Neuromodulation, Systems Engineering, Data Analysis, Medical Devices, Drug Delivery/Injectors, On-Body Delivery Systems, Wireless enabled Medical Devices, Cloud connected Wearable medical devices, Printed ElectronicsEXPERTISE:•Substance use disorder, Obesity, hypertension, autonomic imbalance, and pain treatment via neuromodulation•Drug delivery systems / Injectors•Wearable devices•Printed Electronics•Design and test strategies for wireless communication for on-body network medical devices•Wireless system architecture for medical devices under FDA directives•Data Analysis and Statistics•Algorithm development •Stimulation of excitable tissue via implanted and transcutaneous electrodes •Electrode design and electrode/tissue interface analysis•Finite Element Analysis simulations of the electric field generated by the electrode in the target tissue•Ph.D Biomedical Engineering (Neuroengineering, physiological system modeling)EXPERIENCE:• System requirements and architecture• System Analysis for on-body RF networks• Cloud computing - Wearable medical device Network• Drug Delivery Systems / Injectors• Wearable Connected Devices• FDA regulations and processes • GDPR and HIPAA Data handling • Physiological system modeling including pharmacokinetics• Clinical and Pre-clinical studies • Medical device design and regulatory experience• Directed and designed pre-clinical trials under FDA and non-FDA directives• Design and tested in-vivo and in-vitro fully implantable neurostimulation electrodes• Design and implement non-invasive neurostimulation devices • Design special-purpose machinery• Design and implement electronic circuitry and mechanical devices Specialties: Invasive, non-invasive and wearable electrical stimulation of excitable tissueWearable Connected Devices Electrode designDrug Delivery Systems / InjectorsFinite Element Analysis simulation of electrode/tissueOn-Body wireless networks for medical devices