Project Management Senior Specialist
Pubblicato il 20-10-2026 - Baker Hughes in Toscana
CTS Project Manager
Project delivery, profit & loss accountability, and customer satisfaction
Do you enjoy working with in the Climate Technology Solution’s team?
Partner with the best
Baker Hughes stands as a leading global energy‑technology company, delivering innovative solutions that make energy safer, cleaner, and more efficient across the entire value chain. Operating in more than 120 countries, the company blends deep industrial expertise with advanced engineering and digital technologies to support energy production, transformation, and decarbonization. With over a century of heritage, Baker Hughes partners with customers in oil and gas, industrial sectors, and emerging energy markets to accelerate progress toward a more sustainable energy future
Fuel your passion
Joining the Extended Scope team, you will be responsible for project delivery, profit & loss accountability, and customer satisfaction through management of complex projects, innovative products, related activities and resources.
As CTS Project Manager you will be responsible for project delivery,
profit & loss accountability, and customer satisfaction through management of project related activities and resources.
As Project Manager - Climate Technology Solutions you will be responsible for:
- driving your team and engaging all supporting functions as needed to smoothly execute in compliance with the contractual commitments
- being the to-go person for project stakeholders and a guide to get opportunities out of challenges and unpredictable changes
- making sure that project financials, on-time delivery and quality excellence meet and exceed targets
- addressing and resolving any project related matters, from reporting status at all levels, to risks mitigation, to project close out.
- acting as innovator, creating execution models suitable of large EPC projects, including NPD content and partnerships with external companies
- Leading efforts to create suitable execution models of unprecedented lar