Director, SaaS Migration Program Execution
Pubblicato il 12-08-2026 - Wolters Kluwer in Milano
Part of the Wolters Kluwer’s CP & ESG division, our award-winning CCH® Tagetik expert solution provides the strategic & financial intelligence platform that enables CFOs and their peers, in global enterprises, to propel their strategy with faster and better-informed decisions. CCH Tagetik provides a comprehensive, data-driven, AI-based CPM platform for Financial Close & Consolidation, Extended Planning including financial & operational planning, ESG and Regulatory reporting, and Corporate Tax including Global Minimum Tax. With embedded AI and state-of-the art, the open and extensible platform easily connects leading operational solutions to create enterprise-wide insights, drive growth, and navigate change for our customers to gain the greatest value, today and tomorrow.
Dopo aver letto questa descrizione, invii il suo CV e le eventuali informazioni aggiuntive richieste facendo clic sul pulsante di candidatura.
Role Summary
The Director, SaaS Migration Program Execution,
will be responsible for overseeing the entire migration process for Wolters Kluwer CCH Tagetik’s existing customer base. This position will own the transition from legacy deployment and commercial models to the strategic cloud platform and the latest packaging and pricing models. Responsibilities include:
-
- Managing the migration of commercial models for cloud customers who are still using legacy models.
- Leading both the commercial and technical migration for on‑premise customers.
This role is accountable for converting migration strategy into operational execution, coordinating cross‑functional teams across Sales, Customer Success, Professional Services, Cloud Operations, Legal, Finance and Product.
The position requires a highly hands‑on leader capable of driving customer migrations at scale while managing complex customer‑specific situations, particularly within the on‑premise installed base where commercial, contractual, technical and organizational complexity is highest.
The role serve