Dr. Stefan Schindler

+ Main responsible for development & validation of battery state of health estimation tech stack + Co-lead of algorithm development team: - shaping & refining product roadmap - drafting of epics/user stories - tracking & reporting of development progress to senior stakeholders/executives + Showcasing Usage Certificate To Go at customer demos & trade shows

+ Responsible for onboarding, upscaling and continuous delivery of Battery in the Cloud services, especially battery lifetime monitoring & aging prediction, to various customers world-wide + Coordination of technical development & delivery at the interface between customers & internal dev teams + Pre-sales & technical acquisition support

+ Development of scalable battery simulation framework as foundation for simulation services + Business case studies in the field of HV battery management systems & services + Topic owner "battery cell technology"

+ Team lead "Battery Management & Monitoring" + Project acquisition & management + Advanced characterization & modeling of battery cells and systems

+ Development and application of non-destructive electrochemical techniques to diagnose and predict degradation processes in lithium-ion cells + Detection, prediction and prevention of lithium plating during fast charging through measurements and electrochemical modeling + Identification of the electrochemical behavior on electrode level and subsequent upscaling to cell level + Organisation of technical trainings & social events for HIU Phd students as chairman of the Phd club committee

+ Model-based assesment of kinetic degradation in lithium-ion cells + Synthesis of degradation modes leading to the onset of lithium deposition in pre-aged cells

05/2012 - 09/2012 Institut für Mikrostrukturtechnik (https://www.imt.kit.edu) 10/2010 - 07/2011 Institut für Angewandte Materialien - Werkstoffe der Elektrotechnik (https://www.iam.kit.edu/wet) 10/2008 - 03/2010 Institut für Hochfrequenztechnik und Elektronik (https://www.ihe.kit.edu)

+ Social internship in sustainable, green cultivation of crop plants in suburban communities of Metro Manila + Development of innovative urban gardening concepts + Joint collaboration with 20+ international interns from all over the world

+ Identification of electrochemical processes in high temperature gas sensors by different electrochemical techniques

Discrete electrochemical modeling and experimental identification of lithium-ion cells based on half-cell potentials

Mikro-, Nano-, und Optoelektronik (Elektrochemische Wandler und Speicher, Technolgie, Bauelemente)