As Director of Medical Affairs, I am the leading scientist in computational EEG/ERP neuroimaging, providing expert consultations to assist physicians in using electrophysiology biomarkers to diagnose cognitive disorders such as MCI, dementia, and pseudo-dementia. Responsibilities include serving as the Principle Investigator of Evoke Neuroscience clinical research efforts, delivering medical education content, and developing relationships with KOLs.

Managed medical affairs initiatives for a disruptive medical device. Providing scientific support for internal and external key messaging, developing KOLs, and utilizing medical/scientific insight to guide product management. Key responsibilities included:- Creating and executing clinical education initiatives including web-based training courses, monthly “grand rounds”, and in-person workshops.- Developing copy, concept, and design for medical marketing campaigns by leveraging scientific/medical insight, reviewing clinical literature, and maintaining strategic positioning amongst competitors.- Identifying and cultivating productive relationships with Key Opinion Leaders to initiate research relationships and enhance the delivery of scientific communication regarding clinical literacy and best practices.

Utilized clinical expertise in neuroscience to provide creative input and direction on marketing and sales collateral for an EEG-based medical device. Responsibilities included compiling relevant clinical literature and writing optimized content for marketing campaigns, customer communications, press releases, and more.- Designed and developed written clinical content to launch a new company website optimized for a target audience. The successful launch included developing original content and interfacing with R&D, legal, marketing, and executive teams.- Performed statistical analyses of consumer behavior and utilized knowledge of current market trends to inform marketing and executive strategies.- Facilitated FDA 510k document preparation.- Drafted original content utilized in marketing campaigns including monthly blog posts and newsletters, surveys, social media posts, online listings, and other demand generation activities to further brand development.

The Loh Down on Science is a syndicated radio science minute, heard daily on radio stations throughout the U.S. and in nearly 200 countries via the Armed Forces Radio Network. Hosted by Caltech alumnus Sandra Tsing Loh and co-produced by LDOS Media Lab, Inc. and Southern California Public Radio, the radioshow is a daily dose of science, humor and "wow!" factoids.Authored over 20 scripts as a contract science writer by deconstructing scientific publications to produce original content suitable for a general audience. Every written segment maintained scientific accuracy yet was delivered in easy to understand language with a comical spin.

Doctoral research utilized exoskeletal robotic devices in clinical trials for rehabilitation training after stroke. Responsibilities included synthesizing and analyzing large quantities of data, authoring scientific manuscripts for publication, and communicating original research in oral presentations to expert and layperson audiences alike.• Specalized in neuroimaging techniques including MRI, fMRI, DTI, and EEG• Collaborated with physical therapists, biomedical engineers, and neuroimaging specialists• Efficiently liaised between co-mentors to coordinate project goals and meet expectations• Developed Standard Operating Procedures• Utilized data manipulation software including MATLAB and JMP• Published first-author original research in peer-reviewed scholarly journals

Investigated zebrafish mutants to examine lateral line hair cell development and regeneration in order to identify genes critical to the hair cell regeneration mechanism.• Developed and implemented an independent research project• Regulated zebrafish breeding to generate a consistent forward mutation line • Mastered FM143, phalloidin, TUNEL and PCNA staining techniques• Operated fluorescence microscopy and confocal microscopy• Used NIS-Elements AR Imaging, EZ-C1 Free Viewer, ImageJ, and SPSS software

Supervised and coordinated the Hugh Edmondson Research Fellowship for the summer 2012 and 2013 programs in the Department of Pathology and Laboratory Medicine.• Interacted with human resources personnel, faculty mentors, and student fellows• Interviewed and selected top tier student for fellowship awards• Organized guest lecture series and recruited faculty mentors for participation• Mentored students for preparation of Annual Research Presentation• Oversaw student/faculty mentor dynamics

Facilitated the development of advanced technology for harvesting high-value cells in the laboratory environment with high yields and viability to aid regenerative medicine workflows.• Developed SOPs, executed protocols, and authored reports for FDA 510(k) submission• Facilitated securement of FDA 510(k) clearance to market cord blood processing platform

Examined the accuracy of experimental point-of-care (POC) technology for Burn ICU patients and analyzed the impact of test accuracy on overall patient outcome.• Collaborated with a team of physicians, surgeons, nurses, technicians, and researchers• Acquired and analyzed POC data• Interacted with patients and families to obtain informed consent • Used EMR and SPSS software• Published peer-reviewed article in Journal of Burn Care & Research, 2013.