Developing AI/ML applications for edge devices

Led team that designed, developed, & code the front & backend applications and services to scale the product in the AWS CloudImplemented the SRE operating model for customer experienceDrove the product concept to $1.5M in recurring revenue

Design and Implementation (Coding in C) of DNP3 and Modbus stack from RTOS to Linux on an ARM processor.Data Modeling and SCADA/Networking Communication Lead for Innovation Group.Developed proof of concept predictive maintenance analytics using Machine Learning algorithms.

Managed 7 direct reports that were responsible for product delivery and release Created an orchestrated CICD process for quality deliveries to enterprise accountsDrove a 50 percent increase in revenue due to implementing agile SDLC practicesImplement cloud-native operating model with DevOps in a hybrid cloud model leveragingAWS

Developed Battery Management System using: C++, Linux, ZeroMQ, Modbus/TCPIP, DNP3, CANopen, SQLite, and more.

Architect, Design, and Develop Enterprise Contact Center VoIP solution for Fortune 500 companies.Collaborate with Executives, Project Managers, Developers, and QA to deliver high quality software releases.Provide technical leadership and mentorship to Software DevelopersDevelop SOA(Java, WebSphere, Tomcat; C#, .Net), Web Services Solutions to integrate Clients' Avaya, or Cisco Contact Center with Enterprise Data Services.

Published Smart Grid System Specifications for end-to-end Advanced Utility Communication System, with integration of back office Utility systems to Meter Management Systems, AMI Network Management, Grid IQ, DRMS, and HAN.Trained Utility Customers on Acceptance Test Plans, and wrote manuals to support customer Test Procedures.Provided AMI Engineering/Technical Consulting to Smart Grid Sales/Marketing team – Wireless Architectures (point to multipoint vs. mesh), supported decisions on Standards direction (802.15.4, WiMax, LTE).Technical Application Engineer for Networking Architecture and Protocols – Ethernet, 61850(Serial, TCP/IP), DNP3.Managed cost and pricing for RFPs for the Commercial and Sales teams as an Engineering Consultant.Conducted AMI RF Site Surveys and AMI Network Optimization between AMI Network Nodes, and Smart Meters.Lead design and deployment effort of AMI, Distribution Automation, and Micro Grid systems for Utilities.

Developed C software for control module based on Ember 260/357 Zigbee Radio SoC and MicroChip MCU. Gained expertise in Ember Zigbee SEP/HA StackExtended Zigbee features using C. Managed local and remote software and hardware engineering team.Specified new features for Zigbee SEP 1.0/1.1 appliance control module.Wrote design/architecture documentation for next generation Zigbee SEP 2.0 appliance control module.

Developed several generations of Zigbee embedded Linux home energy controller prototypes, C++, Linux. Specified Zigbee home energy management embedded Linux controller - ARM CPU, Zigbee/Wi-Fi hybrid comm. Designed and wrote C++ software simulation of embedded controller for proving out energy optimization algorithms.Extended C++ software simulation to verify Zigbee communication interface for automation controller. Influenced stakeholders in product including Executives, Marketing, Industrial Design, R&D, Engineering, and IT.Interfaced with software vendors in the development of product according to specification.

Developed Nucleus Smart Grid Gateway to the Home. Design software architecture for embedded devices that enable GE Net Zero Energy Home, and Smart Grid technology.

Integrated enormous end to end IPTV solution based on specifications from Architecture and Marketing team.Developed and implemented system level test cases based on Solution Reference Documents and Solution Architecture Specifications.Published configuration, and test result section of Design and Implementation Guide that went out to Sales Engineer and Account Manager teams.Deployed proof of concept integration of entire system in support of test cycle. Supported Advanced IPTV demonstration lab for big accounts: Comcast, Time Warner, and other Service Providers.Installed and configured main components of Cisco video systems solution: Middleware (ISDS), CDS (VoD streaming), CNR (Enterprise level DHCP/DNS), Multilayered switching (Layer 2 and Layer 3) networking.

Solved Voice over IP and Cisco Unified Communication network problems in a high pressure, customer facing position.Presented complex problem descriptions and explained complex solutions to these problems in a simple way. Reproduced large customer topologies in the lab in order to simulate network and application level technical issues. Interfaced with big accounts, sales/channel partners, outtaskers, field personnel, and developers.Developed expertise in Voice over IP protocols: SIP, SCCP, MGCP, and H.323.Specialized in Cisco Unified Communications integrations with legacy PBX systems, and legacy/third party Unified Communications systems.

Developed embedded wireless sensor network systems for energy monitoring in buildings and industrial processes.Managed technical team of undergraduates in three different projects involving wireless controls of mechanical systems, first responder IT systems, and building energy management.Designed and debugged new hardware interfaces between wireless base stations and smart thermostat displays.Implemented and designed a prototype demand response smart thermostat that collects information from a house via a wireless sensor suite and controls lighting, appliances, and HVAC with wireless actuators.Presented research findings biannually at conferences, and quarterly at group meetings.

Designed and constructed experimental device to simulate heat transfer and pollutant flows in buildings.Statistical Analysis of large data sets from building air flow experiments.Worked with a team of 30 scientists and engineers, running tests in the Sacramento EPA building and a Salt Lake City Federal building. Installed sensors to collect data on tracer gas flows