Join us and be a pioneer for a green transport revolution.
Automotive Cells Company (ACC) is one of Europe’s newest and most exciting high-tech companies. Backed by Saft-Total, Stellantis and Mercedes-Benz, ACC is set to power the future of the automotive industry by innovating in battery technology.
We aim to produce sustainable, affordable, high-capacity, longer-life batteries as a cleaner alternative to current energy sources. We have created an R&D center and new state-of-the art facility in Nouvelle Aquitaine, France, and we are building gigafactories in Germany and Italy, in addition to the one already built in Hauts de France.
We need a range of skilled and agile people to bring our vision to life, especially in the areas of industrialization, mechanical design, testing/prototyping and any other function of a new-born company. If you’re looking to take your career further than you imagined, if you’re passionate about creating cleaner transport, we’d like to hear from you.
Our core Values are : Pioneering Spirit, Fast & Agile, Excellence, Greener & Cleaner !
We are also very proud of our 2022 CSR Report : https://www.acc-emotion.com/stories/accs-2022-corporate-sustainability-report
Accelerating sustainable mobility for all.
Automotive Cells Company (ACC) is set to be the European champion of batteries for automotive. We develop and industrialize the next generations of sustainable, affordable, high-capacity, longer-life batteries as a cleaner alternative to current energy sources. As a very fast growing company, we need skilled and agile people in all areas of battery design and manufacturing. In this context, we are looking for an Advanced Technology Process Engineer dedicated to wet formulation / mixing for electrode manufacturing.
Their role will be to report to the Advanced Technology Process Manager, develop and industrialise new processes, especially mixing processes up to TRL6 (industrial prototype).
Main Missions:
- To design and develop electrode manufacturing processes, with a focus on wet mixing for different chemistries.
- To define key process parameters to achieve targeted properties of the final mix (viscosity, dry content etc..)
- To characterize each step of the mixing process with relevant analytical methods (Rheology, viscosity, dry content etc..)
- To elaborate and conduct DOEs / experimental plan to define trends and tendencies between process parameters and product specifications.
- To closely work with the Coating / Calandering team to ensure efficient process development of the mixing step (KPI, process windows …)
- To closely work with the Simulation Team to develop model of wet mixing from lab scale to giga factory scale.
- To ensure process scale up in partnership with Process Manufacturing Engineering Team
- To demonstrate the process economic added value at a Gigafactory scale and to assist the Process Manufacturing Engineering Teams to implement it.
- To create and develop a network including suppliers, academic institutions and laboratories in order to help running full scale trials
- To scout new technologies/equipment proposed by competitors and equipment suppliers
- To carry out a technological survey dealing with the Lithium ion battery processes and related fields that can be extrapolated to batteries manufacturing.
- To participate to the IP activities by drafting and filing patents applications.