• Responsible for development of Pulsed Shortwave Therapy (PSWT) neuromodulation devices, spanning prototype development, physiological testing/clinical evaluation, and regulatory submissionso Identify new neuromodulation targets for PSWTo Create/manage budget, project scope/plano Work with cross-functional teams (research & development, clinical, regulatory, marketing and manufacturing)o Coordinate efforts of cross-functional teams and stakeholders to compile/maintain DHF • Lead submission efforts for regulatory submissions to US Food & Drug Administration, and achieve CE marking (European Union’s Medical Device Directive) for class II medical deviceso Development and execution of clinical trials to meet regulatory strategy (protocol development, IRB documentation, trial management)o Negotiate with the FDA medical device review panel to ensure market approval of regulatory submissiono Negotiate with lead technical file assessor from Notified Body to establish product conformance with various technical and quality standards • Manage product life cycle from conception to retail launch for domestic and international channel partnerso Create project plans, develop timelines (Gantt charts) and manage deliverables o Manage manufacturing/testing activities with current outsourced manufacturer to schedule production and implement medical device design changeso Facilitate product launches through technical, regulatory, and training support for various international clientso Work with sales team to explain technology to potential clients, and to setup sales training workshops • Present research developments to KOLs and other researchers at research conferences• Compile and publish clinical research manuscripts in peer-reviewed journals

• Responsible for developing new neuromodulation technology and identify new target disease states • Develop new signal parameters for pulsed, shortwave technology (PSWT), and test for efficacy in human subjects through pilot clinical studies• Design and execute randomized, placebo controlled clinical study to evaluate physiologic efficacy of prototype neuromodulation device in regulating nerve activity (soleus muscle)

Research student working on non-contact TENS technology for pain management.

Modeling the non-linear interactions of RF electric fields in biological tissues arising from pulsed electromagnetic field exposure of the tissue. This work will assist in the development of a non-contact TENS device for chronic pain management.

I work in the field of Bioelectromagnetics. Specifically, my work entails the development of a pain management technology to assist in continuous pain relief. An electromagnetic TENS device that can be worn over clothing/bandages to provide hours of safe pain relief is the goal of my research.

• Responsible for teaching, evaluating and grading engineering labs for freshman engineers. • “Signals & Systems for Bioengineers”. Helped with Mathematica software package for problems and grading. • “Sustainable Engineering & Design”. Helped in course planning, teaching and grading.

Machine maintenance, cashier, lane maintenance

Trained to support academic systems, registration processes, policies and assist students in navigating their academic paths.