Jan Plettenberg

Overseeing the bank’s change portfolio and IT run portfolio, including budget steering, project approvals, prioritization, and portfolio governance. Leading cross-functional transformation initiatives across Finance, Risk, IT, and Operations to ensure compliance, enhance efficiency, and deliver sustainable business value – including major programs such as the implementation of CRR-III and the roll-out of Concur Travel & Expense.

Experienced in leading large-scale change initiatives across Finance, Risk & IT with focus on regulatory compliance & digital transformation. Expertise in Risk Controlling (Market, Credit, Liquidity, CVA), Finance/Controlling, Payment Services (TARGET2, PSD2, SEPA, SWIFT, GPI, CBPR+), Operations/IT infrastructure & enterprise tool implementation. Proven track record in cross-functional alignment, compliance & business impact.

• Projects in Strategy, Digital Transformation, Process Optimization, Financial Management • Implementation of regulatory requirements • Requirements management • Test management • Business process modeling

• Organization and teaching of advanced courses in the Departments of Mathematics and Physics • Scientific research and publications

• Planning, programming, and setting up of modern automation systems • Communication and submission of change requests to various hardware and software manufacturers • First and second level support for customers

• Grade: "passed with distinction" - 1.08 • Master Thesis: "Spin-Orbit and Nonlocal Spin-Transfer Torques for Magnetic Skyrmions" (grade: 1.0) • Otto Stern-Preis (Award for the best Master Thesis in the department of physics of the Universität Hamburg) • Publication: "Steering of the skyrmion Hall angle by gate voltagess" (Phys. Rev. Lett. - https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.124.207202)

• Bachelor Thesis: "Local Equilibria and Classical Dynamics of Charged Particles on a Helix Exposed to an External Electric Field" (grade: 1.0) • Publication: "Local equilibria and state transfer of charged classical particles on a helix in an electric field" (Phys. Rev. E - https://journals.aps.org/pre/abstract/10.1103/PhysRevE.95.012213)