Provided care for up to 80 weekly new and established patients. Effectively counseled patients on appropriate hearing loss and tinnitus treatment options, programmed hearing aids using industry-specific software, and coordinated pre- and post-surgical cochlear implant patient care. Maintained accurate accounts of patient care using electronic medical records while following HIPPA regulations to protect patient health information. Supervised hearing aid department with over $1.5 million in billed revenue annually. Organized and streamlined hearing aid sales, service, and tracking procedures, in addition to initiating patient care reforms to optimize patient satisfaction and loyalty. Developed relationships with hearing aid and cochlear implant manufacturers to facilitate the effective negotiation of pricing, terms, and service.Independently developed a novel research component for a speech, hearing, and balance clinical practice with a unique patient population. Single contact point for the initiation, development, execution, and analysis aspects of all clinical research. Initiated relationship with local IRB board and developed regulatory documentation.

Oversaw the editing of technically complex scientific manuscripts for spelling, grammar, syntax, and phrasing errors, and improved readability and clarity to facilitate manuscript publication. Edited multiple manuscripts simultaneously while maintaining accurate document control.Rigorously reviewed biomedical articles for scientific validity prior to journal submission.

Instructor for Biological Basis of Psychology, Sensation & Perception, Research Methods, Statistics, and General Psychology. Senior Thesis Advisor. Independent Research Project Advisor (via the Albright Creative Research Experience Program).

Instructor for Research Methods and Biological Basis of Psychology.

Instructor for Auditory Perception, Sensation & Perception, Research Methods, Statistics, and Introduction to Psychology. Graduate Student Advisor and Undergraduate Independent Project Advisor.

Optimized molecular biology, histology, and electrophysiology techniques to develop cohesive explanations of the structural and functional role of the midbrain in auditory sensation and perception. Conducted primary literature searches to identify gaps in research and develop projects assessing auditory midbrain synaptic structure and function. Managed up to 5 projects at a time, including 3 collaborations with other institutions, which culminated in 4 conference presentations, 4 scientific seminars and 2 manuscripts within 2 years. Served as subject matter expert for auditory anatomy, microscopy, histological preparation, and related qualitative and quantitative analyses.