce the regulatory report structure.
Why Canada: Federal methane regulations target a 75% cut by 2030; Alberta operators need inventory analysts.
Internship role: Web Developer Co-op. Build a service application form fully bilingual with accessible components and audit it against the Standard on Web Accessibility.
Why Canada: Federal and Quebec public bodies require bilingual, accessible digital services; co-ops are hired for exactly this.
Internship role: Privacy Analyst Co-op. A tool that walks a product team through a PIA, flags Quebec Law 25 obligations and exports the assessment with a risk register.
Why Canada: Quebec's Law 25 added mandatory PIAs and heavy fines; Canadian firms need lightweight tooling.
Internship role: Climate Data Analyst Intern. Combine smoke forecasts and AQHI readings to publish a 48-hour exposure map and alert thresholds for schools and outdoor workers.
Why Canada: Wildfire seasons since 2023 made smoke forecasting a core municipal need across Canada.
Internship role: Building Science Co-op. Model a multi-unit residential building in Edmonton or Winnipeg, test envelope upgrades against NECB tiers and report energy and cost savings.
Why Canada: Provinces are adopting tiered energy codes and consultancies need modelling co-ops.
Internship role: Structural EIT (co-op). Derive snow, wind and seismic loads from the National Building Code, design a steel beam-column and a glulam beam to CSA standards and document the checks.
Why Canada: Canadian structural practice runs on CSA standards and NBC loads; mass timber is a national growth sector.
Internship role: Data Science Intern (Banking). Detect scam-driven transfers in a synthetic dataset with class imbalance, explain decisions with SHAP and estimate losses prevented at a given false-positive budget.
Why Canada: Canadian banks face rising authorised-push-payment fraud and hire analytics interns through co-op.
Internship role: Health Informatics Co-op. Analyse surgical and emergency wait-time data by region, model the effect of capacity changes and build a dashboard for a health authority.
Why Canada: CIHI publishes rich open data and health authorities staff analytics teams with co-op students.
Internship role: Agri Data Science Intern. Predict canola and wheat yields at the municipality level, validate against Statistics Canada reports and visualise error by region.
Why Canada: Agriculture and Agri-Food Canada and grain companies invest in crop-forecasting analytics.
Internship role: Forest Engineering Intern. Derive canopy height and terrain from LiDAR, plan a harvest block with road layout and stream buffers, and report volume and environmental constraints.
Why Canada: BC and Quebec forestry companies plan harvests from provincial LiDAR programmes.
Internship role: Software Developer Intern. A guided checklist that tells applicants which documents a study or work permit stream needs, with deadline reminders and no legal advice disclaimers.
Why Canada: Canada welcomes record numbers of students and workers; settlement agencies and colleges need clear tooling.
Internship role: Supply Chain Analyst Co-op. Measure container dwell time by cause at an intermodal terminal, simulate a gate-appointment system and report throughput gains.
Why Canada: CN, CPKC and the ports of Vancouver and Montreal compete on dwell time and hire co-op analysts.
Internship role: Public Works Technology Intern. Optimise plough and salt routes for a mid-size city by priority class, and estimate time and salt saved against current routes.
Why Canada: Canadian municipalities spend heavily on winter maintenance and publish route data openly.
Internship role: AI Governance Intern. Run the Government of Canada Algorithmic Impact Assessment on a public-sector use case, score its impact level and document the mitigations required.
Why Canada: The Directive on Automated Decision-Making makes the AIA mandatory for federal systems.
Internship role: HVAC Technology Intern. Instrument a heat pump to log COP against outdoor temperature and flag defrost inefficiency; produce a seasonal performance report.
Why Canada: The Oil to Heat Pump Affordability programme is driving cold-climate heat-pump adoption, with performance questions unanswered.
Internship role: Mining Technology Intern. Track lithium or nickel batches from mine to refinery with tamper-evident records and ESG attributes, and produce a buyer-facing provenance report.
Why Canada: Canada's Critical Minerals Strategy and US IRA sourcing rules reward provable provenance.
Internship role: Business Analytics Co-op. Forecast store demand and enrich it with sentiment from bilingual customer reviews; measured by MAPE versus a seasonal baseline.
Why Canada: Canadian retailers operate bilingual markets and co-op analysts are expected to handle both languages' data.
Internship role: Energy Planning Intern. Site fast chargers along provincial corridors to minimise range gaps under grid capacity limits, and report coverage achieved per dollar.
Why Canada: NRCan's ZEVIP programme funds charger deployment and asks for siting analysis.
Internship role: Mobile Developer Co-op. Build a vocabulary and pronunciation module that works offline, with community-controlled content and consent-based data handling.
Why Canada: The Indigenous Languages Act funds revitalisation technology built with communities, under OCAP principles.
Internship role: Hydrology Data Intern. Forecast spring inflows for a reservoir from snowpack, temperature and precipitation, and quantify generation value against a climatology baseline.
Why Canada: Hydro-Québec, BC Hydro and Manitoba Hydro depend on inflow forecasts for the national grid.
Internship role: IT Security Intern. Implement and evidence the 13 CyberSecure Canada controls for a small business tenant and produce the certification-readiness pack.
Why Canada: CyberSecure Canada is the federal SME certification and MSPs hire college students to deliver it.
Internship role: Industrial Engineering Co-op. Schedule panel and module production for a housing factory under crane and curing constraints and report units per week against current practice.
Why Canada: The federal Housing Accelerator Fund and modular construction push demand production engineers.
Internship role: Full-Stack Developer Co-op. A platform where employers post work terms and students rank them, with a stable-matching run and reporting for the co-op office.
Why Canada: CEWIL-affiliated institutions run thousands of placements per term with ageing tooling.
