- FW EPM for iPhone MagSafe Ecosystem- FW/Algs EPM for Apple Pencil Pro Squeeze

• Led new product development for multi-parameter, multi-I/O sensor transmitters• Led cross-functional teams across engineering, product management, operations, and manufacturing disciplines• Utilized Jira and Smartsheets to create project road maps and organize work breakdown structures• Drove development of automated test tools in LabVIEW for sensor transmitters to reduce time/cost and improve testing capabilities• Managed external software contract team in India

• Developed firmware for sensor transmitter with dual-channel conductivity and Modbus modules• Verification lead for multi-parameter, multi-I/O sensor transmitter• Verification lead for embedded Linux sensor transmitter developed in QT with remote access via web page• Company liaison for external contract team at Harvey Mudd developing a radar level sensor with BLE connectivity

• Designed a mixed signal embedded system for industrial sensing applications• Developed C firmware for a Kinetis KW40Z microcontroller to utilize GPIO, ADC, SPI peripherals and power management• Employed BLE connectivity on the Kinetis KW40Z for wireless communication• Assisted with PCB design and testing for inductive coupling power transfer• Assisted with LoRa LPWA network development suited for multiple sensor communication

• Led a six person team to program dorm events and provide academic and emotional support for residents• Oversaw team dynamics, dorm logistics, and communications to ensure successful operations

• Provided over-the-phone STEM tutoring for 4-12th grade students

• Acted as project manager for a team of 4 undergraduates• Used MTurk and Qualtrics to gather data on the effects of time, compensation, and gender on design choices• Used Python scripts to organize collected data• Published findings with American Society for Engineering Education (ASEE)

• Developed an Arduino curriculum with ArduBlocks and Processing targeted towards middle school students• Continued development of existing Python and Scratch curriculum• Built and programmed autonomous and infrared controlled Arduino robots• Presented Computer Science workshops to K-12 teachers and students• Presented findings/data to SIGCSE 2016 and Harvey Mudd Computer Science department• Published paper regarding assessing MyCS curriculum

• Implemented MICCI II communication protocol in C for a LPC4357 microcontroller and a HP62 ASIC printhead driver• Developed firmware in C and ARM Assembly for HP62 register setup and data transfer through SGPIO • Developed data processing tools using Python scripts

• Produced a reconfigurable system in MATLAB to characterize multiple signals using software defined radios• Integrated foundational pulse detection and parameter extraction algorithms in MATLAB• Researched and integrated Constant False Alarm Rate (CFAR) algorithms