Gestionnaire de produit
Pubblicato il 09-10-2026 - Trane Supply in Venezia
Product Manager — Industrial Process Cooling, EMEAPosition SummaryAt Trane Technologies, we challenge possible to deliver leading climate and thermal technologies that help our customers improve performance while reducing their carbon footprint. We serve a broad range of industries and applications, with growing focus on sustainable, efficient, and reliable industrial process cooling solutions.The Product Manager — Industrial Process Cooling plays a key role in shaping product strategy and execution for a critical portfolio supporting industrial customers across EMEA. This role is responsible for defining and driving solutions that meet demanding customer requirements for process reliability, operational efficiency, temperature control, uptime, and sustainability.This role requires a strong understanding of industrial customer requirements, application trends, and process cooling market dynamics. A forward-looking mindset and the ability to translate market developments into winning product strategies are essential.The successful candidate will translate customer needs,
market trends, and technical requirements into differentiated product strategies that support customer value, innovation, and growth. Key Responsibilities* Translate customer, market, and technical insights into product requirements, feature priorities, and portfolio investment decisions.* Serve as a key voice of the market and customer in defining products that address performance, reliability, serviceability, energy efficiency, and sustainability requirements.* Assess market trends in, de-centralized process cooling, thermal management, fluid cooling and heating, , and sustainable industrial operations to inform portfolio direction.* Lead product strategy, roadmap development, and lifecycle management for the industrial process cooling portfolio.* Develop a strong understanding of industrial process cooling applications, system architectures, hydronic and refrigerant-based systems, heat rejection s