Devyani Kadam

Led neuroimaging experiments using OPM-MEG in a magnetically shielded room (MSR). Optimized sensor placement by mapping magnetic fields and degaussing the MSR. Improved data quality by identifying/correcting movement artifacts and reducing noise. Developed Arduino-based systems for multi-sensor integration and real-time data collection. Analyzed large neuroimaging datasets with Python (MNE) and MATLAB. Represented Fraunhofer IPM at an international OPM-MEG conference, presenting research.

Researched EEG and EMG signals in shielded environments to support innovative BCI work. Compared MEG, MMG, EEG, and EMG data to understand brain and muscle activity. Collaborated with a team to merge multi-modal neuroimaging data for clearer insights. Used tools like MATLAB and Python to validate research findings. Studied magnetic cardiac signals with OPMs for non-invasive heart monitoring.

Developed and tested soft pneumatic strain gauges to boost sensor efficiency. Designed prototypes with SolidWorks and 3D printing, speeding up the design and testing process. Conducted tensile tests and material validations to enhance sensor durability. Documented and shared findings that drove innovation within the livMatS group.

Implemented broadband and VPN services for TELUS, ensuring smooth network integration. Collaborated with onshore teams to configure complex network infrastructures, boosting reliability. Provided hands-on technical support, speeding up troubleshooting and enhancing customer satisfaction. Automated Salesforce order management, cutting manual errors and streamlining workflows.

Embedded Systems | Digital Signal Processing | Sensors | Test and Reliability | Cyber-Physical Systems | Microsystem Technologies and Processes | Artificial Intelligence | Biomedical Microsystems| Biomedical Instrumentation | Implant Manufacturing Technologies and lab | Silicon Based Neural Technologies

Analog Digital Circuits | Digital Image and Video Processing | Power Electronics | Mechatronics | Data Structures and Algorithms | Object Oriented Programming | Microprocessors | Microcontrollers | Mechatronics | Analog-Digital Communication | IoT | Control Systems