Yash Karpe

Title: Development and implementation of a standalone IR supported Realtime traffic supervision system. 1. Executed real-time detection and classification of 8 vehicle classes using Machine Learning, Machine vision and OpenCV. 2. Facilitated remote access to acquired data from the Jetson Nano through integration with Google sheets. 3. Designed and produced software, electronics, and hardware components, and crafted a custom 3D printed casing to make the system functional as a standalone product.

1. Established a testing setup for TMR angle sensors to predict reliability. 2. Developed and 3D printed fixtures using Fusion 360 to evaluate the polarity and magnetic stress distance of 50 NdFeB magnets used in the reliability tests. 3. Automated results for more than 70 sensors using Python and Excel, reducing manual data processing time by more than 300%.

1. I was responsible for guiding new and old students during their first steps as well as day to day student life in Germany. 2. My work consisted on answering all kinds of queries from the students and co-ordinate between them and the TH Deggendorf international office. 3. During the corona pandemic my main tasks included supporting the students to get adapt with the online teaching process.

1. construction of a low cost EEG sensor and using Brain oscillations in the Alpha and Beta bands to control actuators of a Exoskeleton. 2. Designed and implemented 3D printable adapters for EEG caps. 3. Was part of a team researching on a working prototype of a Lower body Exoskeleton. 4. For a different project - programmed a package for automatic camera calibration in Python to be used in a Beckhoff system

1. Created part and assembly drawings for models designed in PTC Creo, main challenge was to work on a German version of the application being a particularly new German learner. 2. Analyzed assemblies to check for faults while being in constant communication with my supervisor to analyze needs. 3. Created part and assembly drawing files for final production.

Diagnosis and Repair of Mercedes Benz Cars

Diagnosis and Repair of Maruti Suzuki Cars

Robotics, Modelling & Simulation, Additive Manufacturing, AR/VR

Mechtronics system design, Machine Design, CAD/CAM/CAE, Power Electronics, Robotics, Instrumentation & Control, Programming languages Java & C++