Infrastructure Architect

Requisition

Join a purpose driven winning team, committed to results, in an inclusive and high-performing culture.

The Infrastructure Architect is responsible for ensuring that systems, infrastructure patterns principles, frameworks, and standards—particularly those related to database platforms, middleware technologies, application servers, and message brokers—are designed and implemented to support Scotiabank’s evolving business requirements across on-premise and cloud environments. This role is a key part of the Global Technology Enterprise Platform (GTEP) Architecture team in Canada, working closely with Enterprise Architecture to drive strategic alignment and technical excellence.

The candidate will work in a collaborative environment within GTEP Architecture and Enterprise Architecture, contributing to the efficient and effective operation of infrastructure architecture initiatives—particularly those involving database platforms, middleware technologies, application servers, and message brokers across on-premise and cloud environments. The role requires ensuring compliance with daily business controls and enterprise obligations aimed at reducing:

• Operational risk
• Money laundering and terrorism financing risks

• Lead architecture discussions with Scotiabank’s application solution architects and security teams to define infrastructure strategies, with a strong focus on:
• Participate in Architecture Review Boards (ARBs) to review, recommend, and propose infrastructure solutions, particularly those involving database, middleware, application servers, and message broker components.
• Develop and maintain technical documentation, technology standards, and infrastructure designs for the above platforms. Collaborate with GTEP teams to ensure alignment with security and architectural standards across both on-premise and cloud deployments.
• Identify and analyze infrastructure architecture gaps in database, middleware, application server, and message broker domains. Propose new technologies, establish pilots and proof-of-value (POV) initiatives, and present recommendations to ARBs.
• Collaborate with the GTEP Architectural Governance team to document and maintain infrastructure standards, patterns, principles, and frameworks related to these technologies.
• Evaluate and engage with vendors to address operational challenges and assess new technologies for inclusion in GTEP product roadmaps.
• Lead proof-of-concept (POC) projects for database, middleware, application server, and message broker solutions. Collaborate with engineering and operations teams to transition successful initiatives into production environments, both on-premise and in the cloud.
• Act as the primary infrastructure contact for relevant aspects of strategic initiatives such as the Data Center Consolidation Project (DCRC).
• Ensure compliance with operational risk, regulatory requirements, anti-money laundering (AML), and conduct risk frameworks, especially in the context of data handling, messaging, and middleware integration.

• 5+ years of progressive experience in infrastructure architecture, including hybrid cloud and on-premise environments.
• Proven ability to design scalable, secure, and resilient infrastructure solutions aligned with enterprise architecture standards.
• Strong understanding of infrastructure automation, monitoring, and operational best practices.
• 5+ years of experience in enterprise database architecture, including relational (Oracle, SQL Server, Postgre
  
  SQL) and cloud-native databases (Azure SQL, Cloud Spanner, Big Query).
• Expertise in database high availability, disaster recovery, replication, and performance tuning.
• Experience with database modernization, migration strategies, and cloud adoption.
• 5+ years of experience designing and implementing middleware platforms such as Red Hat JBoss, Web Logic, Web Sphere, Apache Kafka, Rabbit
  
  MQ, or similar.
• Deep knowledge of middleware integration patterns, service orchestration, and message queuing systems.
• Experience with API gateways, service mesh, and container-based middleware deployment.