Andrew J Burke
Electrical Engineering Manager at ALCOR Scientific- Claim this Profile
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German Limited working proficiency
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English Native or bilingual proficiency
Topline Score
Bio
Credentials
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Designing for Compliance to IEC 60601-1 3rd Edition
ULOct, 2014- Nov, 2024
Experience
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ALCOR Scientific
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United States
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Medical Equipment Manufacturing
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1 - 100 Employee
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Electrical Engineering Manager
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Sep 2021 - Present
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Ximedica | Now a Part of Veranex
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United States
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Medical Equipment Manufacturing
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1 - 100 Employee
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Senior Electrical Engineer
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Jan 2017 - Sep 2021
+ Technical lead for new product concepts, architecture diagrams and feature definition. + Schematic design and PCB layout, bringing ideas to reality with extensive PCB design, development and test. Experienced in navigating medical device regulations (IEC 60601). + Software integration and bring-up testing for new builds, working through bugs and writing test procedures to get reliable products delivered on schedule. + App integration for connected devices (Bluetooth, Wi-Fi, Cellular,… Show more + Technical lead for new product concepts, architecture diagrams and feature definition. + Schematic design and PCB layout, bringing ideas to reality with extensive PCB design, development and test. Experienced in navigating medical device regulations (IEC 60601). + Software integration and bring-up testing for new builds, working through bugs and writing test procedures to get reliable products delivered on schedule. + App integration for connected devices (Bluetooth, Wi-Fi, Cellular, GPS) – many projects using comms modules or chip-based solutions.
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Electrical Engineer
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Apr 2013 - Jan 2017
+ PCB Design, firmware, fabrication, assembly and test. + Collaborating with Mechanical Engineers and Industrial Designers on device form and function. + Work with suppliers for custom/OTS components. Managing specifications and deliverables. + Invented custom micro-fluidic sensor system and novel dental impression tool. Specified ASIC and MEMS wafer design.
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Electro Standards Laboratories
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United States
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Appliances, Electrical, and Electronics Manufacturing
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1 - 100 Employee
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Electrical Engineer
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Nov 2011 - Apr 2013
+ Battery system (BA5590 equivalent) for high power applications and long-life field deployment utilizing hybrid design of super-capacitors and high energy density LithiumCFx cells. Custom switching power supply to deliver 100W pulsed power. Microcontroller code (TMS320F28), code composer IDE (Eclipse based) system test and data analysis. + Wrote test code for Electro-Magnetic Aircraft Launch System (EMALS) hardware - DSP control board (TMS320C67) bring-up, SDRAM, Flash memory and… Show more + Battery system (BA5590 equivalent) for high power applications and long-life field deployment utilizing hybrid design of super-capacitors and high energy density LithiumCFx cells. Custom switching power supply to deliver 100W pulsed power. Microcontroller code (TMS320F28), code composer IDE (Eclipse based) system test and data analysis. + Wrote test code for Electro-Magnetic Aircraft Launch System (EMALS) hardware - DSP control board (TMS320C67) bring-up, SDRAM, Flash memory and peripheral limit testing. + Linear transducer signal conditioning unit hardware and user interface redesign, integration and verification testing. LVDT/RVDT data acquisition, calibration and custom settings, USB or RS-485 connectivity. + Energy harvesting system using solar panels and kinetic wave energy to charge batteries in strategically deployed buoys. Show less + Battery system (BA5590 equivalent) for high power applications and long-life field deployment utilizing hybrid design of super-capacitors and high energy density LithiumCFx cells. Custom switching power supply to deliver 100W pulsed power. Microcontroller code (TMS320F28), code composer IDE (Eclipse based) system test and data analysis. + Wrote test code for Electro-Magnetic Aircraft Launch System (EMALS) hardware - DSP control board (TMS320C67) bring-up, SDRAM, Flash memory and… Show more + Battery system (BA5590 equivalent) for high power applications and long-life field deployment utilizing hybrid design of super-capacitors and high energy density LithiumCFx cells. Custom switching power supply to deliver 100W pulsed power. Microcontroller code (TMS320F28), code composer IDE (Eclipse based) system test and data analysis. + Wrote test code for Electro-Magnetic Aircraft Launch System (EMALS) hardware - DSP control board (TMS320C67) bring-up, SDRAM, Flash memory and peripheral limit testing. + Linear transducer signal conditioning unit hardware and user interface redesign, integration and verification testing. LVDT/RVDT data acquisition, calibration and custom settings, USB or RS-485 connectivity. + Energy harvesting system using solar panels and kinetic wave energy to charge batteries in strategically deployed buoys. Show less
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Education
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University of Rhode Island
Master of Science, Electrical Engineering -
University of Rhode Island
Bachelor of Science, Bachelor of Arts, Biomedical Engineering, German Language and Culture