Senior Manager, Design Transformation & Process Engineering

BMO U.S.; Chicago (IL); On-site; USD 102,000 - 190,000; Full time

Benefits offered by this job

Health insurance

Tuition reimbursement

Accident and life insurance

Retirement savings plans

Performance-based incentives

Discretionary bonuses

Job summary

BMO Financial Group is hiring a Senior Manager for Value Stream & Process Engineering in Chicago. You will lead a team responsible for reimagining how work gets done across Commercial Banking, leveraging Design Thinking, AI-enabled capabilities, and enterprise-wide transformation initiatives to improve client and employee experiences and operational efficiency.

You will partner with business, technology and operations leaders to assess current processes, design future-state operating models, and

Qualifications

• 7+ years of relevant experience in process engineering or transformation.
• Strong understanding of process design, optimization and controls.
• Knowledge of risk, regulatory and compliance considerations in banking.

Responsibilities

• Lead and develop a team of process engineering professionals.
• Design, test, and implement processes aligned to business strategy.
• Develop transformation roadmaps and business cases for initiatives.
• Collaborate with business, technology and operations leaders to optimize workflows.
• Create regular and ad-hoc reports and dashboards for stakeholders.
• Lead change management and communications to drive adoption.

Skills

Process engineering

Design Thinking

AI-enabled capabilities

Job description

BMO Financial Group is hiring a Senior Manager for Value Stream & Process Engineering in Chicago. You will lead a team responsible for reimagining how work gets done across Commercial Banking, leveraging Design Thinking, AI-enabled capabilities, and enterprise-wide transformation initiatives to improve client and employee experiences and operational efficiency.

You will partner with business, technology and operations leaders to assess current processes, design future-state operating models, and