Thomas Neuenschwander

DIS PDS R&D Manager

Key Tasks & Responsibilities: Since 2021: Knowledge transfer ID1/ID3 documents Since 2020: Development and implementation of new DP manufacturing process at costumer site

Key Tasks & Responsibilities: Since 2018: Evaluation and integration of alternative PC suppliers Since 2017: Integration of next gen. ID1 structural portfolio Since 2015: Integration and alignment between Gemalto and Trüb ID1 Card and inlay portfolio

Key Tasks & Responsibilities: Since 2014: Implementation of Inlay and CL-Technology in ID1 and DP products Since 2013: Optimization and industrialization of module embedding process Since 2012: Development and industrialization of internal Dual Interface Technology Since 2011: Process development for chip module embedding for Smartcard and ID cards as well as evaluation for next gen Flip Chip inlay technology

Key Tasks & Responsibilities - Assist in acquiring, verifying and testing new solar products. - Assist the P&R department in designing the product catalogue of 2011. - Assist product management in customer projects. - Acquiring new costumers from Arabia and South Asia attending the 108th Canton Fair in Guangzhou.

Master Thesis in cooperation with the Company Schindler Inc. to provide an alternate mean for “Condition monitoring of an elevator machine brake caliper” by analyzing the resulting structure borne sound with Matlab. Resulting in IP WO2013087439.

Key Task & Responsibilities: - Provide new solutions to optimize the service and maintenance of an elevator and implement a demonstration for one solution using Matlab, resulting in Master Thesis and IP WO2013087439. - Development with Pro/E. - Define key aspects of a new transportation mechanism using a roller pinion drive and design a prototype in Pro/E, resulting in IP EP2576408.

MSc in Mechanical and Process Engineering Major: Robotics, Robotics in Medicine, System & Control, System optimization. Master Thesis in cooperation with the Company Schindler Inc. to provide an alternate means for “Condition monitoring of an elevator machine brake caliper” by analyzing the resulting structure borne sound with Matlab. Resulting in IP WO2013087439.