Developing a combined hardware/ software face authentication solution for secure mobile payment. The system can distinguish human faces from highly realistic masks, even when operating behind an OLED display.

• Developed and optimized algorithms for image processing and 3d reconstruction
• Designed a new architecture for performant execution on Android Phones
• Integrated neural networks to perform face authentication and material detection
• Enabled our solution to run in Qualcomm?s Trusted Execution Environment and implemented Google?s Biometric Service to satisfy class 3 security level on Android
• Improved cross-team communication as Team Speaker
• Taught C++, Python, and general software development concepts
• Transitioned prototype functionalities form various languages into robust product code
• Designed and implemented a Python-bindings API to support our hardware development teams

Developing a 3D sensor for visual inspection in the production lines of tier 3 automotive manufacturers.

• Ported 3D depth estimation algorithm to GPU using CUDA, resulting in a 100x speedup
• Redesigned and implemented the core product architecture
• Supported customer projects and sales activities

Germany's market leader in regulatory banking, expanding into the European market with a new rule language design utilizing a distributed processing engine.

• One of the first employees to work on transferring functional content into the new in-house rule language
• Developed and conducted training for the rule language in a banking regulatory context
• Implemented proof-of-concept for functional content in SCALA using the Spark framework for distributed computation
• Provided maintenance and customer support based on regulatory requirements