Developed an IoT hub to collect data via sensors over wifi and LORA. Hub could register and report data to AWS via MQTT and receive control commands to update firmware (FOTA) or control sensors. Project lead responsible for design and development of hardware and firmware for a floating sensor to do a survey of the boiling river discovered recently in the Amazon. The project used LORA technology to capture PH, temperature, conductivity, and oxygen levels in the water. Data was transferred via LORA to a hub and passed via satellite radio and stored locally to a Linux server.Responsible for IoT project for data collection and control of beverage coolers. Collected temperature and humidity as well as time-of-flight laser sensors or cameras to determine amount of product on shelf and number of times door was opened. Data was stored locally to be collected by handheld BLE devices and/or passed via LORA to a wifi hub.

Responsibilities include development of cellular, satellite, and Skunkworks projects.Projects included developing a cellular asset tracker with a 4 year life on batteries with RTOS operating system. Responsible for implementing FOTA and COTA capabilities.Also was part of a team to capture position and sensor data from a heart pump over cellular network using a siemens cellular module with internal JAVA.Worked on a satellite asset tracker implemented updates and added sub-gig sensor capabilities used with FEMA and the petroleum industry.

Senior engineer responsible for development of industrial network appliances. Provide expert-level engineering development services for forward-thinking technology company.Development of hardware from specifications through completed product. Device included; IP forwarding, Instant Messaging (Patent Awarded), SMTP, FTP, SMS, TCP, SNMP, IM, UDP, MODBUS, OBD, HTTP, PPP, IP, J1939, and data logging within a 512k footprint.Implemented several M2M protocols for transport of data over wireless modems to M2M portals.Development of IO based device, reports 8 opto-isolated digital inputs, 8 12 bit analog inputs, 2 relay outputs, and 2 analog outputsDevelopment of an Ethernet based Microchip Appliance for low cost remote monitoringDeveloped various Windows applications using C# and Visual Basic for configuration, testing, calibration and data collection of embedded equipment.Responsible for development of test fixtures and firmware on above equipment for development and production.C, VB, C#, and assembly languages.All products included design from napkin to finished product

Member of the Fiber Making Systems Engineering Group, responsible for the Corning-written real-time control systems, used to operate the majority of the manufacturing equipment in the factory.Accomplishments include:Converted and upgraded legacy system data handling and storage by modifying and managing GUI’s.Responsible for the implementation of real-time data loggers, iFix, Pi historian and process control applications for the new Concord facility. This project required coordination of contractors and was successfully completed with all milestones achieved ahead of schedule.Managed external contractors brought in to help with the installations and upgrades involved with converting legacy systems.Responsible for the training and mentoring of subordinatesResponsible for receivership and integration of embedded VxWorks software and Visual Basic GUIs, for one third of the plant equipment, for robots with 3 dimensions of movement. Integration allowing for low-cost, scaleable solutions to future debugging efforts.Responsible for documentation of all aspects of software development life cycle.First line customer support of real-time equipment, and developer of software enhancements for engineering to production equipment.Provided off-hours production support for real-time control issues in 5 Fiber Making process areas.TL 9000 area representative.

Developed remote (RTU) supervisory control system (SCADA). Designed an Intel processor based menu and interrupt driven test set program, to simulate master control station in a laptop computer. System firmware was developed with C programming. Government Security ‘SECRET’ Clearance issued in 1985.