Investigated and resolved defects reported by customers across all ThinkPad systems on a case-by-case basis
Communicated with adjacent global engineering teams to reproduce and determine root causes of defective systems
Common areas of engineering included: BIOS, USB/Serial Communications, Device Virtualization, Thermal Control, Device Firmware, Device Hardware
Customer Experience Sampling Intern
Lenovo
05.2023 - 08.2023
Analyzed, tested, and reviewed approximately 10 Lenovo devices during development and initial release
Products included high volume ThinkPad systems for business, consumer laptops, and certain “Halo” machines
Audit results were documented and presented to internal development teams
Electronics Engineer Intern
M.H. Corbin
08.2021 - 05.2023
Built over a thousand custom traffic analysis electronics while learning about design, development, and general business processes
Development process included: Circuit/PCB Design, Enclosure Design, Firmware/Software Installation, Component Soldering, Packaging and Distribution
Center of Excellence Developer Intern
Lenovo
05.2022 - 08.2022
Developed a tool used for Lenovo’s “TruScale” hybrid cloud solutions
Designed and implemented this program to scan and consolidate hundreds of virtual machines to then make a server hardware recommendation for the client
These processes were previously done manually, and have now been both automated and optimized for a more precise hardware recommendation
Electrical Engineer Intern
Burns & McDonnell
05.2021 - 08.2021
In the Global Facilities business lane, designed/revised approximately 5 medium and low voltage power system projects under senior engineer guidance
Familiar with using NEC standards to ensure compliant project designs
Experienced using AutoCAD, Procore, ETAP, Microsoft Access and Bluebeam to create drawings, edit databases, and communicate revisions between disciplines
Education
Bachelor of Science - Computer Engineering
North Carolina State University
Raleigh, NC
05.2024
Skills
MATLAB
C /C
Assembly Language
Python
Verilog/Digital Design
VBA
Neural Network Design Basics
Embedded Systems Design
Microprocessor Architecture
PCB Design
3D Printing/Design (Fusion 360)
Accomplishments
Fundamentals of Engineering Exam - Passing Score
OSHA 10 - OSHA 10 Certification
1st Place Overall 2023 Lenovo Incubator Project - With a team of 4 peers, designed and presented the “Lenovo SmartCane” to an audience and judge panel, competing against 6 other teams
1st Place Overall UNCW Engineering Design Project - With a team of 3 peers, designed and built a stroboscopic water fountain to create an effect of floating water droplets
Key Projects
Branch Prediction Simulator
C++ program that simulates a microprocessor's ability to predict branches taken in code
Used for testing various architectures for effective prediction
Cache Simulator
C++ program that simulates a system's memory hierarchy
Used for testing different cache sizes, block sizes, and replacement policies to determine effective architectures
Standard CPU Simulator
In Verilog, coded an in-order, scalar CPU capable of running assembly language programs
RTL hardware simulation was generated from Verilog code using Quartus FPGA design software
Embedded System Car
Built and programmed (C language in IAR) a robotic car using a TI MSP430 MCU
Capabilities include: Blackline detection with ADC infrared detector, WiFi maneuvering controls, DAC motor controls, serial communication, and an LCD panel
Red Wolf Vehicle Mortality Reduction Collar
Embedded system using an STM32 MCU
GPS location, solar power regulation, and GPIO controls used to flash LED Red Wolf collar when near a road