Neil Glover Email & Phone Number

Coordinating the system engineering effort behind the next generation of iPhone hardware. • System EPM Product Lead for iPhone 16 Pro and iPhone 16 Pro Max• System EPM Product Lead for iPhone 14 Pro • System EPM for iPhone 13 Mini• Main Logic Board (MLB) EPM lead for iPhone 12 Mini• EPM lead for a variety of internal tools, custom debug cables and other engineering support

Cupertino California

Managed the development of iPhone hardware platforms and systems from the early concept phase through the engineering development process.• Main Logic Board (MLB) EPM lead for iPhone 11• Main Logic Board (MLB) EPM lead for iPhone XS• EPM lead for iPhone system development boards for iPhones 7, 7+, 8, 8+, and X

Corvallis, Oregon Area

Worked on a small team that planned, designed, patented and implemented proof of concept ASICs aimed at improving the safety and reliability of solar panel arrays at the junction box level. • Completed the verification, layout, routing, and integration for numerous digital blocks without the use of place and route software. Created custom digital and analog cell layouts.• Helped to create and test an affordable IC design tool chain from scratch. Worked with vendors to design and deploy custom versions of software. Completed the installation and integration of the process design kit for XFAB's 350nm XH035 CMOS process into the workflow. • Provided PDK and IT support for my colleagues. • Worked with vendors to complete the die preparation, wire bonding and packaging of test chips.• Used wafer probe stations semiconductor test equipment for physical validation. • Planned and completed multiple chip edits and reworks using a Focused Ion Beam / Scanning Electron Microscope.

Corvallis, Oregon Area

Designed and developed a miniature, wearable and wireless ECG/Motion data acquisition platform using a commercially available ARM Cortex M0 powered BTLE SoC. I was responsible for the firmware development, miniature PCB design, conductive fabric electrode interface, ECG instrumentation amplifier and management of the iOS app development team. The focus of this project was to develop a complete, low cost, lightweight, modular platform offering a basic monitoring capabilities. The system was also designed to be able to interface with a variety of potential sensors both analog and digital. During the iterative design process I performed exhaustive troubleshooting and debugging on the firmware and physical hardware portions of the system. I also interacted extensively with vendors, manufacturers and designers, both in the US and overseas.Worked with two other students to create an SoC in TSMC 65nm for biomedical monitoring applications. I assisted in the initial research, partitioning and planning of the system architecture and I stayed highly involved with the project through the design, validation and testing phases. I was responsible for the implementation and validation of an Arm Cortex M0, adjacent SRAM and the custom programmer and AHB-lite interfaces. I used an efficient shell and TCL script driven workflow which included the operation of extensive test benches at the register-transfer, gate and post-PnR levels. This work flow also included scripting for the quick and effective use of digital place and route software. I created the PCBs used for the testing and validation of the SoC and operated the requisite lab equipment.Assisted with the testing and verification of an energy harvesting SoC in TSMC 65nm created by members of the group. Developed an ultra-miniature, multi-sensor platform utilizing flexible PCBs which was also paired with the SoC.

Corvallis, Oregon Area

Teaching Assistant for VLSI System Design, Energy-Efficient VLSI Design, Digital Logic Design and Operating Systems 1.Served as Lab TA, instructing students on the use of software such as Cadence Virtuoso and Modlesim.Edited, assigned and graded numerous projects and exams while also providing constructive feedback in a timely manner.Mentored a group of 3 OSU ECE seniors who are using parts of my previous research in on-body flexible heart rate monitors to complete their required senior design.

Corvallis, Oregon Area

Worked for the OSU VLSI research group. Assisted in research and fabrication for the groups biomedical devices team.Created and tested a small, flexible, motion artifact mitigating multi-electrode patch design for robust ECG monitoring.

Corvallis, Oregon Area

Served as the team leader for a 3 person group which designed and built a wearable wireless pulse monitor prototype.In charge of initial background research, sensor design and development, PCB design/layout/assembly and system testing.Found and communicated with the team mentor and interacted with several product vendors and technical consultants. Coordinated the group project strategy, presided over bi-weekly meetings and monitored overall progress.

Master Of Science (M.S.), Electrical And Computer Engineering

Activities and Societies: OSU VLSI Research Group, Graduate Teaching Assistant, Mentor

Bachelor Of Science (B.S.), Electrical And Computer Engineering

Activities and Societies: Pi Kappa Phi