Top Engineering Jobs in Vancouver

Own company-critical technical problems and long-term strategy across multiple organizations. Architect scalable customer-facing systems and platforms, remain hands-on in software development, influence senior product and engineering leaders, establish engineering standards, and drive responsible AI adoption in products and workflows. The role requires deep expertise in large-scale software systems, consumer products, distributed systems, and production ML and LLM applications.

Designs, builds, and operates scalable internal applications, backend services, APIs, integrations, and automated employee workflows. Owns solutions from architecture through deployment and support while improving reliability, observability, performance, and maintainability. Collaborates across engineering, product, design, security, and People Technology teams; provides technical leadership through architecture reviews, code reviews, mentoring, and roadmap contributions. The role also explores AI-powered capabilities to improve employee workflows and engineering productivity.

Principal Engineer responsible for defining the long-term architecture and modernization strategy for GitLab’s Fulfillment platform. The role drives technical direction across entitlements, licensing, provisioning, seat management, usage visibility, and cost management. Responsibilities include hands-on distributed systems engineering, migrations, performance and reliability improvements, cross-team influence, AI-assisted engineering adoption, and mentoring senior technical staff.

Leads and grows an engineering team building financial and supply chain platforms, including agentic workflow automation, reporting, forecasting, tax, compliance, and operational systems. Sets technical direction, architecture, roadmap, and delivery practices while partnering with Finance, Accounting, Tax, Compliance, Product, and Operations. Ensures reliability, security, scalability, testing, observability, and operational excellence, while developing engineers, future leaders, and a healthy engineering culture.

Partners with senior Engineering leaders to shape people strategy, organization design, job architecture, talent processes, leadership effectiveness, and culture. Advises on global teams, change management, calibrations, career paths, and organizational transformations. Uses data and feedback to improve engagement and performance, collaborates with People and Talent teams, and supports Engineering offsites and leadership forums across globally distributed teams.

Leads Marketing and Consumer Privacy Engineering teams, developing engineers and establishing a shared operating model. Translates business and product priorities into engineering plans across logged-out web, experimentation, marketing integrations, attribution, measurement, consent, privacy experiences, and consumer data collection. Partners with Product, Marketing, Privacy, Legal, and Engineering stakeholders to deliver reliable, scalable, privacy-aware systems while balancing customer needs, quality, speed, and risk.

Leads the technical direction, architecture, delivery, and modernization of Mastercard’s Java and C++ Sanctions Service platform. Manages a seven-person software engineering team, balancing technical leadership with coaching, hiring, performance management, and roadmap execution. Drives scalable, secure, highly available systems, incident response, operational improvement, cloud readiness, and adoption of AI-assisted and agentic engineering practices within appropriate governance and compliance controls.

Leads the technical direction, architecture, delivery, and modernization of Mastercard’s Java and C++ sanctions screening platform. Manages a seven-person software engineering team while driving scalable, secure, highly available solutions, incident response, AI-assisted engineering adoption, and operational improvements. Partners with product, architecture, compliance, and operations stakeholders; mentors engineers; manages roadmaps and delivery commitments; and establishes responsible AI governance and engineering best practices.

Leads DevOps and platform engineering for critical, regulated systems, including 24x7 production operations, incident response, on-call coverage, disaster recovery, and operational readiness. Serves as executive escalation point and incident commander, coordinates technical and external teams, communicates with executives, customers, and regulators, and drives SRE practices such as SLOs, SLIs, error budgets, alert optimization, post-incident reviews, and operational KPI management. Oversees AWS cloud workloads, Terraform automation, security hardening, and platform resilience.

Manage the AMER Support Engineering team, including hiring, mentorship, performance development, and technical growth. Lead customer support quality, process improvement, automation, AI adoption, and cross-functional collaboration. Build scalable workflows, promote team ownership and psychological safety, and ensure Support Engineers resolve complex technical issues throughout the support lifecycle. Partner with product and development teams to improve customer outcomes and support efficiency.

Leads software engineering teams and Team Leaders through coaching, delivery planning, roadmap ownership, governance, DevOps adoption, and process improvement. The role coordinates complex cross-team initiatives, removes delivery bottlenecks, establishes development goals, ensures architectural and security standards, and uses flow metrics and reporting to improve team effectiveness. It partners with business, technology operations, security, and enterprise architecture leaders while overseeing front-end, full-stack, and cloud engineering practices.

Leads a mechanical engineering and CAD design team developing marine navigation and bridge systems. Plans and assigns work, oversees technical quality, reviews designs and drawings, manages schedules and risks, supports recruitment and performance management, mentors staff, and ensures compliance with design, manufacturing, safety, environmental, PDM/PLM, and ISO procedures. The role remains hands-on in mechanical design and requires coordination across production and engineering functions.

