Patrick Graham Email & Phone Number

Kittery, ME, US

Newington, New Hampshire, US

• Provide leadership to a team of highly skilled technical program managers to manage cost, schedule, performance, and risk on a diverse portfolio products of weapon mounted electro-optic fire control systems, laser.

Newington, New Hampshire, US

• Develop the product line strategy for the headborne systems business sector and directly managed multiple resulting new product developments through concept phase.
• Capture manager for multiple headborne systems pursuits that resulted in successfully receiving contracts for product development.
• Identified and cultivated multiple strategic business to business partnerships with industry for enhanced collaboration.

Newington, New Hampshire, US

• Provided technical leadership and decision making for a next generation night vision helmet system program of record from product qualification through full rate production.
• Managed the Cost, Schedule, Performance, and Risk of the program while communicating with internal and external stakeholders.
• Led an integrated product team on multiple new product developments through the product lifecycle from concept to production.

Newington, New Hampshire, US

• Performed physical layer testing and product design iterations on cabled and flex circuit board USB 3.1 designs to meet data rate requirements through eye diagram analysis and bit error rate testing.
• Responsible for leading the testing and product design iterations required for multiple products to be qualified for MIL-STD-810H environmental testing, including radiated emissions (RE102) and susceptibility (RE103).

Danvers, MA, US

• Authored and executed test plans, procedures, and related documentation to validate hardware, software and system level requirements for the PARC autonomous persistant tethered drone for military and commercial uses.
• Troubleshooting and board level debug of custom electronics consisting of proprietary power systems, communications protocols, microcontrollers, FPGA’s, etc.
• Responsible for maintaining the software configuration, hardware configuration, and periodic maintenance for fleet of autonomous drone test vehicles.
• Coordinate and execute customer product demonstrations for sales and business development teams.
• Perform root cause analysis of system failures and work with engineering team to implement corrective actions.
• Implemented process improvements for increasing safety, lowering costs per flight hour, and generating more repeatable test results.

Cambridge, MA, US

• Technical lead of a small product development team through concept development, schematic capture, layout, board test, test infrastructure development, production, environmental testing, and acceptance testing, and.
• Responsible for designing, testing, and evaluating an electromechanical system used for testing MEMS based inertial measurement unit (IMU) designs in representative environments.
• Led the assembly, RF testing, and system qualification of a GPS M-Code capable Modernized Receiver Test Asset that was delivered to the GPS Directorate at the Air Force Space & Missile Systems Center (SMC/GP).
• Supported the testing effort to modernize and manufacture fault-tolerant Seawolf ship navigation computing modules and their supporting test infrastructure.

Cambridge, MA, US

• Qualified the design and RF characteristics of GPS signal frequency conversion unit in M-Code GPS Receiver.
• Designed and integrated multiple biophysiological sensor data collection systems for human subject testing.
• Led the verification and test effort for multiple programs against system requirements.

Cambridge, MA, US

• Contributed to the integration and test efforts of a bio-physiology sensor and data collection for an advanced security checkpoint screening system.