Dr. Michael Gockeln

Leading R&D projects to develop and scale fabrication processes for multi-layer solid-state devices - specifically Li-ion and Na-ion solid-state batteries - delivering key technical milestones and process know-how from concept to validation. Managing technical deliverables for a diverse portfolio of projects, including direct bilateral industry collaborations and large-scale, cross-functional research consortia. Structuring project documentation and progress reports for industry partners and funding bodies (BMBF, EU programs), ensuring traceability and review readiness. Applying hands-on expertise in key process technologies - including thin-film deposition (PVD), electrode and solid-state separator fabrication, and cell assembly - to solve core challenges in materials integration and interface engineering.

Researched and developed tailored processing methods for advanced battery components, optimizing performance for both liquid and solid electrolyte systems. Specialized in the fabrication of electrodes and solid-state separators, engineering these components to meet specific performance targets in Li-ion cells. Guided process optimization through comprehensive materials characterization and electrochemical analysis.

Experimental research in colloid and interface science: Colloidal retention on structured Si wafers: an experimental analogue study

Research Assistant – Materials Analysis & Reporting

Thesis: Alternative electrode fabrication for lithium-Ion batteries using flame spray pyrolysis

Thesis: Synthesis of pure and carbon functionalized Li4Ti5O12 anode materials using flame spray pyrolysis for fabricating electrodes via “one-step transfer lamination technique”