• Provide electronics and embedded systems engineering services with a primary focus on IoT devices.• Offer high- and low-level system architecture consultation and design for electronic products.

* Recruit, manage, mentor, and develop a growing hardware/software team.* Work with manufacturing partners to ensure robust, repeatable production processes.* Lead ongoing firmware, software, and hardware development at Noctrix.

* Develop firmware in C/C++ for 32-bit NRF52 SoC driving a wearable therapeutic device designed to treat Restless Leg Syndrome.* Circuit board design and layout for new and existing circuit boards using Altium Designer.* Test and validate firmware and hardware designs using bench top tools and standard debugging techniques.

* Develop and maintain firmware for needle-free skincare and drug delivery device, written in C for 32-bit NRF52 SoC.* Design, develop, and test product electronics consisting of rigid and flexible PCBs. * Work with Droplette engineering team to ensure manufacturability and reliability of product designs.

• Provide embedded systems design consulting services, with a focus on firmware in C/C++ and electronics design for IoT devices, to Volta Labs’s clients.

• Developed, tested, debugged and maintained firmware for self watering smart planter, written in C for 32-bit NRF51/52 SoC and 8-bit AVR microcontrollers.• Performed analog and digital circuit design, PCB layout, board bring-up, and testing for product hardware including BLE connected main controller and I2C moisture sensor boards.• Participated in component selection and cost-down activities, as well as worked with overseas manufacturers to ensure cost-efficient hardware production. • Designed hardware and developed Python-based graphical software for mass-production level automated PCB program and test fixture.• Responsible for electrical hardware and firmware research and development for future products.

• Developed test plan, test fixture, and Python test suite for determining the viability of 4G/LTE cellular modems for propane tank monitors.• Wrote and integrated firmware in C++ for existing tank monitors to allow for 1XRTT or LTE cellular modem use.

• Developed, tested, debugged, and maintained product firmware written in C for STM32 ARM Cortex-M3 microcontroller.• Performed analog and digital circuit design, PCB layout, board bring-up, and testing for product hardware and peripherals.• Designed Verizon-certified cellular 2G CDMA/1x-RTT modem used for wireless communication by the product.• Developed and maintained Python-based graphical and command-line software integrated with a variety of web APIs to automate device programming, production tracking, inventory tracking, and fulfillment tasks.

While still in a transitional period from previous role:• Developed FPGA-based firmware qualification test platform using C and Verilog HDL, including circuit and PCB design.• Familiarized myself with existing product firmware written in C.• Recruited, interviewed, and selected replacement Systems Engineer.Responsibilities:• Coordinate designs with other engineering disciplines.• Integrate firmware with hardware on new product introductions.• Test and debug hardware/firmware issues.• Add new features to existing products.• Support Applications Engineering for customer issues.• Solve complex problems for customers in their development cycle.

Summary: • Perform multi-disciplinary design, coordination, test, and documentation activities on Copley Motion products.Responsibilities:• Develop Python programs to automate product qualification tests and firmware regression tests.• Develop functional test and burn-in software using Python, C++, and C#.• Design and implement next generations of test fixtures for functional tests and burn-in.• Work with Applications Engineers to set up customer systems and analyze problems.• Assist in releasing new products to manufacturing.• Conduct engineering research, development, and manufacturing activities on projects.

• Contributed to the development of a biomimetic, autonomous robotic fish unmanned underwater vehicle, including the complete design and build of the electrical assembly. • Troubleshot electrical components from the board level to full sensors, motors, and motor controllers.• Developed technical requirement and selected electrical components for vehicle use submerged in water and in crude oil.• Prepared periodic reports on engineering decisions/component selection for Principal Investigator.• Participated in regular brainstorming for product improvements and problem solving.

• Completed various electrical engineering tasks including: soldering, circuit schematic design, printed circuit board layout, and modifying existing systems to reflect updates schematics and designs. • Performed electrical testing from the component level to finished medical devices (robotic catheter, implantable drug delivery pump, instrument processor system).• Developed and built test box to simplify setup and execution of robotic catheter life-tests.• Designed circuits and printed circuit board layout for valve test automation to reduce hardware cost and setup time.• Managed several projects simultaneously and adhered to deadlines.

• Learned and taught Epicor Vantage and Epicor Service Connect database software to group members in a weekly meeting.• Wrote connectivity scripts in Epicor Service Connect to increase ease-of-use for other employees.• Completed general word processing/excel spreadsheets.