Glenn Monroe Email & Phone Number

Responsible for electrical engineering design, testing and documentation of pre-FDA medical robot. Performing motion studies using a high-speed camera, machine vision and Python scripting. Modeling magnetic fields.

Designing cutting edge medical devices for startup customers. Specializing in low-power, Bluetooth products and smart implants.

Dania, FL, US

• Senior Principal Electrical Engineer responsible for a medical sensor used during total knee arthroplasty, knee replacement, surgery. The sensor uses Bluetooth to send load data to the surgeon in order to ensure a.
• Designed and supported a medical sensor used to measure implant loading during total knee arthroplasty surgery. Sensor used capacitive sensing and Bluetooth Low Energy to send load data to the surgeon.
• Created company's electrical engineering process.¬
• Led company-wide electrical engineering, including US and South Korea-based teams.
• Worked with regulatory test labs and agencies in other countries to get product acceptance. Included IEC 60601-1-2, UL and FCC.
• Developed verification and validation plans and tested prototypes for FDA submission.

• Worked with inventors and entrepreneurs to turn their ideas into manufacturable products.
• Designed and prototyped products to customer specifications.
• Products included Bluetooth wearables and IoT, PWM motor control, LED lighting and solar charging of lithium-polymer batteries.

• Technical lead of hardware development team with two electrical engineers, two mechanical engineers and a PCB designer in a startup with IoT products in the marine and aerospace markets. Product used PWM to drive.
• Developed new hardware plans including architecture, design and cost estimation.
• Sourced electrical and electro-mechanical components including reviewing BOMs for cost, leadtime and availability concerns.
• Provided on-site factory support. Wrote assembly procedures and end-of-line test procedures.
• Worked with Quality and Software teams to achieve AS9100 certification in 6 months.

Waterloo, Ontario, CA

• Responsible for design and debug of high-speed interfaces including MIPI D-PHY, USB, and HDMI. Designed and tested SDIO, UART, PCM and I2S peripheral interfaces.
• Automated testing of MIPI, I2S, UART, SDIO and PCM interfaces, reducing test time by 80%.
• Analyzed layout of PCBs and flexes to ensure interface functionality and reduce system noise. Included stackup and trace geometry to achieve correct impedance.

Austin, Texas, US

• Designed Bluetooth, WLAN, FM and GPS peripherals in Freescale cellular phone platforms. Created test plans and performed testing.
• Reviewed customer designs for accuracy and suggested changes to reduce cost and part count.

Chicago, Illinois, US

• USB subject matter expert. Responsible for testing with USB-IF. Worked with multiple groups to aid their development of USB subsections. Served as mentor for other engineers learning USB.
• Lead hardware engineer of peripheral sections of iDEN cell phone products. Responsible for scheduling and oversight of testing activities of USB, SD memory card, and SIM interfaces.
• Worked with factory to solve issues during production and reduce the number of failures.

Chicago, Illinois, US

• Developed hardware and software for iDEN mini-keyboard product. Optimized firmware to fit it into a smaller, less expensive processor. Transitioned product to manufacturing.
• Responsible for debug of customer-reported problems in shipping products. Proposed and tested fixes then worked with factory to implement them.
• Developed software process for the Accessories Group. Met with heads of responsible departments to achieve signoff.

Chicago, Illinois, US

• Maintained multithreaded, windows-based test framework application used to test Bluetooth lower stack for C-Baseband and Bluetooth System Test projects.
• Developed tests for and tested Bluetooth baseband implementation using proprietary test development procedure. Brought test development procedure from concept to reality reducing the time to build tests from several.
• Tested Logical Link and Control Adaptation Protocol layer in Bluetooth COMMPORT product. Designed tests using Orthogonal Defect Classification methodology and coded in C.

Palo Alto, CA, US

• Designed VME and PCI cards used in large-scale storage products.
• Performed schematic capture, writing and simulation of programmable logic, part specification, high-speed differential pair layout and debug.
• Performed debugging and environmental testing of 1GHz Fibre Channel interface necessary to transition product from development to manufacturing.