Posted Thursday, July 30, 2026 at 4:00 AM | Expires Sunday, August 9, 2026 at 3:59 AM Reporting To: CPTO Full-Time/Part- Time: Full-time Posting Date: July 8, 2026 Closing Date: August 8, 2026 Hours of Work: 8:30 a.M. – 5:00 p.M. Grade: Office Location: 30.4 Toronto, ON Great location! Steps away from the main public transit station What we offer: Highly competitive compensation package which includes, base salary, bonus, benefits, and career advancement opportunities! The Opportunity The Vice President, Engineering reports to the Chief Product and Technology Officer and is accountable fortheapplication engineering organization,including engineering standards, technical delivery,software quality, release readiness, application reliability, supportability, and modernization. This role leads the teamsandpractices to design, build, test, release, support, and modernize applications, platforms, and systems thatenableunderwriting, servicing,fundingand internal and external experiences (broker, customer, and partner). The VP, Engineering leads an integrated Engineering organization that includes the product aligned delivery capabilitiesrequiredto translate business priorities into clear roadmaps, sequenced execution plans, and measurable technology outcomes. How you will contribute: Lead and develop a multi-disciplinaryengineering organization, including engineering managers, technical leads, application engineering teams, QA,DevSecOps, release management, solution architecture, and application support. Set and improve engineering standards and SDLC practicesby embeddingQA, test automation,DevSecOps, solution architecture, release readiness, change management, observability, and operational support into anend-to-end delivery model. Establish and manage engineering performance measuresacross predictability, productivity, software quality, release health, application reliability, supportability, and technical debt reduction. Lead the product aligned delivery planning needed totranslatesbusiness prioritiesandproduct roadmapsinto sequenced engineeringplans with clear tradeoffs, dependencies, risks, capacity assumptions, and release readiness expectations. Leadplanning, sequencing, capacity tradeoffs,anddeliverycommitmentsacross engineering, product delivery, and business analysis teams, ensuring modernization,



automation, AIenabled delivery,prioritize investments basedon businessvalue, risk reduction, supportability, and measurable impact. Ensure architectureand technical designsare scalable, secure, maintainable, testable, observable, supportable, and alignedto enterprisestandards. Lead modernizationof priority applications and components where modernization improves business agility, risk posture, scalability, cost efficiency, security, reliability, or long-term supportability. Reduce technical debt and improve maintainability, integration, and operational readiness by using AIassistedengineering, automation, reusable components, cloud services, modern architecture patterns, and off-the-shelf libraries whereappropriate. Own application-level supportability, defect resolution, production readiness, andresponse to issues withEnterprise IT and Infrastructure on environments, cloud platforms, monitoring, deployment automation, infrastructure operations, system health, and platform reliability. Partner with Technology Governance, Risk and Performanceto advanceSDLC standards, change management, incident management, controls, risk, and delivery reporting. Build ahighperformanceengineering culture with moderncapabilities,learning agility, technical discipline, strong ownership of outcomes, and accountability for measurableOutcomes. Operate as a member of the CPTO leadership team,helping Engineering, product delivery, Enterprise IT and Infrastructure, and Technology Governance, Risk and Performance work as an integrated team. The experience you need: Bachelor’s degree in computer science, engineering,technologyor a related discipline 10 + years of progressive engineering experiencerequired Senior engineering leadership experience in a complex environment,withaccountability for engineering teams, managers, technical standards, delivery execution, and software quality. Experience leading applicationdevelopment,



platforms, QA, release management,DevSecOps, solution architecture, and support teams. Strong understanding of contemporary software engineering practices, SDLC, CI/CD, test automation, cloud-enabled delivery, observability, operational readiness, and securedeliverypractices. Proven ability tolead integrated engineering and product delivery teams balancing business priorities, technical constraints, delivery capacity, risk, modernization needs, quality, reliability, and measurableoutcomes. Practical experience modernizing legacy applications and technology componentswith minimaldisruption or cost. Experience using or scaling AIenabledengineering, developer productivity tools, automation, and reusable engineering patternswhile ensuringsecurity, privacy, risk, and code review controls. Strong technical judgment across application architecture, integration, data flows, reliability, security, maintainability, observability, and supportability. Ability to partner effectively with Infrastructure, Security, Risk, Finance, business stakeholders, andexternal partners. Strongpeopleleadership capability, including building engineering talent, coaching managers, improving team performance, managing capacity, strengthening succession, and raising technical standards. Experience in financial services, mortgage lending, lending operations, servicing, broker channels, third-party partnerships, or regulated technology environments ispreferred. Relationships: External Customers: Engages vendors, platform providers, and implementation partners to support solution delivery and technical quality. Internal Customers: Partners with senior leaders, business stakeholders, product delivery teams, and technology teams to deliver modern, secure, and scalable technology solutions Working Environment and Physical Demands Analysis: Periods of high volume with tight timelines Long periods of stationary position/sitting Prolonged periods of repetitive movement (i.E. using a keyboard and mouse) Long periods of time in viewing a computer screen Multi-tasking may include speaking to customers on a telephone call while looking up information on a computer program. Competitive Compensation Comprehensive benefits program (i.E., Health Spending

📌 Vice President, Engineering (Toronto)
🏢 First National Financial
📍 Toronto