Transition to full time. Providing development for proof of concepts to full products. Providing services for hardware and software for embedded systems along with IoT architecture and CAD concepts. Have worked in most industries outside of military applications.

I offer engineering consulting services that includes design analysis, schematics, PCB layout, BOM, DFMEA, embedded software, prototypes, product design, and CAD. I have experience in various markets, products, and technologies that includes capacitive sensors, LED control, battery monitoring, RF systems, and embedded systems developed with Arduino, Raspberry Pi, Microchip, Atmel, Freescale, STM, Cypress, NXP and TI microcontrollers. Services offered through Upwork, Guru, or direct. Portfilio:Solar system analysis and documentationRF analysis for radius dog fence architectureRGB LED controllerRF home automation networkZigBee designs with Digi, NXP, and SilasAC detection circuitsLi-ion battery monitor system

Owner/designer/manufacturer of wire harnesses for testing and low volume applications.

Lead electrical engineer responsible for all new technology. This includes motor drivers, embedded software, communication protocols, IOT, and automation.

Product design, CAD modeling, testing, purchasing, accounting, website designWorking on our first production intent design. I am in charge on the modeling (Autodesk Inventor), PCB design (Eagle/DesignSpark), PCB manufacturing (homebrew), software (PIC/AVR/Arduino), component selection, test fixtures, and testing.

Lead all electrical activities that includes embedded software development, Bluetooth design, intelligent test fixtures, prototype and proof of concept work and IoT solutions.

Leading all the hardware validation and testing efforts for our ADAS system.

Accomplishments:IoT development and deployment for medical and tracking applications.Backend server architecture for all IoT devices.Frontend server architecture for customer portal to monitor all devices.ZigBee to Cellular IoT design and integration.Autonomous end of line test fixtures.Capacitive touch technology design.Technical lead for new technology development that is responsible for Resource management, Project planning and feasibility, Technical expertise, R&D of new technology and design implementation, Prototype and production development and testing, PCB design, 3D modeling, Server development and administration, and System architecture.

Responsible for a wide range of products across various markets.Tasks include:PCB design and management with Altium 13/15CAD modeling with Solidworks 2013Test procedure development and executionEmbedded design with various microcontrollersBluetooth wireless system developmentPrototype development and testingMarine seat heaters and controllersMedical Controller design that meets 60601 standardHardware selectionPCB manufacturing and heating element manufacturingCapacitve touch designIoT device design

Responsible for remote satellite accelerometers and pressure sensorsTasks include:Lab View developmentSensor programmingSensor testing/validationSpecificationsSchematic capture (Mentor Graphics)PCB layout (PADS)

Responsible for battery disconnect units that includedhardware selectiontesting and validation buildingprototyping Pcb design Requirement management specification development dfmeaInnovative development/designAlso filled in for purchasing and software validation

Involved in cross functional team to design and implement hybrid motor for PHEV lab. Worked on getting the connections wired based on schematics and debugged the system with use of oscilloscope and various other metersImplemented a dc/dc converter for the hybrid motor lab. Tested motor for debugging and efficiency purposesUser manual paper written on Lab View motor simulation (Undergrad Thesis)

Composition of technical specification for developing projects such as hand held compressor charging device, air chamber controls with National Instruments, and faulty module reconfiguration Wiring of test fixtures and control modulesResearch of new technology and integration into current projects such as predictive compressor lifespan and hand held compressor chargerTesting and reprogramming of faulty modules that involved current detection per phase, analysis of the systems output, and PIC reprogramming

One on one customer support for on site and remote users affiliated with the companyComputer hardware support for desktop, laptop, and server interfacesRemote user support that involved IP remote controlDevelopment of methods to increase productivity in help desk practices and resolution efficiencyTiered team problem resolution that involved cross group communication to resolve user problemsNetworking and software development for database updates and network connections

Software development in Lab View Wiring of devices to be implemented with Lab View SoftwareComponent selection and integration for current projects