- Concept to prototype to commercial product for 9 different Bluetooth LE-controlled battery-powered wearable medical simulators, including a wearable automatic birthing simulator (first of its kind) and a wristband that gives haptic feedback to the user based on sensor data from other simulators linked in the company’s app.- In charge of embedded electronics/mobile app development R&D for Avkin devices- Managed electronics R&D engineers- Embedded C programming: 32-bit ARM Cortex-M33 BGM220 Bluetooth module (Simplicity Studio 5), 8-bit PIC uCs (MPLAB X)- PCB design (EagleCAD)- iOS/Android app development (React Native with JavaScript)- R&D Project Management (Asana)- Transfer of designs to manufacturing department- Alpha/beta testing with customers- Customer discovery- Design for CE mark/EMC compliance

- Concept to prototype to commercial product for 9 different Bluetooth LE-controlled battery-powered wearable medical simulators, including a wearable automatic birthing simulator (first of its kind) and a wristband that gives haptic feedback to the user based on sensor data from other simulators linked in the company’s app.- iOS/Android app development (React Native with JavaScript)- Embedded C programming: 8-bit PIC uCs (MPLAB X), 32-bit ARM Cortex-M33 BGM220 Bluetooth module (Simplicity Studio 5)- Programming BLE112 Bluetooth 4/LE module from Silicon Labs in their proprietary language (BGScript)- PCB design (EagleCAD)- Transferring designs to manufacturing department- Standard Operating Procedure (SOP) writing - Alpha/beta testing with customers- Customer discovery- Tech support

- Continuation from Fall 2016 Senior Design at UD- iOS/Android app development (Swift, Java)- PCB design (EagleCAD)- Embedded C programming with PIC uCs (MPLAB X)- Programming BLE112 Bluetooth LE module from Bluegiga in their proprietary language (BGScript)

Personal LLC for side consulting work- React Native app development with AWS Amplify/DynamoDB/Cognito- Embedded C programming- PCB design- Bluetooth Low Energy

- Worked with an interdisciplinary team (engineering, computer science, business, marketing) at the Office of Economic Innovation and Partnerships' Spin-In program at the University of Delaware- Designed and tested a device placed in the insole of a shoe, used to measure gait and mobility in Parkinson's disease patients

- Instructed teenagers in electrical engineering and robotics concepts using Raspberry Pi/Python and Arduino - Also taught Wearable Tech and Fashion Design using Arduino Lilypad, introduced girls to engineering and programming

Part of an interdisciplinary engineering team at the University of Delaware for the design of a wearable colostomy simulator for nursing education. Prototype includes Arduino/Bluetooth-controlled pumping systems/motors and soundboards, retrofitted code to configure with sponsor's current app (Android and iOS). Ran clinical trials for the device in Spring 2017, following IRB approval for working with human subjects. - Industry sponsor: Avkin (formerly SimUCare) - University Awards: 1st place in New Product Development, 1st place in Electromechanical Design

Cartilage Bioengineering Lab – looks at the role of bisphosphonates in preventing post-traumatic osteoarthritis and its effect on cartilage biomechanics- Cultured cells, performed protein assays, used MATLAB and Leica for cell calcium signaling analysis- Designed/machined testing plates and chamber for cartilage mechanical stimulation- Histology staining and imaging- Attended weekly meetings, presented data to peers- Proofread academic papers for team members who speak English as a second language

- Sliced meats and cheeses for customers, cleaned kitchen, fried chicken, closed deli at night- Worked as part of a team, handled difficult situations with customers