Matthew Macrelli Email & Phone Number

Littleton, Massachusetts, United States

- Specializing in WiFi test and automation development.- Reduced system test validation operator time by 75%.- Expertise in process automation development particularly in system setup. - Experience with automated pass fail reporting and database logging.

Santa Barbara, California, United States

Received new product concept requests from UX Designers, Industrial Designers, Emerging Business and Product Creation Leaders. Provided all of the Software Engineering and Electrical Engineering design and worked with a ME for the 3D modeling to make the first working concept. This was largely done by using a Raspberry Pi as the SBC, connecting sensors, actuators, and other peripherals to it, then writing Python code for its function. Many of the prototypes were required to be portable… Show more Received new product concept requests from UX Designers, Industrial Designers, Emerging Business and Product Creation Leaders. Provided all of the Software Engineering and Electrical Engineering design and worked with a ME for the 3D modeling to make the first working concept. This was largely done by using a Raspberry Pi as the SBC, connecting sensors, actuators, and other peripherals to it, then writing Python code for its function. Many of the prototypes were required to be portable, rechargeable, wireless, and reliable. Lastly, I fulfilled the role 6 months prior to getting the title change. Show less

Santa Barbara, California, United States

DRAM Signal Integrity, Ethernet, HDMI, and PCIE Agilent software Compliance testing. Thermal model creation of new products for hardware verification tests. Failure Analysis of products reported as failing in the field and flagged as a safety incident. Technical writing of Safety Incident Reports documenting my failure analysis results. ESD Compliance testing. Rework down to 0201 package size SMD components.

Boston, Massachusetts, United States

Voluntary apprenticeship outside of my regular full time Technical Support Specialist hours. Helped with the Play:1 root causing and early life failure analysis. Became familiar with rework equipment and best practices down to 0201 package sizes. Learned how to navigate a Linux operating system via a CLI to run automated tests for hardware verification.

Boston, Massachusetts, United States

Provided phone and email technical support for Sonos systems setup on residential and commercial networks. Solidified my understanding of networks from my previous job, and gained a vast amount of network troubleshooting experience. Gained a foundation of wireless network typologies, protocols, and sources of interference. During my time in this position, I also became Network+ Certified.

Quincy, Massachusetts, United States

Gained my first foundation of LAN and WAN networks, configuration, and troubleshooting knowledge. Effectively communicated various levels of technical support to network engineers and technicians in effort to resolve urgent data and voice issues. Received several accolades from major businesses’ telecommunications managers for swiftly resolving chronic VP escalated issues in a professional manner.

Natick, Massachusetts, United States

Reviewed Failure Analysis, Corrective Action Reports for accelerometer systems used in paratroopers’ helmets. Validated revisions of technical engineering drawing packages for manufactured products in Combat Vehicle Crewman Helmets and Advanced Combat Helmets. Co-authored a technical proposal for Continuous Product Improvement, resulting in successful funding for a next generation Combat Helmet Cover.

Westwood, Massachusetts, United States

Assisted engineers, private developers, and municipalities in connecting their distributed generation systems to NSTAR’s electrical grid through the Interconnection process. Prepared and processed customer’s legal documents such as service, net-metering, and wiring diagrams.

Brockton, Massachusetts, United States

Fabricated and repaired several models of capacitor discharge stud welders with use of schematics and wiring diagrams. Populated new PCBs with through-hole components. Built numerous wire harnesses for internal electrical connections.