Lauren Lossner

Background

About Lauren Lossner

Passionate about merging cutting-edge technology with healthcare solutions, I am a Biomedical Engineer with expertise in Neuroengineering and a focus on improving patient outcomes through innovative medical devices and therapies. With a Master's degree from Columbia University and a Bachelor's from Arizona State University, I bring a diverse background in research, project management, and technical skills to the field. In my current role as a Research Associate at Exponent: Engineering and Scientific Consulting, I lead dynamic project teams in the development and analysis of health and fitness device products. From conceptualization to implementation, I oversee the product lifecycle, ensuring both functionality and safety, for our clients. My responsibilities include devising study protocols, managing physiological data acquisition, and proposing solutions to hardware and software challenges, all while maintaining strict adherence to regulatory standards. Previously, as a Pre-Health Intern at NeuroHealth Solutions Inc, I gained hands-on experience in administering cognitive testing and neurorehabilitation treatments for individuals with traumatic brain injuries. I meticulously documented patient progress and ensured compliance with regulatory requirements, further honing my attention to detail and commitment to ethical standards. In my research endeavors, I have explored diverse areas such as motor rehabilitation and neural stimulation, as well as computational modeling of epileptic pathology. As a Graduate Research Assistant, I investigated the interplay between neural stimulation and memory tasks, contributing valuable insights to the field of neuroengineering. Additionally, my work in the Neural Engineering Laboratory involved developing a MATLAB computational model to simulate epileptic activity, bridging theoretical concepts with real-world data obtained from EEG recordings. My technical expertise includes proficiency in MATLAB and Python programming languages, alongside extensive experience with software such as SolidWorks, AutoCAD, LabVIEW, and SPSS. I am also certified in GCP for Clinical Investigations of Devices, with additional qualifications in First Aid, CPR, and AED. I am enthusiastic about leveraging my skills and experiences to drive innovation in biomedical engineering, with a particular interest in clinical applications. I am actively seeking opportunities to collaborate with like-minded professionals and contribute to impactful projects in the healthcare industry.