Leads a mechanical engineering and CAD design team developing marine navigation and bridge systems. Responsibilities include planning work, providing technical direction, reviewing designs and drawings, ensuring manufacturability and compliance, managing schedules and risks, mentoring staff, conducting performance reviews, supporting recruitment, and maintaining engineering quality processes. The role remains hands-on in mechanical design and requires coordination with production and other engineering functions.

The Gameplay Engineering Intern will write production C++ code for gameplay systems including physics, weapons, cameras, AI, and hit detection. Responsibilities include debugging crashes, multithreading issues, and memory leaks; profiling and optimizing performance; collaborating with designers and animators; participating in code reviews; and maintaining engine architecture across PC and console platforms.

Leads GitLab’s Dedicated Infrastructure team, combining technical leadership and people management. Responsibilities include guiding architecture, maintaining high availability and security, automating provisioning and operations, improving self-service platforms, managing incidents, recruiting and developing team members, using AI to improve productivity, and prioritizing work through data and risk analysis. The role requires expertise in distributed services, fleet management, Terraform, AWS, high-availability operations, remote team leadership, and complex project delivery.

Develops new and existing client relationships across Western Canada to grow technical services and engineering sales. Responsibilities include identifying opportunities, advising clients on technical solutions, conducting site visits and needs assessments, preparing proposals and quotations, supporting sales teams, managing the CRM pipeline, networking with industry stakeholders, and coordinating project transitions to field operations.

Supports electrical and electromechanical hardware projects across design, validation, manufacturing readiness, and release. Responsibilities may include circuit design, mechanical packaging, simulation, hardware testing, troubleshooting, functional safety analysis, supplier quality, and documentation. Collaborates with cross-functional engineering teams, maintains component release records, and communicates project progress. Candidates must be enrolled in a Canadian bachelor’s or master’s program and have electrical engineering fundamentals.

Design, implement, and test embedded software or controls algorithms for vehicle domains including propulsion, battery systems, charging, thermal systems, body controls, and functional safety. Interns write C or C++ code, develop Python test tooling, collaborate with systems and test engineers, execute SIL/HIL and bench testing, debug issues, and communicate technical progress.

Design, develop, debug, and test embedded software for automotive electronic control units and development boards. Interns may work on drivers, bootloaders, board support software, hardware abstraction layers, embedded Linux or Android components, RTOS features, security firmware, camera software, and automated hardware validation. The role involves troubleshooting firmware and board-level issues, collaborating with hardware and vehicle engineering teams, documenting work, and presenting progress.

Interns will design, develop, test, and debug backend, distributed, embedded, integration, and connectivity software for connected vehicles. Responsibilities include building telemetry and remote-command services, working with event-driven cloud infrastructure, supporting vehicle-to-cloud communication, automating integration testing, participating in code reviews, documenting work, and presenting progress. Projects may involve AWS services, Kafka, Kinesis, Redis, and vehicle communication protocols such as CAN and MQTT.

Software engineering interns develop and test customer-facing infotainment, mobile, Android Automotive, connectivity, graphics, and telematics features. Responsibilities include coding in Kotlin, Java, C++, or Python; debugging issues; creating automated and integration tests; collaborating with product and design teams; and presenting work. Projects may involve navigation, media, vehicle settings, Android platform software, wireless protocols, cloud-connected mobile applications, 3D graphics, and software integration.

Build and lead IREN’s engineering document control function for large data center and construction projects. Establish standards, governance, numbering, metadata, workflows, and revision controls; administer Procore and SharePoint; manage document workflows and close-out packages; coordinate documentation across engineering, procurement, construction, operations, contractors, and consultants; conduct audits; train users; and hire and lead the document control team.

Design, develop, test, deploy, and support Salesforce solutions for business functions including Sales, Marketing, Customer Experience, and IT. Translate business requirements into technical designs, build declarative and programmatic solutions, manage deployments and change processes, conduct code reviews, and integrate Salesforce with external applications. Collaborate with cross-functional stakeholders and ensure scalable, high-quality implementations using Apex, Lightning Web Components, APIs, and CI/CD practices.

Develop and test embedded software or control algorithms for vehicle systems such as propulsion, battery management, charging, thermal, HVAC, body controls, and safety. Interns write C/C++ production code and Python test tooling, execute SIL, HIL, and bench testing, debug issues, collaborate with systems and test engineers, and support requirements, architecture, homologation, or functional safety work.

Designs, develops, and deploys scalable production AI features and shared services. Builds backend APIs integrating LLMs, RAG, AI agents, machine learning, deep learning, and computer vision. Applies AI-native engineering and agentic SDLC practices, including coding agents, specification-driven development, automation, testing, and monitoring. Collaborates across product and engineering teams, contributes to architecture and technical decisions, mentors engineers, and improves AI reliability, performance, security, and cost efficiency.