Senior Manager, Resilience Engineering - Scotiabank, Toronto

AI Summary

Scotiabank is seeking a Senior Manager, Resilience Engineering (Scenario Testing) in Toronto, Ontario. This role focuses on designing, facilitating, and governing Technology Scenario Tests to enhance the bank's overall resilience capabilities. Key responsibilities include driving improvements in automation, testing, and observability. Candidates require 7-10+ years of technology engineering experience and proficiency with analytics tools like SQL and Python.

About the Role at Scotiabank

As a Senior Manager, Resilience Engineering (Scenario Testing) at Scotiabank, you will play a pivotal role in strengthening the bank's global technology organization. This position champions an engineering-driven culture, focusing on continuous improvement of resilience capabilities across various technology services. You will be instrumental in designing, facilitating, and assessing Technology Scenario Tests, ensuring the bank can effectively respond to and recover from potential disruptions. Your expertise will drive the Technology Scenario Testing Program, enhancing automation, testing methodologies, and observability capabilities to improve the stability and reliability of critical technology services. This involves providing thought leadership on resilience engineering practices, including risk and hazard analysis, scenario design, and post-exercise analysis. You will engage with stakeholders across both technology and business communities to coordinate effective technology scenario tests, performing qualitative analysis of past scenarios and incidents to refine testing effectiveness.

Skills and Experience for Success

To succeed in this Senior Manager role, candidates should possess 7–10+ years of extensive experience in technology engineering disciplines such as site reliability engineering (SRE), platform engineering, or incident response. A strong background in performing quantitative and qualitative analysis of incident data is crucial for identifying patterns and risks that inform future scenario testing. Proficiency with analytical tooling, including SQL, Python, and data visualization platforms, is essential for deriving trends and identifying focus areas for testing exercises. The role demands hands-on experience with resilience engineering practices, including failure mode and dependency analysis, automated failover testing, and chaos engineering. Familiarity with process and system hazard analysis techniques further strengthens the ability to develop severe but plausible scenarios for comprehensive testing. You will lead the analysis of completed tests, acting as the primary author of final reports, identifying risks, and creating actionable items that drive improvements across the bank's technology landscape. This experience is vital for championing an insight-driven engineering culture, ensuring data effectively informs decisions and validates resilience controls.