Lead team to design and implement an HVAC monitoring device (PAVAN) that can monitor an HVAC unit and determine if there are any issues with the unit via the blower, compressor, and even if the user is changing the filter or not. PAVAN was battery powered with LTE connection to the backend and displayed to the user via test dashboards and user frontends in web and mobile. PAVAN would last under battery power for 2 years and take readings of 2 pressure sensors, 2 temperature sensors, and 1 ambient temperature humidity pressure sensor every minute. PAVAN would store the data and transmit on a user selectable scale that defaulted to every 12 hours. PAVAN could enter live mode where readings were taken every second and displayed to the user via a graph. PAVAN would also collect data on where it was via cell tower locations as well as record the signal strength of each band and tower it could see and transmit that data to the backend. PAVAN could update its firmware, the LTE modems firmware and its settings Over the Air (OTA). PAVAN had a fully working prototype in hardware and firmware, as well as backend and frontend developed however the cost of manufacturing and economy forced SIBI to put the project on hold until a later date. • Developed the hardware and PCB for the PAVAN project using Altium, KiCAD, LTSpice. • Developed the backend using AWS IOT (MQTT), Lambda’s, Postgres, RedShift, S3, CLI to intake the data from the device over LTE. • Developed the prototype frontend using Flask, Plotly, Dash to display live and historic graphs of the data. • Worked with Vendors and Manufacturers to get custom Sensors that were cost efficient, and manufacture and assemble the device for ~$100.• Documented the device and the full working of the system as well as working with the team to make sure tasks were done efficiently and cost-effective while being production ready. • Communicated all status efficiently as well as all costs and future cost projections.

Systems Engineering Lead in charge of design & implementation of additions & enhancements to Humana's full rate production mail order pharmacy. The Pharmacy currently produces 100,000 orders a day. Current Main Concern in Shipping and Logistics Process from beginning to end. I also own and code all of the code in C++ and C# that runs all of our logic and prints all of our labels. In charge of documentation and maintenance of the automation process.• Working with only myself as technical stakeholder and 1 other as business side stakeholder I implemented a unification project to make all 6 lines working on the same technology core and standards, using C#, C++, MS SQL, SSIS, SSRS, Symmetric DS, PowerShell, Python, and more• This Project took about a year and resulted in being able to maintain and change the system much faster and adjust to changes quickly• After implementing the unification project, I implemented many cost saving measures, some of which are as follows: USPS - PMOD Expansion - Technical Sorting of the packages from 250 sort points to 500 sort points based on moving average volume. - 4.5 million a year in shipping costs.USPS - Parcel Select Upgrade - Add in Parcel Select (PS) for over a pound packages to use the Priority Mail Open & Deliver (PMOD) system instead of Priority Mail (PM) or First Class (FC) - 2 million a year in shipping costs.• Designed and implemented 2 high speed package sorting machines using advance robotics, PLC, and microcontrollers which allowed us to sort 9000 packages per hour without user intervention. • The sortation robotics cost approximately 1.5 million dollars each with parts and labor and save approximately 4 million per year each.

Freelance work for a few lawyers to improve their automation process for documentation. Implementated Automatic OCR and File Archive. Implementated Documentation Management available via the Itnranet and Internet.

Project Leader / Test Lead - CNREProject Leader for the CNRE program to build radios for the canadian government. * Created and implemented the complete process for manufacturing and testing the CNRE radios* Worked on specifications and contract control for the project* Lead the operations team in the implementation of the project.

Project Leader / Test Lead - Manpack Vehicle MountsTest Lead for the Manpack Vehicle Mounts project to take them from design to full rate production in under 9 months. * Created and implemented the complete process for testing the Manpack Vehicle Mounts with the Manpack radios. *Shipped all mounts ahead of schedule to the Department of Defense.

Project Leader / Test Lead - Nexcom 2 Project Leader for the FAA Ground to Air Radios CM-300 V2. Radios to replace all Airport Radios. 6 Models, UHF Receiver, UHF Transmitter, UHF High Power Transmitter, VHF Receiver, VHF Transmitter, VHF High Power Transmitter. * Fully Automate Production Test and Regression Test of Radios* Create Enterprise back end Database for Test Data Record

Test Engineer - Multibook Test Engineer for the Multibook Module solution for mobile classified computing. Allows the laptop to remotely and simultaneously access unclassified and classified information. Simultaneous access to unclassified, NIPRNET and SIPRNET networks. https://en.wikipedia.org/wiki/Multibook* In Circuit Test (ICT) for the module. * Created linux code to fully automate testing of module.

Test Engineer - Single Card Solution (SCS)Test Engineer for a new credit card sized digital card for use in an encrypted survival radio. * Helped create prototype board design* Created fully automated test

Lead Factory Test Engineer - Rescue 21Unit Configuration & System Integration and Test on all Rescue 21 project assets of the United States Coast Guard. http://en.wikipedia.org/wiki/Rescue_21* Completely redesigned the Factory processes and test procedures reducing defects by 75%* Redeveloped the System Integration and Test procedure to exercise the entire system with a new format to increase efficiency.

Test Engineer - Rescue 21Regional Site Acceptance Testing (RSAT) Team Unit Configuration & System Integration and Test on all Rescue 21 project assets of the United States Coast Guard. http://en.wikipedia.org/wiki/Rescue_21* Completely redesigned the Factory processes and test procedures reducing defects by 75%* Redeveloped the System Integration and Test procedure to exercise the entire system with a new format to increase efficiency.

• Responsible for technical over-site and financial management for all projects. Projects consisted of significant system and network administration• Hired and directed supporting contractors• Consulted for 25 clients, some notable clients listed belowNeurology and Sleep Medicine Associates - Client since 01/05 • Restructured the computer system and network architecture• Designed and implemented a redundant paperless medical charting system using Active Directory, Exchange, SQL, MediNotes and MediSoft software • Maintained the system and network to operate efficiently with 99.9% uptime Screwie Lewies Motorsports - Client since 01/00 • Created and established the company's computer system and network architecture• Designed and implemented the company's invoicing, receiving and inventory program • Developed and maintained the company's web site and online store

IT Help Desk for the students of the MBA program at ASU.

• Coordinated the groups and security segment of the Active Directory Migration Project• Provided user account support in the environment during the migration• Participated in developing the new user account web site and SQL database