Technical Product Owner, Financial Crime Tech (Hybrid)

Bendigo and Adelaide Bank Limited; Greater Bendigo; Hybrid; AUD 120,000 - 160,000; Full time

Benefits offered by this job

Hybrid work

Flexible hours

Learning opportunities (BEN U)

Job summary

Bendigo and Adelaide Bank Limited in Bendigo, VIC, is seeking a skilled Technology Product Owner to lead our Financial Crime Technology team. You will shape the technical roadmap and manage the product backlog to protect customers and the bank from financial crime.

Collaborate with Financial Crime, Data Platforms and Engineering to enhance detection systems, ensure regulatory compliance, and deliver low-latency, high-accuracy processing.

Qualifications

• Experience in AML/CTF and Financial Crime prevention with Know Your Customer (KYC), sanctions screening and detection.
• Experience with big data environments, data pipelines, data quality and lineage standards.
• Product Owner or similar role with strong Agile, backlog management and roadmap development.

Responsibilities

• Define and execute a robust technical roadmap for Financial Crime platforms, aligning engineering with business strategy and regulatory requirements.
• Drive continuous improvement of Financial Crime platforms and oversee system health and low-latency/high-accuracy processing.
• Own and prioritise the product backlog translating high level business requirements into detailed user stories.
• Partner with Financial Crime, Data Platforms and Engineering teams to ensure changes are compliant and align with the roadmap.

Skills

AML/CTF experience

Big data

Agile backlog management

Job description

Bendigo and Adelaide Bank Limited in Bendigo, VIC, is seeking a skilled Technology Product Owner to lead our Financial Crime Technology team. You will shape the technical roadmap and manage the product backlog to protect customers and the bank from financial crime.

Collaborate with Financial Crime, Data Platforms and Engineering to enhance detection systems, ensure regulatory compliance, and deliver low-latency, high-accuracy processing.