Negin Behzadian

* BD Interventional/Peripheral Intervention BU - NPD and sustaining engineering of electromechanical hardware and embedded software for single-use medical devices and capital equipment addressing unmet clinical needs in peripheral vascular disease management

- Create and implement a review strategy for all pertinent design and risk management documentation. - Lead a group of subject matter experts to review first product’s Design History File, Risk Management File, Design Input Requirements, Design Outputs, Verification and Validation Protocols, and other key documentation.

* Cardiac Rhythm Management BU (formerly St. Jude Medical) - Streamlining design, requirements definition, and test methods development and validation for MRI Safety to accelerate cardiac active implantable medical devices to market with superior MR Conditional labeling

* Rotation 1 (Jul-Dec 2018): RF Engineer, MRI Receive Chain Hardware - Waukesha, WI * Rotation 2 (Jan-Jun 2019): Image Quality Engineer, General Imaging Ultrasound Systems - Wauwatosa, WI * Rotation 3 (Jul-Dec 2019): Systems Engineer, Ultrasound Probes - Phoenix, AZ * Rotation 4 (Jan-Jun 2020): Research Manager, Global Research, Outcomes and Economics, supporting post-market clinical evidence generation driving clinical adoption of Automated Breast Ultrasound (ABUS) - Phoenix, AZ

- Label-free dielectrophoretic cell capture and impedimetric analysis on low-cost, reusable nanoparticle-printed lab-on-a-chip (LoC) platforms for low-volume drug screening applications

* Anderson Lab, Dept of Anesthesiology, Perioperative and Pain Medicine - Design and implementation of temperature-controlled electrophysiology stimulation and acquisition system for assessment of the effects of low-intensity focused ultrasound on peripheral neuromodulation for acute and chronic pain management applications in an ex-vivo rodent model

* Fall 2017: EE 169 - Introduction to Bio-imaging (Dwight Nishimura, PhD) * Winter 2018: BIOE 123 - Biomedical System Prototyping Lab (Ross Venook, PhD; Kwabena Boahen, PhD)

- Development and IRB-approved human subject testing of novel sensor-based socket for dynamic measurement and adjustment of transtibial prosthetic socket fit

* Power Electronics and Controls, MR Gradient Drivers for the SIGNA™ Premier with SuperG

- MR-guided Segmentation-based Acceleration of Emission-based Attenuation Correction in Whole-body Time-of-Flight PET/MRI

Foci: Mixed-signal electronic design, DSP, medical imaging physics, acquisition, and reconstruction