Senior Researcher
Pubblicato il 09-08-2026 - Evera Recruitment in Orta di Atella
The Senior Researcher - Anode will play a key role in the development of advanced anode materials for next-generation battery technologies, combining technical leadership with strategic input across material development and supplier engagement. Working closely with internal teams and external partners, you will support the advancement of anode technologies from research through to industrial implementation.
Scopra esattamente quali competenze, esperienze e qualifiche sono necessarie per avere successo in questo ruolo prima di candidarsi.
The Senior Researcher - Anode will be responsible for:
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- Leading the development of advanced anode materials for future battery technologies
- Acting as the technical authority for graphite materials, processing methods and supply chains
- Developing and optimising electrode formulations to improve battery performance and cycle life
- Collaborating with international suppliers and research partners to evaluate new material opportunities
- Supporting the integration of novel graphite technologies into manufacturing processes
- Overseeing slurry preparation,
electrode development and battery cell assembly activities
The Senior Researcher - Anode will have:
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- A PhD in Electrochemistry, Chemistry, Materials Science, or equivalent industrial experience spanning supply chain management and formulation development
- Deep expertise in graphite materials for battery anode applications
- Strong understanding of graphite processing, sourcing and global supply chains
- Experience in electrode formulation, slurry preparation and battery cell assembly
- Knowledge of industrial battery manufacturing environments
- Experience supporting technical strategy and external supplier collaborations
This role is ideal for someone with a passion for battery materials development and a strong interest in shaping the future of anode technology. xysqume It is suitable for those looking to combine technical expertise with strategic influence in a growing battery environment.
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