+ Research and development of time-sensitive ethernet communication for a customer's use case to ensure critical safety requirements can be met

Thesis Topic: Software-Enabled Confidential Computing on Constrained Devices+ Grade: 1.0 (A+)+ Developed and implemented the first-ever secure software architecture that enables confidential computing on ARM Cortex-M-based microcontrollers+ Presented architecture at the annual Siemens Cybersecurity Conference (SC2) in May 2024+ Experience in bare-metal and real-time operating system application development on Arm Cortex-M devices+ Gained extensive knowledge in C and ASM programming and developing secure software architectures+ Developed with WebAssembly, Trusted Firmware-M, MCUboot, and Zephyr RTOS software stacks

Department: Sensor System Integration and IIoT+ Trained a Convolutional Neural Network (CNN) to perform analog gauge detection in difficult lighting conditions that allowed the customer to continue to use existing pressure gauges without having to make a large capital investment+ Presented CNN algorithm at the 30th Siemens Network & Communication Community (NCC) meeting in March 2023+ Benchmarked AI performance of industry PCs and extensively documented results to allow a customer to make an informed investment as part of a healthcare project

+ Meticulously recorded measurements and analyzed material properties of new alloys to allow customers to make informed decisions for future product designs+ Gained extensive experience in metrology and material science

+ Meticulously recorded measurements and analyzed material properties of new alloys to allow customers to make informed decisions for future product designs+ Developed standardized templates to document measurements of various test sample geometries that are still in use today+ Gained extensive experience in metrology and material science

Department: New Production Concepts+ Worked on a cost-savings project where a low-cost collaborative robot was programmed to perform an intricate gear assembly+ Planned and moderated an interdisciplinary workshop, which led to international collaboration between engineering teams+ Conducted technical market research on state-of-the-art Automated Guided Vehicles (AGVs) to allow stakeholders to make a well-informed decision on which models to invest in+ Developed Virtual and Augmented Reality demonstrations of current projects to showcase future designs to stakeholders

+ Meticulously recorded measurements and analyzed material properties of new alloys to allow customers to make informed decisions for future product designs+ Developed standardized templates to document measurements of various test sample geometries that are still in use today+ Gained extensive experience in metrology and material science

+ Gained fundamental experience in welding, machining, turning, and grinding+ Manufactured parts and assembled complex components based on provided technical drawings